# regression tests for the sortsync sort discipline library
TITLE + sync
unset SORTIN SORTOUT SORTOF01 SORTOF02 SORTOF03
export LC_ALL=C
VIEW data
TEST 01 'basics'
EXEC -lsync,control=$data/s.ss,list
OUTPUT - $'FILE COPY out
KEY -k.1.3 -k.5.1r
SORT
0 3 a 0
4 1 a 1
SUM
4 3 D 0
FILE size=4 01
OUT
0 3 v 0
3 1 v 0 0a
FILE size=4 02
INCLUDE=([6,1,a]!=\'31\'&&[1,2,b]!=\'bead\')
OUT
4 3 v 0
3 1 v 0 0a
FILE size=15 03
OUT
0 3 v 0
3 2 v 0 0000
0 3 v 0 202020
0 1 v 0 00
0 1 v 0 20
0 4 v 0 ffffffff
0 1 v 0 0a'
EXEC -lsync,control=$data/t.ss,list
OUTPUT - $'FILE COPY out
KEY -k.1.3
SORT
0 3 a 0
SUM
4 3 D 0
FILE size=4 01
OUT
0 3 v 0
3 1 v 0 0a
FILE size=4 02
INCLUDE=([6,1,a]!=\'31\'&&[1,2,b]!=\'bead\')
OUT
4 3 v 0
3 1 v 0 0a'
EXEC -lsync,control=$data/t.ss,out01=1.dat,out02=2.dat $data/t.dat
OUTPUT - $'aaa 111 001
bbb 333 002
ccc 555 003'
OUTPUT 1.dat $'aaa
bbb
ccc'
OUTPUT 2.dat $'333
555'
EXPORT SORTOF01=1.bad SORTOF02=2.bad
EXEC -lsync,control=$data/t.ss,out01=1.1.dat,out02=1.2.dat $data/t.dat
SAME 1.1.dat 1.dat
SAME 1.2.dat 2.dat
EXPORT SORTOF01=2.1.dat SORTOF02=2.2.dat
EXEC -lsync,control=$data/t.ss $data/t.dat
SAME 2.1.dat 1.dat
SAME 2.2.dat 2.dat
EXPORT SORTOF01=3.1.dat SORTOF02=3.2.dat
EXEC -lsync $data/t.dat
SAME INPUT $data/t.ss
SAME 3.1.dat 1.dat
SAME 3.2.dat 2.dat
EXEC -lsync,out01=01.dat $data/t.dat
INPUT - $'SORT FIELDS=COPY
OUTFIL FILES=01,
OUTREC=(1,3,4,A\'\\n\')'
OUTPUT - $'aaa 001 001
bbb 003 002
ccc 005 003
aaa 010 004
bbb 030 005
ccc 050 006
aaa 100 007
bbb 300 008
ccc 500 009'
OUTPUT 01.dat $'aaa
bbb
ccc
aaa
bbb
ccc
aaa
bbb
ccc'
EXEC -lsync,out01=4.1.dat,out02=4.2.dat $data/t.dat
INPUT - $'SORT FIELDS=COPY
OUTFIL FILES=01,
OUTREC=(1,3,4,A\'\\n\')
OUTFIL FILES=02,
INCLUDE=(7,1,AC,NE,A\'1\',AND,2,2,NE,B\'1011111010101101\'),
OUTREC=(5,3,4,A\'\\n\')'
OUTPUT - $'aaa 001 001
bbb 003 002
ccc 005 003
aaa 010 004
bbb 030 005
ccc 050 006
aaa 100 007
bbb 300 008
ccc 500 009'
OUTPUT 4.1.dat $'aaa
bbb
ccc
aaa
bbb
ccc
aaa
bbb
ccc'
OUTPUT 4.2.dat $'003
005
010
030
050
100
300
500'
EXEC -lsync,out01=5.1.dat,out02=5.2.dat $data/t.dat
INPUT - $'SORT
OUTFIL FILES=01,
OUTREC=(1,3,4,A\'\\n\')
OUTFIL FILES=02,
INCLUDE=(7,1,AC,NE,A\'1\',AND,2,2,NE,B\'1011111010101101\'),
OUTREC=(5,3,4,A\'\\n\')'
OUTPUT - $'aaa 001 001
aaa 010 004
aaa 100 007
bbb 003 002
bbb 030 005
bbb 300 008
ccc 005 003
ccc 050 006
ccc 500 009'
OUTPUT 5.1.dat $'aaa
aaa
aaa
bbb
bbb
bbb
ccc
ccc
ccc'
OUTPUT 5.2.dat $'010
100
003
030
300
005
050
500'
TEST 02 'sum'
EXEC -lsync,control=$data/u.ss $data/t.dat
OUTPUT - $'999'
EXEC -lsync,control=$data/u.ss $data/t.dat -o u.out
OUTPUT -
OUTPUT u.out $'999'
EXPORT SORTXSUM=xsum.out
EXEC -lsync,control=$data/v.ss $data/t.dat -o v.out
OUTPUT -
OUTPUT v.out $'999'
OUTPUT xsum.out $'bbb 003 002
ccc 005 003
aaa 010 004
bbb 030 005
ccc 050 006
aaa 100 007
bbb 300 008
ccc 500 009'
TEST 03 'ebcdic'
EXEC -R12 -lsync,control=$data/e.ss,out1=e.out,out2=s.out $data/e.dat
OUTPUT -n - $'\x81\x81\x81\x40\xf0\xf0\xf1\x40\xa7\xa7\xa7\x15\x82\x82\x82\x40\xf0\xf0\xf3\x40\xa7\xa7\xa7\x15\x83\x83\x83\x40\xf0\xf0\xf5\x40\xa7\xa7\xa7\x15'
OUTPUT e%4.out
OUTPUT -n s%4.out $'\xf0\xf0\xf1\x15\xf0\xf0\xf3\x15\xf0\xf0\xf5\x15'
EXEC -lsync"
lrecl=12
code=ebcdic-o
control=$data/e.ss
out1=e.1.out
out2=s.1.out
" $data/e.dat
SAME e.1%4.out e%4.out
SAME s.1%4.out s%4.out
EXEC -lsync"
control=$data/x.ss
out1=e.2.out
out2=s.2.out
" $data/e.dat
SAME e.2%4.out e%4.out
SAME s.2%4.out s%4.out
EXEC -lsync,control=$data/f.ss,out-int=e.3.out $data/e.dat
SAME e.3%4.out e%4.out
EXEC -R12 -lsync,control=$data/e.ss,out1=e.4.out,out2=s.4.out -o e1.out $data/e.dat
OUTPUT -
OUTPUT -n e1%12.out $'\x81\x81\x81\x40\xf0\xf0\xf1\x40\xa7\xa7\xa7\x15\x82\x82\x82\x40\xf0\xf0\xf3\x40\xa7\xa7\xa7\x15\x83\x83\x83\x40\xf0\xf0\xf5\x40\xa7\xa7\xa7\x15'
OUTPUT e%4.out
SAME e.4%4.out e%4.out
SAME s.4%4.out s%4.out
EXEC -R12 -lsync,control=$data/e.ss,out1=e.5.out,out2=s.5.out -o /dev/null $data/e.dat
SAME e.5%4.out e%4.out
SAME s.5%4.out s%4.out
EXEC -lsync,control=$data/g.ss $data/e.dat
EXEC -lsync,control=$data/h.ss $data/e.dat
EXEC -lsync,control=$data/k.ss $data/e.dat
TEST 04 'ebcdic with marked input'
EXEC -R% -lsync,control=$data/e.ss,out1=e.out,out2=s.out $data/e%12.dat
OUTPUT -n - $'\x81\x81\x81\x40\xf0\xf0\xf1\x40\xa7\xa7\xa7\x15\x82\x82\x82\x40\xf0\xf0\xf3\x40\xa7\xa7\xa7\x15\x83\x83\x83\x40\xf0\xf0\xf5\x40\xa7\xa7\xa7\x15'
OUTPUT e%4.out
OUTPUT -n s%4.out $'\xf0\xf0\xf1\x15\xf0\xf0\xf3\x15\xf0\xf0\xf5\x15'
EXEC -R% -lsync"
code=ebcdic-o
control=$data/e.ss
out1=e.1.out
out2=s.1.out
" $data/e%12.dat
SAME e.1%4.out e%4.out
SAME s.1%4.out s%4.out
EXEC -R% -lsync"
control=$data/x.ss
out1=e.2%4.out
out2=s.2%4.out
" $data/e%12.dat
SAME e.2%4.out e%4.out
SAME s.2%4.out s%4.out
EXEC -R% -lsync,control=$data/f.ss,out-int=e.3.out $data/e%12.dat
SAME e.3%4.out e%4.out
EXEC -R% -lsync,control=$data/f.ss,out-int=e.3.out $data/e.f.dat
SAME e.3%4.out e%4.out
EXEC -R% -lsync,control=$data/e.ss,out1=e.4%4.out,out2=s.4%4.out -o e1%12.out $data/e%12.dat
OUTPUT -
OUTPUT -n e1%12.out $'\x81\x81\x81\x40\xf0\xf0\xf1\x40\xa7\xa7\xa7\x15\x82\x82\x82\x40\xf0\xf0\xf3\x40\xa7\xa7\xa7\x15\x83\x83\x83\x40\xf0\xf0\xf5\x40\xa7\xa7\xa7\x15'
OUTPUT e%4.out
SAME e.4%4.out e%4.out
SAME s.4%4.out s%4.out
EXEC -R% -lsync,control=$data/e.ss,out1=e.5.out,out2=s.5.out -o /dev/null $data/e%12.dat
SAME e.5%4.out e%4.out
SAME s.5%4.out s%4.out
EXEC -R% -lsync,control=$data/g.ss $data/e%12.dat
EXEC -R% -lsync,control=$data/h.ss $data/e%12.dat
EXEC -R% -lsync,control=$data/k.ss $data/e%12.dat
TEST 05 'detailed selection'
EXEC -lsync,control=$data/i.ss,out1=1,out2=2,out3=3,out4=4 -o 0 $data/i.dat
OUTPUT -
OUTPUT 0 $'aO0YX44\nbO0NX55\ncO0YX55\ndI1XY31\neI0XY31\nfOABN72\ngUABY72'
OUTPUT 1 $'cO0\neI0\ngUA'
OUTPUT 2 $'dI1\neI0'
OUTPUT 3 $'aO0\nbO0\ncO0\nfOA'
OUTPUT 4 $'gUA'
TEST 06 'junk report'
EXEC -lsync,control=$data/t.ss,junk=j.out $data/t.dat
OUTPUT - $'aaa 111 001
bbb 333 002
ccc 555 003'
OUTPUT j.out $' 11 6'
TEST 07 'packed decimal'
EXEC -lsync,control=$data/p.ss $data/p.dat
OUTPUT -n - $'\x01\x17\x7c\x30\x31\x01\x17\x7d\x30\x32'
TEST 08 'zoned decimal'
EXEC -lsync,control=$data/z.ss $data/z.dat
OUTPUT -n - $'\xf0\xf1\xf1\xf7\xc7\x30\x31\xf0\xf1\xf1\xf7\xd7\x30\x32'
TEST 09 'selection expressions'
EXEC -lsync,control=lt.ss
INPUT - $'9\n8\n7\n6\n5\n4\n3\n2\n1\n0'
INPUT lt.ss $'RECORD TYPE=F,LENGTH=2\nSORT FIELDS=(1,1,AC,A)\nINCLUDE=(1,1,AC,LT,A\'3\')'
OUTPUT - $'0\n1\n2'
EXEC -lsync,control=le.ss
INPUT le.ss $'RECORD TYPE=F,LENGTH=2\nSORT FIELDS=(1,1,AC,A)\nINCLUDE=(1,1,AC,LE,A\'2\')'
EXEC -lsync,control=gt.ss
INPUT gt.ss $'RECORD TYPE=F,LENGTH=2\nSORT FIELDS=(1,1,AC,A)\nINCLUDE=(1,1,AC,GT,A\'6\')'
OUTPUT - $'7\n8\n9'
EXEC -lsync,control=ge.ss
INPUT ge.ss $'RECORD TYPE=F,LENGTH=2\nSORT FIELDS=(1,1,AC,A)\nINCLUDE=(1,1,AC,GE,A\'7\')'
EXEC -lsync,control=eq.ss
INPUT eq.ss $'RECORD TYPE=F,LENGTH=2\nSORT FIELDS=(1,1,AC,A)\nINCLUDE=(1,1,AC,EQ,A\'5\')'
OUTPUT - $'5'
EXEC -lsync,control=ne.ss
INPUT ne.ss $'RECORD TYPE=F,LENGTH=2\nSORT FIELDS=(1,1,AC,A)\nINCLUDE=(1,1,AC,NE,A\'5\')'
OUTPUT - $'0\n1\n2\n3\n4\n6\n7\n8\n9'
EXEC -lsync,control=and.ss
INPUT and.ss $'RECORD TYPE=F,LENGTH=2\nSORT FIELDS=(1,1,AC,A)\nINCLUDE=(1,1,AC,NE,A\'0\',AND,1,1,AC,NE,A\'9\')'
OUTPUT - $'1\n2\n3\n4\n5\n6\n7\n8'
EXEC -lsync,control=nor.ss
INPUT nor.ss $'RECORD TYPE=F,LENGTH=2\nSORT FIELDS=(1,1,AC,A)\nINCLUDE=(NOT,(1,1,AC,EQ,A\'0\',OR,1,1,AC,EQ,A\'9\'))'
EXEC -lsync,control=andor.ss
INPUT andor.ss $'RECORD TYPE=F,LENGTH=2\nSORT FIELDS=(1,1,AC,A)\nINCLUDE=(1,1,AC,GT,A\'0\',AND,1,1,AC,LT,A\'2\',OR,\n1,1,AC,GT,A\'7\',AND,1,1,AC,LT,A\'9\')'
OUTPUT - $'1\n8'
EXEC -lsync,control=andor1.ss
INPUT andor1.ss $'RECORD TYPE=F,LENGTH=2\nSORT FIELDS=(1,1,AC,A)\nINCLUDE=(1,1,AC,GT,A\'0\',AND,1,1,AC,LT,A\'2\',\nOR,1,1,AC,GT,A\'7\',AND,1,1,AC,LT,A\'9\')'
EXEC -lsync,control=andor2.ss
INPUT andor2.ss $'RECORD TYPE=F,LENGTH=2\nSORT FIELDS=(1,1,AC,A)\nINCLUDE=(1,1,AC,GT,A\'0\',AND,1,1,AC,LT,A\'2\',\nOR,\n1,1,AC,GT,A\'7\',AND,1,1,AC,LT,A\'9\')'
EXEC -lsync,control=andor3.ss
INPUT andor3.ss $'RECORD TYPE=F,LENGTH=2\nSORT FIELDS=(1,1,AC,A)\nINCLUDE=(1,1,AC,GT,A\'0\',AND,1,1,AC,LT,A\'2\',OR,\n1,1,AC,GT,A\'7\',AND,1,1,AC,LT,A\'9\')'
EXEC -lsync,control=pandora.ss
INPUT pandora.ss $'RECORD TYPE=F,LENGTH=2\nSORT FIELDS=(1,1,AC,A)\nINCLUDE=((1,1,AC,GT,A\'0\',AND,1,1,AC,LT,A\'2\'),\nOR,\n(1,1,AC,GT,A\'7\',AND,1,1,AC,LT,A\'9\'))'
EXEC -lsync,control=pandorb.ss
INPUT pandorb.ss $'RECORD TYPE=F,LENGTH=2\nSORT FIELDS=(1,1,AC,A)\nINCLUDE=(1,1,AC,GT,A\'0\',AND,(1,1,AC,LT,A\'2\',\nOR,\n1,1,AC,GT,A\'7\'),AND,1,1,AC,LT,A\'9\')'
TEST 10 '/dev/null => RS_IGNORE'
EXEC -lsync,control=$data/c.ss -Xdump -za16ki -zi16ki -zm16 -zo16ki -o /dev/null /dev/null
ERROR - $'main
intermediates=16
state
method=rasp
insize=16384 outsize=16384
alignsize=8192 procsize=16384 recsize=0
merge=0 reverse=0 stable=1 uniq=0 ignore=1 verbose=0
tab=\' \' keys= maxfield=0
record format d data 0x0000000a key -1
field[0]
begin field = 0
begin char = 0
end field = 2147483647
end char = 0
ccode = 0
coder = t
keep = all
trans = ident
bflag = 0
eflag = 0
rflag = 0
style = obsolete'
TEST 11 'catenation'
EXEC -lsync c b a
INPUT - $'SORT FIELDS=COPY'
INPUT a $'aaa'
INPUT b $'bbb'
INPUT c $'ccc'
OUTPUT - $'ccc\nbbb\naaa'
TEST 12 'INREC reformat'
EXEC -lsync,control=$data/r.ss,list
OUTPUT - $'FILE size=8 in
INREC
2 8 v 0
FILE COPY out
COPY
STOPAFT 5
INCLUDE=[0,1,c]==\'f1\''
EXEC -lsync $data/t.dat
INPUT - $'MERGE FIELDS=COPY'
SAME OUTPUT $data/t.dat
EXEC -lsync $data/t.dat
INPUT - $'SORT FIELDS=(1,3),SKIPREC=2,STOPAFT=4\nINREC FIELDS=(5,8)'
OUTPUT - $'005 003
010 004
030 005
050 006'
EXEC -lsync $data/s.dat
INPUT - $'OPTION EQUALS\nSORT FIELDS=(1,3)\nINREC FIELDS=(1,4,9,4)'
OUTPUT - $'aaa 001
aaa 004
aaa 007
bbb 002
bbb 005
bbb 008
ccc 003
ccc 006
ccc 009'
EXEC -lsync $data/s.dat
INPUT - $'SORT FIELDS=(1,3)\nINREC FIELDS=(1,4,9,4)'
EXEC -lsync $data/c.dat
INPUT - $'
INCLUDE COND=(5,1,GE,A\'M\'),FORMAT=CH
INREC FIELDS=(10,3,20,8,33,11,5,1,80,1)
SORT FIELDS=(4,8,CH,A,1,3,FI,A)
SUM FIELDS=(17,4,BI)'
OUTPUT - $'M11M12mmmmmM13mmmmmmmmM
M11M22mmmmmM23mmmmmmmmM
N21N12nnnnnN13nnnnnnnnN
N21N22nnnnnN23nnnnnnnnN
Z11Z12zzzzzZ13zzzzzzzzZ
Z21Z22zzzzzZ23zzzzzzzzZ'
EXEC -lsync $data/c.dat
INPUT - $'
INCLUDE COND=(5,1,GE,A\'M\'),FORMAT=CH
OUTREC FIELDS=(10,3,20,8,33,11,5,1,80,1)
SORT FIELDS=(20,8,CH,A,10,3,FI,A)
SUM FIELDS=(38,4,BI)'
TEST 13 'merge with E35 exit'
EXPORT SORT_E35_STATUS=AAAC
EXEC -lsync,control=merge.ss c d b a
INPUT merge.ss $'MERGE FIELDS=(1,2,CH,A)\nMODS E35=(E35,100,test)'
INPUT a $'aa\nzz'
INPUT b $'bb\nyy'
INPUT c $'cc\nxx'
INPUT d $'dd\nww'
OUTPUT - $'aa\nbb\ncc\ndd\nww\nxx\nyy\nzz'
ERROR - $'sort exit E35 1 A [3] "aa"
sort exit E35 2 A [3] "bb"
sort exit E35 3 A [3] "cc"
sort exit E35 4 C [3] "dd"
sort exit E35 5 C [3] "ww"
sort exit E35 6 C [3] "xx"
sort exit E35 7 C [3] "yy"
sort exit E35 8 C [3] "zz"'
EXPORT SORT_E35_STATUS=DADADADA
EXEC
OUTPUT - $'bb\ndd\nxx\nzz'
ERROR - $'sort exit E35 1 D [3] "aa"
sort exit E35 2 A [3] "bb"
sort exit E35 3 D [3] "cc"
sort exit E35 4 A [3] "dd"
sort exit E35 5 D [3] "ww"
sort exit E35 6 A [3] "xx"
sort exit E35 7 D [3] "yy"
sort exit E35 8 A [3] "zz"'
EXPORT SORT_E35_STATUS=A
EXEC -lsync,control=merge.ss y z
INPUT merge.ss $'MERGE FIELDS=(1,2,CH,A)\nMODS E35=(E35,100,test)'
INPUT y $'aa\nbb\ncc\ndd'
INPUT z $'ww\nxx\nyy\nzz'
OUTPUT - $'aa\nbb\ncc\ndd\nww\nxx\nyy\nzz'
ERROR - $'sort exit E35 1 A [3] "aa"
sort exit E35 2 A [3] "bb"
sort exit E35 3 A [3] "cc"
sort exit E35 4 A [3] "dd"
sort exit E35 5 A [3] "ww"
sort exit E35 6 A [3] "xx"
sort exit E35 7 A [3] "yy"
sort exit E35 8 A [3] "zz"'
EXEC -lsync,control=merge.ss z y
EXEC -lsync,control=merge.ss z y z
OUTPUT - $'aa\nbb\ncc\ndd\nww\nww\nxx\nxx\nyy\nyy\nzz\nzz'
ERROR - $'sort exit E35 1 A [3] "aa"
sort exit E35 2 A [3] "bb"
sort exit E35 3 A [3] "cc"
sort exit E35 4 A [3] "dd"
sort exit E35 5 A [3] "ww"
sort exit E35 6 A [3] "ww"
sort exit E35 7 A [3] "xx"
sort exit E35 8 A [3] "xx"
sort exit E35 9 A [3] "yy"
sort exit E35 10 A [3] "yy"
sort exit E35 11 A [3] "zz"
sort exit E35 12 A [3] "zz"'
EXEC -lsync,control=exit.ss z y z
INPUT exit.ss $'SORT FIELDS=(1,2,CH,A)\nMODS E35=(E35,100,test)'
TEST 14 'sort with E15 exit'
EXPORT SORT_E15_STATUS=MMMMMMMMC
EXEC -lsync,control=sort.ss c d b a
INPUT sort.ss $'SORT FIELDS=(1,2,CH,A)\nMODS E15=(E15,100,test)'
INPUT a $'aa\nzz'
INPUT b $'bb\nyy'
INPUT c $'cc\nxx'
INPUT d $'dd\nww'
OUTPUT - $'az\nbb\ncx\nww\nxx\nyy\nzz'
ERROR - $'sort exit E15 1 M [3] "cx"
sort exit E15 2 M [3] "xx"
sort exit E15 3 M [3] "dd"
sort exit E15 4 M [3] "ww"
sort exit E15 5 M [3] "bb"
sort exit E15 6 M [3] "yy"
sort exit E15 7 M [3] "az"
sort exit E15 8 M [3] "zz"'
EXPORT SORT_E15_STATUS=MMMMMMMMC
EXEC -lsync,control=sort.ss c d b a
INPUT sort.ss $'SORT FIELDS=(1,1,CH,A,2,1,CH,D)\nMODS E15=(E15,100,test)'
INPUT a $'aa\nab'
OUTPUT - $'az\nab\nbb\ncx\nww\nxx\nyy'
ERROR - $'sort exit E15 1 M [3] "cx"
sort exit E15 2 M [3] "xx"
sort exit E15 3 M [3] "dd"
sort exit E15 4 M [3] "ww"
sort exit E15 5 M [3] "bb"
sort exit E15 6 M [3] "yy"
sort exit E15 7 M [3] "az"
sort exit E15 8 M [3] "ab"'
TEST 15 'duplicate key diagnostic'
EXEC -lsync,control=empty.ss,duplicates c d b a
INPUT empty.ss
INPUT a $'aa\ndd'
INPUT b $'bb\nyy'
INPUT c $'cc\naa'
INPUT d $'dd\nww'
OUTPUT - $'aa\naa\nbb\ncc\ndd\ndd\nww\nyy'
ERROR - $'2 duplicate keys'
EXEC -u -lsync,control=empty.ss,duplicates c d b a
OUTPUT - $'aa\nbb\ncc\ndd\nww\nyy'
TEST 16 'base name size/suffix mapping'
EXEC -lsync,control=empty.ss a b.b c.c.c
INPUT empty.ss
INPUT a%123.foo $'a123foo'
INPUT b%123.0z $'b0z'
INPUT b.b%123.1z $'b1z'
INPUT c%123.0z $'c0z'
INPUT c.c%123.1z $'c1z'
INPUT c.c.c%123.2z $'c2z'
OUTPUT - $'a123foo\nb1z\nc2z'
EXEC -lsync,control=empty.ss a e.e
INPUT e.e%789.1z $'b1z'
OUTPUT -
ERROR - $'sort: e.e%789.1z: format f789 incompatible with a%123.foo format f123'
EXIT 1
