: transcribed from the tcl 8.3 Spencer reg tests 2005-06-06
# Copyright (c) 1998, 1999 Henry Spencer. All rights reserved.
# basic sanity checks
BE abc abc (0,3)
BE abc def NOMATCH
BE abc xyabxabce (5,8)
# basic syntax
BE NULL a ENULL
BEz NULL a (0,0)
E a| a ENULL
Ez a| a (0,1)
E a|b a (0,1)
E a|b b (0,1)
E a||b b ENULL
Ez a||b b (0,1)
BE ab ab (0,2)
# parentheses
E (a)e ae (0,2)(0,1)
E (a)e ae (0,2)(0,1)
B \(a\)b ab (0,2)(0,1)
E a((b)c) abc (0,3)(1,3)(1,2)
E a(b)(c) abc (0,3)(1,2)(2,3)
E a(b ab EPAREN
B a\(b ab EPAREN
# sigh, we blew it on the specs here... someday this will be fixed in POSIX,
# but meanwhile, it's fixed in AEs
E a)b a)b (0,3)
E a)b a)b (0,3)
B a\)b a)b EPAREN
E a(?:b)c abc (0,3)
E a()b ab ENULL
Ez a()b ab (0,2)(1,1)
E a(?:)b ab (0,2)
E a(|b)c ac ENULL
Ez a(|b)c ac (0,2)(1,1)
E a(b|)c abc ENULL
Ez a(b|)c abc (0,3)(1,2)
# simple one-char matching
# general case of brackets done later
BE a.b axb (0,3)
BEn$ a.b a\nb NOMATCH
BE$ a.b a\nb (0,3)
BE a[bc]d abd (0,3)
BE a[bc]d acd (0,3)
BE a[bc]d aed NOMATCH
BE a[^bc]d abd NOMATCH
BE a[^bc]d aed (0,3)
BE$ a[^bc]d a\nd (0,3)
BEn$ a[^bc]d a\nd NOMATCH
# context-dependent syntax
# plus odds and ends
B fix reg.dat NOMATCH
B fix reg.dat NOMATCH
E fix reg.dat NOMATCH
B \(*\) fix NOMATCH
B \(*\) a NOMATCH
E (*) fix BADRPT
B ^* ^ NOMATCH
B ^* fix NOMATCH
B ^* a NOMATCH
B ^* ^* NOMATCH
E ^* ^ (0,0)
B \(^*\) fix NOMATCH
B \(^*\) a NOMATCH
E (^*) fix (0,0)(0,0)
B $* $ (0,1)
B $* a$z (0,0)
B $* fix (0,0)
B $* a*z (0,0)
B $* $* (0,1)
B $* a$*z (0,0)
E $* $ (0,0)
BE ^b ^ NOMATCH
BE ^b ^b NOMATCH
B x^ x^ (0,2)
E x^ x^ NOMATCH
Ebn$ ^ x\nb (2,2)
En$ \n^ x\nb (1,2)
B \(^b\) ^b NOMATCH
E (^b) ^b NOMATCH
BE x$ x (0,1)
B \(x$\) x (0,1)(0,1)
E (x$) x (0,1)(0,1)
B x$y x$y (0,3)
E x$y x$y NOMATCH
BE x$y xy NOMATCH
En$ x$\n x\n (0,2)
E + x BADRPT
E ? x BADRPT
# simple quantifiers
BE a* aa (0,2)
BE a* b (0,0)
E a+ aa (0,2)
E a?b ab (0,2)
E a?b zb (1,2)
E a?b b (0,1)
B fix reg.dat NOMATCH
E fix reg.dat NOMATCH
B a** aaa (0,3)
E a** aaa (0,3)
B a**b aab (0,3)
E a**b aab (0,3)
B fix reg.dat NOMATCH
E fix reg.dat NOMATCH
E a++ aaa BADRPT
E a?+ aaa BADRPT
E a?* aaa (0,1)
E a+* aaa (0,3)
E a*+ aaa BADRPT
# braces
E a0 a1 NOMATCH
E a0 a1 NOMATCH
E a1 a0 NOMATCH
E a1 a2 NOMATCH
E a{257} x NOMATCH
E a{1000} x NOMATCH
E a{1 x EBRACE
E a{1n} x BADBR
B a{b a{b (0,3)
E a{b a{b BADBR
B a{ a{ (0,2)
E a{ a{ EBRACE
B a\0b a\1\b BADESC
B a\{0,1 x EBRACE
E a{0,1\ x BADBR
E a{0}b ab (1,2)
E a0b a0b (0,3)
E a0b a1b NOMATCH
E a0b a2b NOMATCH
E a0b a2b NOMATCH
E a0b ab NOMATCH
E a1b a1b (0,3)
E a1b a3b NOMATCH
E a1b a3b NOMATCH
E a1b ab NOMATCH
E a2b a3b NOMATCH
E a2b a3b NOMATCH
E a2b ab NOMATCH
E a2b ab NOMATCH
# brackets
BE a[bc] ac (0,2)
BE a[-] a- (0,2)
BE a[[.-.]] a- (0,2)
BE a[0-[.9.]] a2 (0,2)
BE a[[=x=]] ax (0,2)
BE a[[=x=]] ay NOMATCH
BE a[[=x=]] az NOMATCH
BE a[0-[=x=]] x ERANGE
BE a[[:digit:]] a0 (0,2)
BE a[[:woopsie:]] x ECTYPE
BE a[[:digit:]] ab NOMATCH
BE a[0-[:digit:]] x NOMATCH
BE [[:<:]]a a (0,1)
BE a[[:>:]] a (0,1)
BE a[[..]]b x ECOLLATE
BE a[[==]]b x ECOLLATE
BE a[[::]]b x ECTYPE
BE a[[.a x ECOLLATE
BE a[[=a x ECOLLATE
BE a[[:a x ECTYPE
BE a[ x EBRACK
BE a[b x EBRACK
BE a[b- x EBRACK
BE a[b-c x EBRACK
BE a[b-c] ab (0,2)
BE a[b-b] ab (0,2)
BE a[1-2] a2 (0,2)
BE a[c-b] x ERANGE
BE a[a-b-c] x ERANGE
BE a[--?]b a?b (0,3)
BE a[---]b a-b (0,3)
BE a[]b]c a]c (0,3)
BE a[]]b a]b (0,3)
BE a[[b]c a[c (0,3)
BE a[[b]c abc (0,3)
B a[\]]b a]b NOMATCH
E a[\]]b a]b NOMATCH
B a[\]]b a\]b (0,4)
E a[\]]b a\]b (0,4)
B a[\\]b a\b (0,3)
E a[\\]b a\b (0,3)
E a[\\]b a\b (0,3)
B a[\Z]b a\b (0,3)
E a[\Z]b a\b (0,3)
Bv a[\]]b a]b NOMATCH
Ev a[\]]b a]b NOMATCH
Bv a[\]]b a\]b (0,4)
Ev a[\]]b a\]b (0,4)
Bv a[\\]b a\b (0,3)
Ev a[\\]b a\b (0,3)
Ev a[\\]b a\b (0,3)
Bv a[\Z]b a\b (0,3)
Ev a[\Z]b a\b (0,3)
BE a[[\b]c a[c (0,3)
BE a[[\b]c abc (0,3)
BE a[[\\b]c abc (0,3)
BE a[[\Z]c aZc (0,3)
BE a[[\b]c a\c (0,3)
BE a[[\\b]c a\c (0,3)
BE a[[\b]*c a[c (0,3)
BE a[[\\b]*c a[c (0,3)
BE a[[\b]*c a[bc (0,4)
BE a[[\\b]*c a[bc (0,4)
BE a[[\b]*c a[c (0,3)
BE a[[\\b]*c a[c (0,3)
BE a[[\b]*c ab[c (0,4)
BE a[[\\b]*c ab[c (0,4)
E$ a[\xfe-\a][\xff- a\x02\xfb ERANGE
BEv a[[\b]c a[c (0,3)
BEv a[[\b]c abc NOMATCH
BEv a[[\\b]c abc (0,3)
BEv a[[\Z]c aZc (0,3)
BEv a[[\b]c a\c NOMATCH
BEv a[[\\b]c a\c (0,3)
BEv a[[\b]*c a[c (0,3)
BEv a[[\\b]*c a[c (0,3)
BEv a[[\b]*c a[bc NOMATCH
BEv a[[\\b]*c a[bc (0,4)
BEv a[[\b]*c a[c (0,3)
BEv a[[\\b]*c a[c (0,3)
BEv a[[\b]*c ab[c NOMATCH
BEv a[[\\b]*c ab[c (0,4)
E$v a[\xfe-\a][\xff- a\x02\xfb ERANGE
# anchors and newlines
BE ^a a (0,1)
BEb ^a a NOMATCH
BE ^ a (0,0)
BE a$ aba (2,3)
BEe a$ a NOMATCH
BE $ ab (2,2)
BEn ^a a (0,1)
BEn$ ^a b\na (2,3)
BEnb$ ^a a\na (2,3)
BEn a$ a (0,1)
BEn$ a$ a\nb (0,1)
BEn$ a$ a\na (0,1)
BEn$ b$ a\nb (2,3)
B ^^ a NOMATCH
B ^^ ^ (0,1)
E ^^ a (0,0)
E ^^ ^ (0,0)
B $$ $ (0,1)
E $$ $ (1,1)
B $$ a NOMATCH
E $$ a (1,1)
BE ^$ NULL (0,0)
BE ^$ a NOMATCH
BEn$ ^$ a\n\nb (2,2)
B $^ NULL NOMATCH
E $^ NULL (0,0)
B $^ $^ (0,2)
E $^ $^ NOMATCH
E \Aa a (0,1)
B \Aa a (0,1)
Bn$ \\Aa b\na NOMATCH
B a\Z a (0,1)
E a\Z a (0,1)
Bn$ a\\Z a\nb NOMATCH
En$ a\\Z a\nb NOMATCH
E ^* x (0,0)
E $* x (0,0)
E \A* x BADRPT
E \Z* x BADRPT
# boundary constraints
BE [[:<:]]a a (0,1)
BE [[:<:]]a -a (1,2)
BE [[:<:]]a ba NOMATCH
BE a[[:>:]] a (0,1)
BE a[[:>:]] a- (0,1)
BE a[[:>:]] ab NOMATCH
B \<a a (0,1)
B \<a ba NOMATCH
B a\> a (0,1)
B a\> ab NOMATCH
E \ya a BADESC
E \ya ba BADESC
E a\y a BADESC
E a\y ab BADESC
E a\Y ab BADESC
E a\Y a- BADESC
E a\Y a BADESC
E -\Y -a BADESC
E -\Y -% BADESC
E \Y- a- BADESC
E fix reg.dat NOMATCH
E [[:>:]]* x BADRPT
B \<* x BADRPT
B \>* x BADRPT
E \y* x BADESC
E \Y* x BADESC
E \ma a BADESC
E \ma ba BADESC
E a\M a BADESC
E a\M ab BADESC
E \Ma a BADESC
E a\m a BADESC
# character classes
E a\db a0b (0,3)
E a\db axb NOMATCH
E a\Db a0b NOMATCH
E a\Db axb (0,3)
E$ a\\sb a b (0,3)
E$ a\\sb a\tb (0,3)
E$ a\\sb a\nb (0,3)
E a\sb axb NOMATCH
E a\Sb axb (0,3)
E$ a\\Sb a b NOMATCH
E a\wb axb (0,3)
E a\wb a-b NOMATCH
E a\Wb axb NOMATCH
E a\Wb a-b (0,3)
E \y\w+z\y adze-guz BADESC
E a[\d]b a1b NOMATCH
E$ a[\\s]b a b NOMATCH
E a[\w]b axb NOMATCH
Ev a[\d]b a1b (0,3)
E$v a[\\s]b a b (0,3)
Ev a[\w]b axb (0,3)
# escapes
BE$ a\\ x EESCAPE
E a\<b a<b NOMATCH
Ee a\<b a<b NOMATCH
B a\wb awb (0,3)
Ee a\wb awb (0,3)
E$ a\\ab a\ab (0,3)
E$ a\\bb a\bb NOMATCH
E a\Bb a\b NOMATCH
E$ a\\chb a\bb (0,3)
E$ a\\cHb a\bb (0,3)
E$ a\\e a\e (0,2)
E$ a\\fb a\fb (0,3)
E$ a\\nb a\nb (0,3)
E$ a\\rb a\rb (0,3)
E$ a\\tb a\tb (0,3)
E$ a\\u0008x a\bx BADESC
E a\u008x x BADESC
E$ a\\u00088x a\b8x BADESC
E$ a\\U00000008x a\bx BADESC
E a\U0000008x x BADESC
E$ a\\vb a\vb (0,3)
E$ a\\x08x a\bx (0,3)
E a\xq x NOMATCH
E$ a\\x0008x a\bx (0,3)
E a\z x NOMATCH
E$ a\\010b a\bb (0,3)
# back references
# ugh
E a(b*)c\1 abbcbb (0,6)(1,3)
E$ a(b*)c\x01 ac NOMATCH
E a(b*)c\1 abbcb NOMATCH
E a(b*)\1 abbcbb (0,3)(1,2)
E a(b|bb)\1 abbcbb (0,3)(1,2)
E a([bc])\1 abb (0,3)(1,2)
E a([bc])\1 abc NOMATCH
E a([bc])\1 abcabb (3,6)(4,5)
E a([bc])*\1 abc NOMATCH
E a([bc])\1 abB NOMATCH
Ei a([bc])\1 abB (0,3)(1,2)
E a([bc])\1+ abbb (0,4)(1,2)
E a([bc])\13 a([bc])\14 NOMATCH
E a([bc])\13 a([bc])\14 NOMATCH
E a([bc])\1* abbb (0,4)(1,2)
E a([bc])\1* ab (0,2)(1,2)
E a([bc])(\1*) ab (0,2)(1,2)(2,2)
E a((b)\1) x ESUBREG
E a(b)c\2 x ESUBREG
B a\(b*\)c\1 abbcbb (0,6)(1,3)
# octal escapes vs back references
# initial zero is always octal
E$ a\\010b a\bb (0,3)
E$ a\\0070b a\a0b (0,4)
E$ a\\07b a\ab BADESC
E$ a(b)(b)(b)(b)(b)(b)(b)(b)(b)(b)\\07c abbbbbbbbbb\ac BADESC
# a single digit is always a backref
E a\7b x ESUBREG
# otherwise it's a backref only if within range (barf!)
E$ a\\10b a\bb ESUBREG
E a\101b aAb (0,3)
E a(b)(b)(b)(b)(b)(b)(b)(b)(b)(b)\10c abbbbbbbbbbbc NOMATCH
# but we're fussy about border cases -- guys who want octal should use the zero
E a((((((((((b\10))))))))))c x ESUBREG
# BREs don't have octal, EEs don't have backrefs
E$ a\\12b a\nb ESUBREG
B a\12b x ESUBREG
Ee a\12b a12b ESUBREG
# expanded syntax
Ec a b c abc (0,3)
Ec$ a b #oops\nc\td abcd (0,4)
Ec$ a\\ b\\\tc a b\tc (0,5)
Ec$ a b\\#c ab#c BADESC
Ec a b[c d]e ab e (0,4)
Ec a b[c#d]e ab#e (0,4)
Ec a b[c#d]e abde (0,4)
Bc ab{ d ab{d (0,4)
Ec ab{ d ab{d BADBR
Ec$ ab 1 c ab 2 c NOMATCH
# misc syntax
E a(?#comment)b ab (0,2)
# unmatchable Es
E a^b ab NOMATCH
# case independence
BEi ab Ab (0,2)
BEi a[bc] aC (0,2)
BEi a[^bc] aB NOMATCH
BEi a[b-d] aC (0,2)
BEi a[^b-d] aC NOMATCH
# directors and embedded options
BE fix reg.dat NOMATCH
L fix reg.dat NOMATCH
B ***=a*b a*b NOMATCH
E ***=a*b a*b BADRPT
L ***=a*b ***=a*b (0,7)
B ***:\w+ ab NOMATCH
Ee ***:\w+ ab BADRPT
BE ***:***=a*b x BADRPT
B ***:(?b)a+b a+b NOMATCH
E ***:(?b)a+b a+b BADRPT
E (?b)a+b a+b BADRPT
Ee (?b)\w+ x BADRPT
B (?b)\w+ (?b)w+ (0,6)
Ei (?c)a a BADRPT
Ei (?c)a x BADRPT
E (?e)\W+ WW BADRPT
E (?i)a+ Aa (0,2)
E$ (?m)a.b a\nb NOMATCH
E$ (?m)^b a\nb (2,3)
E$ (?n)a.b a\nb BADRPT
E$ (?n)^b a\nb BADRPT
E$ (?p)a.b a\nb (0,3)
E$ (?p)^b a\nb NOMATCH
E (?q)a+b a+b BADRPT
En$ (?s)a.b a\nb (0,3)
Ex$ (?t)a b a b BADRPT
E$ (?w)a.b a\nb BADRPT
E$ (?w)^b a\nb BADRPT
E$ (?x)a b ab (0,2)
E (?z)ab x BADRPT
E (?ici)a+ Aa BADRPT
E (?i)(?q)a+ x BADRPT
E (?q)(?i)a+ (?i)a+ BADRPT
E (?qe)a+ a BADRPT
Ex$ (?q)a b a b BADRPT
E$ (?qx)a b a b BADRPT
E (?qi)ab Ab BADRPT
# capturing
E a(b)c abc (0,3)(1,2)
E a(?:b)c xabc (1,4)
E a((b))c xabcy (1,4)(2,3)(2,3)
E a(?:(b))c abcy (0,3)(1,2)
E a((?:b))c abc (0,3)(1,2)
E a(?:(?:b))c abc (0,3)
E$ a(b)(0,)c ac NOMATCH
E a(b)c(d)e abcde (0,5)(1,2)(3,4)
E (b)c(d)e bcde (0,4)(0,1)(2,3)
E a(b)(d)e abde (0,4)(1,2)(2,3)
E a(b)c(d) abcd (0,4)(1,2)(3,4)
E (ab)(cd) xabcdy (1,5)(1,3)(3,5)
E a(b)?c xabcy (1,4)(2,3)
E a(b)?c xacy (1,3)(?,?)
E a(b)?c(d)?e xabcdey (1,6)(2,3)(4,5)
E a(b)?c(d)?e xacdey (1,5)(?,?)(3,4)
E a(b)?c(d)?e xabcey (1,5)(2,3)(?,?)
E a(b)?c(d)?e xacey (1,4)(?,?)(?,?)
E a(b)*c xabcy (1,4)(2,3)
E a(b)*c xabbbcy (1,6)(4,5)
E a(b)*c xacy (1,3)(?,?)
E a(b*)c xabbbcy (1,6)(2,5)
E$ a(b*)c xacy (1,3)(2,2)
E a(b)+c xacy NOMATCH
E a(b)+c xabcy (1,4)(2,3)
E a(b)+c xabbbcy (1,6)(4,5)
E a(b+)c xabbbcy (1,6)(2,5)
E$ a(b)2c a(b)3c NOMATCH
E$ a(b)2c a(b)3c NOMATCH
E$ a(b)2c a(b)3c NOMATCH
E$ \\y(\\w+)\\y -- abc- BADESC
E a((b|c)d+)+ abacdbd (2,7)(5,7)(5,6)
E (.*).* abc (0,3)(0,3)
E$ (a*)* bc (0,0)(0,0)
# multicharacter collating elements
# again ugh
{C C
BE a[c]e ace (0,3)
BE a[c]h ach (0,3)
BE a[[.ch.]] ach ECOLLATE
BE a[[.ch.]] ace ECOLLATE
BE a[c[.ch.]] ac ECOLLATE
BE a[c[.ch.]] ace ECOLLATE
BE a[c[.ch.]] ache ECOLLATE
BE a[^c]e ace NOMATCH
BE a[^c]e abe (0,3)
BE a[^c]e ache NOMATCH
BE a[^[.ch.]] ach ECOLLATE
BE a[^[.ch.]] ace ECOLLATE
BE a[^[.ch.]] ac ECOLLATE
BE a[^[.ch.]] abe ECOLLATE
BE a[^c[.ch.]] ach ECOLLATE
BE a[^c[.ch.]] ace ECOLLATE
BE a[^c[.ch.]] ac ECOLLATE
BE a[^c[.ch.]] abe ECOLLATE
BE a[^b] ac (0,2)
BE a[^b] ace (0,2)
BE a[^b] ach (0,2)
BE a[^b] abe NOMATCH
}
# lookahead constraints
E a(?=b)b* ab (0,2)
E a(?=b)b* a NOMATCH
E a(?=b)b*(?=c)c* abc (0,3)
E a(?=b)b*(?=c)c* ab NOMATCH
E a(?!b)b* ab NOMATCH
E a(?!b)b* a (0,1)
E (?=b)b b (0,1)
E (?=b)b a NOMATCH
# non-greedy quantifiers
E ab+? abb (0,2)
E ab+?c abbc (0,4)
E ab*? abb (0,1)
E ab*?c abbc (0,4)
E ab?? ab (0,1)
E ab??c abc (0,3)
E$ ab2? ab4? (0,2)
E$ ab2?c ab4?c NOMATCH
E 3z* 123zzzz456 (2,7)
E 3z*? 123zzzz456 (2,3)
E z*4 123zzzz456 (3,8)
E z*?4 123zzzz456 (3,8)
# mixed quantifiers
# this is very incomplete as yet
# should include |
E ^(.*?)(a*)$ xyza (0,4)(0,3)(3,4)
E ^(.*?)(a*)$ xyzaa (0,5)(0,3)(3,5)
E$ ^(.*?)(a*)$ xyz (0,3)(0,3)(3,3)
# tricky cases
# attempts to trick the matcher into accepting a short match
E (week|wee)(night|knights) weeknights (0,10)(0,3)(3,10)
E a(bc*).*\1 abccbccb (0,8)(1,2)
E a(b.[bc]*)+ abcbd (0,5)(3,5)
# implementation misc.
# duplicate arcs are suppressed
E a(?:b|b)c abc (0,3)
# make color/subcolor relationship go back and forth
BE [ab][ab][ab] aba (0,3)
BE [ab][ab][ab][ab][ab][ab][ab] abababa (0,7)
# boundary busters etc.
# color-descriptor allocation changes at 10
BE abcdefghijkl abcdefghijkl (0,12)
# so does arc allocation
E a(?:b|c|d|e|f|g|h|i|j|k|l|m)n agn (0,3)
# subexpression tracking also at 10
E a(((((((((((((b)))))))))))))c abc (0,3)(1,2)(1,2)(1,2)(1,2)(1,2)(1,2)(1,2)(1,2)(1,2)(1,2)(1,2)(1,2)(1,2)
# state-set handling changes slightly at unsigned size (might be 64...)
# (also stresses arc allocation)
E$ ab1c ab100c NOMATCH
E$ ab1c ab100c NOMATCH
E$ ab1c ab100c NOMATCH
# force small cache and bust it, several ways
E \w+abcdefgh xyzabcdefgh (0,11)
E \w+abcdefgh xyzabcdefgh (0,11)
E \w+abcdefghijklmnopqrst xyzabcdefghijklmnopqrst (0,23)
E \w+(abcdefgh)? xyz (0,3)(?,?)
E \w+(abcdefgh)? xyzabcdefg (0,10)(?,?)
E \w+(abcdefghijklmnopqrst)? xyzabcdefghijklmnopqrs (0,22)(?,?)
# incomplete matches
E$ def abc NOMATCH
E$ bcd abc NOMATCH
E$ abc abab NOMATCH
E$ abc abdab NOMATCH
E abc abc (0,3)
E abc abc (0,3)
E abc xyabc (2,5)
E abc xyabc (2,5)
E$ abc+ xyab NOMATCH
E abc+ xyabc (2,5)
E abc+ xyabc (2,5)
E abc+ xyabcd (2,5)
E abc+ xyabcd (2,5)
E abc+ xyabcdd (2,5)
E abc+ xyabcdd (2,5)
E$ abc+? xyab NOMATCH
# the retain numbers in these two may look wrong, but they aren't
E abc+? xyabc (2,5)
E abc+? xyabc (2,5)
E abc+? xyabcc (2,5)
E abc+? xyabcc (2,5)
E abc+? xyabcd (2,5)
E abc+? xyabcd (2,5)
E abc+? xyabcdd (2,5)
E abc+? xyabcdd (2,5)
E abcd|bc xyabc (3,5)
E abcd|bc xyabc (3,5)
En$ .*k xx\nyyy NOMATCH
# misc. oddities and old bugs
BE fix reg.dat NOMATCH
E a?b* abb (0,3)
E a?b* bb (0,2)
BE a*b aab (0,3)
BE ^a*b aaaab (0,5)
BE [0-6][1-2][0-3][0-6][1-6][0-6] 010010 (0,6)
# temporary REG_BOSONLY kludge
E abc abcd (0,3)
E abc xabcd (1,4)
# back to normal stuff
E$ (?n)^(?![t#])\\S+ tk\n\n#\n#\nit0 BADRPT
