# todo :jvm :i:m st st y ignorecase ignoremark with ligature st (:i:m) :i:m "All hell is breaking loose" "All is fine, I am sure of it" n RT128875 :i:m combined matches whole string when a single character match is found ## modifiers # todo 6 :jvm :i st st y ignorecase with ligature st (:i) :i st ST y ignorecase with ligature st (:i) :i st St y ignorecase with ligature st (:i) :i st sT y ignorecase with ligature st (:i) :i st st y reversed haystack and needle ignorecase with ligature st (:i) # todo :moar :i abcdefgst sT y ignorecase with ligature st (:i) :i bcd abcdef y ignorecase (:i) :i bcd aBcdef y ignorecase (:i) :i bcd abCdef y ignorecase (:i) :i bcd abcDef y ignorecase (:i) :i bcd abc-ef n ignorecase (:i) :ignorecase bcd abcdef y ignorecase (:ignorecase) :ignorecase bcd aBCDef y ignorecase (:ignorecase) :ignorecase bcd abc-ef n ignorecase (:ignorecase) :i(0) bcd abcdef y ignorecase, repetition (:i(0)) :i(0) bcd abCdef n ignorecase, repetition (:i(0)) :i(1) bcd abcdef y ignorecase, repetition (:i(1)) :i(1) bcd abCdef y ignorecase, repetition (:i(1)) :i(1) bcd aBxDef n ignorecase, repetition (:i(1)) :0i bcd abcdef y ignorecase, repetition (:0i) :0i bcd abCdef n ignorecase, repetition (:0i) :1i bcd abcdef y ignorecase, repetition (:1i) :1i bcd abCdef y ignorecase, repetition (:1i) :1i bcd aBCDef y ignorecase, repetition (:1i) :1i bcd aBxDef n ignorecase, repetition (:1i) A :i B Ab y ignorecase in the middle, literals on both sides ab [:i cd ] ef abcdef y ignorecase, lexical (:i) ab [:i cd ] ef abCdef y ignorecase, lexical (:i) ab [:i cd ] ef abcDef y ignorecase, lexical (:i) ab [:i cd ] ef abCDef y ignorecase, lexical (:i) ab [:i cd ] ef aBCDef n ignorecase, lexical (:i) ab [:i cd ] ef abCDEf n ignorecase, lexical (:i) :i ab [:i cd ] ef abCDef y ignorecase, lexical (:i) :i ab [:i cd ] ef AbCDeF y ignorecase, lexical (:i) :i ab [:i cd ] ef AbcdeF y ignorecase, lexical (:i) :i a [:i(0) b [:i(1) c [:0i d [:1i e [:i(0) f ] ] ] ] ] AbCdEf y ignorecase, lexical (:i) :i aa [:i(0) bb [:i(1) cc [:0i dd [:1i ee [:i(0) ff ] ] ] ] ] AabbCcddEeff y ignorecase, lexical (:i) :i a [:i(0) b [:i(1) c [:0i d [:1i e [:i(0) f ] ] ] ] ] AbCdEF n ignorecase, lexical (:i) :i aa [:i(0) bb [:i(1) cc [:0i dd [:1i ee [:i(0) ff ] ] ] ] ] AabbCcddEeFf n ignorecase, lexical (:i) :i ab [:i(0) cd ] ef AbcdeF y ignorecase, lexical repetition (:i) :i ab [:!i cd ] ef AbcdeF y ignorecase, lexical repetition (:i) :i ab [:0i cd ] ef AbcdeF y ignorecase, lexical repetition (:i) :0i ab [:1i cd ] ef abCDef y ignorecase, lexical repetition (:i) :0i ab [:1i cd ] ef AbCDeF n ignorecase, lexical repetition (:i) :0i ab [:1i cd ] ef AbcdeF n ignorecase, lexical repetition (:i) :0i ab [:i(0) cd ] ef abcdef y ignorecase, lexical repetition (:i) :0i ab [:1i cd ] ef AbcdeF n ignorecase, lexical repetition (:i) :i(1) ab [:1i cd ] ef AbCdeF y ignorecase, lexical repetition (:i) :i(1) ab [:i(0) cd ] ef AbcdeF y ignorecase, lexical repetition (:i) :i(1) ab [:i(0) cd ] ef AbcDeF n ignorecase, lexical repetition (:i) :i(2) ab [:i(999) cd ] ef ABCDEF y ignorecase, lexical repetition (:i) :1i ab [:i(1) cd ] ef ABCDEF y ignorecase, lexical repetition (:i) :0i ab [:1i cd ] ef abcDeF n ignorecase, lexical repetition (:i) :2i ab [:999i cd ] ef ABCDEF y ignorecase, lexical repetition (:i) ab [:ignorecase cd ] ef abCDef y ignorecase, lexical (:ignorecase) ab [:ignorecase cd ] ef aBCDef n ignorecase, lexical (:ignorecase) :1ignorecase ab [:ignorecase(1) cd ] ef ABCDEF y ignorecase, lexical repetition (:ignorecase) :s bcd a bcdef y sigspace (:s) :s bcd a bcd ef y sigspace (:s) :s bcd abcdef y sigspace (:s) :s bcd abcd ef y sigspace (:s) :s bcd ab cdef n sigspace (:s) :s b c d a b c d ef y sigspace (:s) :s b c d a b c def y sigspace (:s) :s b c d ab c d ef y sigspace (:s) :s b c d a bcdef n sigspace (:s) :s b c d abcdef n sigspace (:s) :sigspace bcd a bcdef y sigspace (:sigspace) :sigspace bcd a bcd ef y sigspace (:sigspace) :sigspace bcd abcdef y sigspace (:sigspace) :sigspace b c d a b c d ef y sigspace (:sigspace) :sigspace b c d a b c def y sigspace (:sigspace) :sigspace b c d ab c d ef y sigspace (:sigspace) :s(1) b c [:s(0) d \w f ] a b c def y sigspace, lexical repetition (:s) :s b c [:!s d \w f ] a b c def y sigspace, lexical repetition (:s) :s(0) b \w [:s(1) d \w f ] a b c def n sigspace, lexical repetition (:s) :!s b \w [:s d \w f ] a b c def n sigspace, lexical repetition (:s) :s(0) b \w [:s(0) d \w f ] a b c def n sigspace, lexical repetition (:s) :!s b \w [:!s d \w f ] a b c def n sigspace, lexical repetition (:s) :s ab ab y sigspace, trailing ws foo\s*'-'?\s*bar foo\t \n-\n\t bar y basic match foo\s*'-'?\s*bar foo - bar y basic match foo\s+'-'?\s*bar foo bar y basic match \s+ \s* foo\s+'-'?\s*bar foo -bar y basic match \s+ \s* foo\s*'-'?\s+bar foo- bar y basic match \s* \s+ foo '-'? bar foo-bar y basic match \s* \s* foo '-'? bar foobar y basic match foo '-'? bar foo - bar n basic non-match :s foo '-'? bar foo\n \t- \t\t\nbar y basic ws match :s foo '-'? bar foo - bar y basic ws match :s foo '-'? bar foo bar y basic ws match \s+ \s* :s foo '-'? bar foo -bar y basic ws match \s+ \s* :s foo '-'? bar foo- bar y basic ws match \s* \s+ :s foo '-'? bar foo-bar y basic ws match \s* \s* :s foo '-'? bar foobar n basic ws non-match # todo :any :s()foo '-'? bar foo - bar n basic ws match # todo :any :s[]foo '-'? bar foo - bar y basic ws match :sfoo '-'? bar foo - bar y basic ws match with boundary modifier separation # todo :any<::> :s::foo '-'? bar foo - bar y basic ws match with backtrack no-op modifier separation # todo :any<::> :s::(\w+) ':=' (\S+) dog := spot /mob 0: / sigspace and capture together # todo :any<::> :s::(\w+) ':=' (\S+) dog := spot /mob 1: / sigspace and capture together # todo :any :perl5 \A.*? bcd\Q$\E..\z a bcd$ef y perl5 syntax (:perl5) :s^[\d+ ]* abc 11 12 13 abc y before closing bracket ## vim: noexpandtab tabstop=4 shiftwidth=4