Joachim Breitner wrote:
> I can reproduce it from within ghc’s address space using gdb:
>
> (gdb) call malloc(32)
> $7 = 64943120
> (gdb) call regcomp(64943120, ".", 0)
> $8 = 0
> (gdb) call regexec(64943120,"\242",0,0,0)
> $9 = 1
> (gdb) call regexec(64943120,"only_ascii",0,0,0)
> $10 = 0
>
> An
Hi,
Am Samstag, den 09.03.2013, 11:52 -0400 schrieb Joey Hess:
> Joachim Breitner wrote:
> > regex-compat is but a thin layour around regex-posix, which states
> > Note that the posix library works with single byte characters,
> > and does not understand Unicode. If you need Unicod
Joachim Breitner wrote:
> regex-compat is but a thin layour around regex-posix, which states
> Note that the posix library works with single byte characters,
> and does not understand Unicode. If you need Unicode support you
> will have to use a different backend.¹
Right. H
Hi Joey,
Am Freitag, den 08.03.2013, 21:43 -0400 schrieb Joey Hess:
> Package: libghc-regex-compat-dev
> Version: 0.95.1-2+b1
> Severity: normal
>
> Prelude Text.Regex> matchRegex (mkRegex $ "^.*$") "o"
> Just []
> Prelude Text.Regex> let s = "ò"
> Prelude Text.Regex> s
> "\242"
> Prelude Text.Re
Package: libghc-regex-compat-dev
Version: 0.95.1-2+b1
Severity: normal
Prelude Text.Regex> matchRegex (mkRegex $ "^.*$") "o"
Just []
Prelude Text.Regex> let s = "ò"
Prelude Text.Regex> s
"\242"
Prelude Text.Regex> matchRegex (mkRegex $ "^.*$") s
Nothing
Prelude Text.Regex> matchRegex (mkRegex $ ".
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