From: Vincent Pit Date: Sun, 29 Jun 2008 15:43:58 +0000 (+0200) Subject: Importing Regexp-Wildcards-0.06.tar.gz X-Git-Tag: v0.06^0 X-Git-Url: http://git.vpit.fr/?a=commitdiff_plain;h=3426f55fba3da9c8801930f82107eeac9f1f8339;p=perl%2Fmodules%2FRegexp-Wildcards.git Importing Regexp-Wildcards-0.06.tar.gz --- diff --git a/Changes b/Changes index 4571df6..57942a1 100644 --- a/Changes +++ b/Changes @@ -1,5 +1,9 @@ Revision history for Regexp-Wildcards +0.06 2007-06-26 12:40 UTC + + Add : SQL '%' and '_' wildcards (with corresponding pod & tests). + + Fix : Typos in pod (looks like this will never end...). + 0.05 2007-06-22 14:40 UTC + Add : Windows strange behaviours caveat. + Chg : Simplified bracket prefix. diff --git a/META.yml b/META.yml index 49ecc79..d06a475 100644 --- a/META.yml +++ b/META.yml @@ -1,6 +1,6 @@ --- #YAML:1.0 name: Regexp-Wildcards -version: 0.05 +version: 0.06 abstract: Converts wildcard expressions to Perl regular expressions. license: perl generated_by: ExtUtils::MakeMaker version 6.32 diff --git a/Makefile.PL b/Makefile.PL index e02d953..8537a6e 100644 --- a/Makefile.PL +++ b/Makefile.PL @@ -9,10 +9,13 @@ WriteMakefile( VERSION_FROM => 'lib/Regexp/Wildcards.pm', ABSTRACT_FROM => 'lib/Regexp/Wildcards.pm', PL_FILES => {}, - PREREQ_PM => { + PREREQ_PM => { 'Test::More' => 0, 'Text::Balanced' => 0, }, - dist => { COMPRESS => 'gzip -9f', SUFFIX => 'gz', }, + dist => { + PREOP => 'pod2text lib/Regexp/Wildcards.pm > $(DISTVNAME)/README', + COMPRESS => 'gzip -9f', SUFFIX => 'gz' + }, clean => { FILES => 'Regexp-Wildcards-*' }, ); diff --git a/README b/README index 5f22332..0780e9a 100644 --- a/README +++ b/README @@ -3,7 +3,7 @@ NAME expressions. VERSION - Version 0.05 + Version 0.06 SYNOPSIS use Regexp::Wildcards qw/wc2re/; @@ -12,28 +12,30 @@ SYNOPSIS $re = wc2re 'a{b?,c}*' => 'unix'; # Do it Unix style. $re = wc2re 'a?,b*' => 'win32'; # Do it Windows style. $re = wc2re '*{x,y}?' => 'jokers'; # Process the jokers & escape the rest. + $re = wc2re '%a_c%' => 'sql'; # Turn SQL wildcards into regexps. DESCRIPTION In many situations, users may want to specify patterns to match but don't need the full power of regexps. Wildcards make one of those sets of simplified rules. This module converts wildcard expressions to Perl regular expressions, so that you can use them for matching. It handles - the "*" and "?" jokers, as well as Unix bracketed alternatives "{,}", - and uses the backspace ("\") as an escape character. Wrappers are - provided to mimic the behaviour of Windows and Unix shells. + the "*" and "?" shell jokers, as well as Unix bracketed alternatives + "{,}", but also "%" and "_" SQL wildcards. Backspace ("\") is used as an + escape character. Wrappers are provided to mimic the behaviour of + Windows and Unix shells. VARIABLES These variables control if the wildcards jokers and brackets must capture their match. They can be globally set by writing in your program $Regexp::Wildcards::CaptureSingle = 1; - # From then, the '?' joker is capturing + # From then, "exactly one" wildcards are capturing or can be locally specified via "local" { - local $Regexp::Wildcards::CaptureAny = 1; - # In this block, the '?' joker is capturing. + local $Regexp::Wildcards::CaptureSingle = 1; + # In this block, "exactly one" wildcards are capturing. ... } # Back to the situation from before the block @@ -42,23 +44,36 @@ VARIABLES functions. $CaptureSingle - When this variable is true, each occurence of the unescaped "?" joker is - made capturing in the resulting regexp (they are be replaced by "(.)"). - Otherwise, they are just replaced by ".". Default is the latter. + When this variable is true, each occurence of unescaped *"exactly one"* + wildcards (i.e. "?" jokers or "_" for SQL wildcards) are made capturing + in the resulting regexp (they are be replaced by "(.)"). Otherwise, they + are just replaced by ".". Default is the latter. + For jokers : 'a???b\\??' is translated to 'a(.)(.)(.)b\\?(.)' if $CaptureSingle is true 'a...b\\?.' otherwise (default) + For SQL wildcards : + 'a___b\\__' is translated to 'a(.)(.)(.)b\\_(.)' if $CaptureSingle is true + 'a...b\\_.' otherwise (default) + $CaptureAny - By default this variable is false, and successions of unescaped "*" - jokers are replaced by one single ".*". When it evalutes to true, those - sequences of "*" are made into one capture, which is greedy ("(.*)") for + By default this variable is false, and successions of unescaped *"any"* + wildcards (i.e. "*" jokers or "%" for SQL wildcards) are replaced by one + single ".*". When it evalutes to true, those sequences of *"any"* + wildcards are made into one capture, which is greedy ("(.*)") for "$CaptureAny > 0" and otherwise non-greedy ("(.*?)"). + For jokers : 'a***b\\**' is translated to 'a.*b\\*.*' if $CaptureAny is false (default) 'a(.*)b\\*(.*)' if $CaptureAny > 0 'a(.*?)b\\*(.*?)' otherwise + For SQL wildcards : + 'a%%%b\\%%' is translated to 'a.*b\\%.*' if $CaptureAny is false (default) + 'a(.*)b\\%(.*)' if $CaptureAny > 0 + 'a(.*?)b\\%(.*?)' otherwise + $CaptureBrackets If this variable is set to true, valid brackets constructs are made into "( | )" captures, and otherwise they are replaced by non-capturing @@ -71,19 +86,24 @@ FUNCTIONS "wc2re_jokers" This function takes as its only argument the wildcard string to process, and returns the corresponding regular expression where the jokers "?" - and "*" have been translated into their regexp equivalents (see - "VARIABLES" for more details). All other unprotected regexp - metacharacters are escaped. + (*"exactly one"*) and "*" (*"any"*) have been translated into their + regexp equivalents (see "VARIABLES" for more details). All other + unprotected regexp metacharacters are escaped. # Everything is escaped. print 'ok' if wc2re_jokers('{a{b,c}d,e}') eq '\\{a\\{b\\,c\\}d\\,e\\}'; + "wc2re_sql" + Similar to the precedent, but for the SQL wildcards "_" (*"exactly + one"*) and "%" (*"any"*). All other unprotected regexp metacharacters + are escaped. + "wc2re_unix" - Similar to the precedent, but this one conforms to standard Unix shell - wildcard rules. It successively escapes all unprotected regexp special - characters that doesn't hold any meaning for wildcards, turns jokers - into their regexp equivalents (see "wc2re_jokers"), and changes - bracketed blocks into (possibly capturing) alternations as described in + This function conforms to standard Unix shell wildcard rules. It + successively escapes all unprotected regexp special characters that + doesn't hold any meaning for wildcards, turns "?" and "*" jokers into + their regexp equivalents (see "wc2re_jokers"), and changes bracketed + blocks into (possibly capturing) alternations as described in "VARIABLES". If brackets are unbalanced, it tries to substitute as many of them as possible, and then escape the remaining "{" and "}". Commas outside of any bracket-delimited block are also escaped. @@ -101,7 +121,7 @@ FUNCTIONS print 'ok' if wc2re_unix('{a{b,c\\}d,e}') eq '\\{a\\{b\\,c\\}d\\,e\\}'; "wc2re_win32" - This one works just like the two before, but for Windows wildcards. + This one works just like the one before, but for Windows wildcards. Bracketed blocks are no longer handled (which means that brackets are escaped), but you can provide a comma-separated list of items. @@ -113,9 +133,10 @@ FUNCTIONS argument is the wildcard expression, and the second one is the type of rules to apply which can be : - 'unix', 'win32', 'jokers' + 'unix', 'win32', 'jokers', 'sql' For one of those raw rule names, "wc2re" simply maps to - "wc2re_unix", "wc2re_win32" and "wc2re_jokers" respectively. + "wc2re_unix", "wc2re_win32", "wc2re_jokers" and "wc2re_sql" + respectively. $^O If you supply the Perl operating system name, the call is deferred to "wc2re_win32" for $^O equal to 'dos', 'os2', 'MSWin32' or @@ -131,9 +152,9 @@ FUNCTIONS $re = wc2re 'a{b,c}*' => $^O; EXPORT - These four functions are exported only on request : "wc2re", - "wc2re_unix", "wc2re_win32" and "wc2re_jokers". The variables are not - exported. + These five functions are exported only on request : "wc2re", + "wc2re_unix", "wc2re_win32", "wc2re_jokers" and "wc2re_sql". The + variables are not exported. DEPENDENCIES Text::Balanced, which is bundled with perl since version 5.7.3 diff --git a/lib/Regexp/Wildcards.pm b/lib/Regexp/Wildcards.pm index a361176..041223b 100644 --- a/lib/Regexp/Wildcards.pm +++ b/lib/Regexp/Wildcards.pm @@ -11,11 +11,11 @@ Regexp::Wildcards - Converts wildcard expressions to Perl regular expressions. =head1 VERSION -Version 0.05 +Version 0.06 =cut -our $VERSION = '0.05'; +our $VERSION = '0.06'; =head1 SYNOPSIS @@ -25,23 +25,24 @@ our $VERSION = '0.05'; $re = wc2re 'a{b?,c}*' => 'unix'; # Do it Unix style. $re = wc2re 'a?,b*' => 'win32'; # Do it Windows style. $re = wc2re '*{x,y}?' => 'jokers'; # Process the jokers & escape the rest. + $re = wc2re '%a_c%' => 'sql'; # Turn SQL wildcards into regexps. =head1 DESCRIPTION -In many situations, users may want to specify patterns to match but don't need the full power of regexps. Wildcards make one of those sets of simplified rules. This module converts wildcard expressions to Perl regular expressions, so that you can use them for matching. It handles the C<*> and C jokers, as well as Unix bracketed alternatives C<{,}>, and uses the backspace (C<\>) as an escape character. Wrappers are provided to mimic the behaviour of Windows and Unix shells. +In many situations, users may want to specify patterns to match but don't need the full power of regexps. Wildcards make one of those sets of simplified rules. This module converts wildcard expressions to Perl regular expressions, so that you can use them for matching. It handles the C<*> and C shell jokers, as well as Unix bracketed alternatives C<{,}>, but also C<%> and C<_> SQL wildcards. Backspace (C<\>) is used as an escape character. Wrappers are provided to mimic the behaviour of Windows and Unix shells. =head1 VARIABLES These variables control if the wildcards jokers and brackets must capture their match. They can be globally set by writing in your program $Regexp::Wildcards::CaptureSingle = 1; - # From then, the '?' joker is capturing + # From then, "exactly one" wildcards are capturing or can be locally specified via C { - local $Regexp::Wildcards::CaptureAny = 1; - # In this block, the '?' joker is capturing. + local $Regexp::Wildcards::CaptureSingle = 1; + # In this block, "exactly one" wildcards are capturing. ... } # Back to the situation from before the block @@ -50,27 +51,49 @@ This section describes also how those elements are translated by the L -When this variable is true, each occurence of the unescaped C joker is made capturing in the resulting regexp (they are be replaced by C<(.)>). Otherwise, they are just replaced by C<.>. Default is the latter. +When this variable is true, each occurence of unescaped I<"exactly one"> wildcards (i.e. C jokers or C<_> for SQL wildcards) are made capturing in the resulting regexp (they are be replaced by C<(.)>). Otherwise, they are just replaced by C<.>. Default is the latter. + For jokers : 'a???b\\??' is translated to 'a(.)(.)(.)b\\?(.)' if $CaptureSingle is true 'a...b\\?.' otherwise (default) + For SQL wildcards : + 'a___b\\__' is translated to 'a(.)(.)(.)b\\_(.)' if $CaptureSingle is true + 'a...b\\_.' otherwise (default) + =cut our $CaptureSingle = 0; +sub capture_single { + return $CaptureSingle ? '(.)' + : '.'; +} + =head2 C<$CaptureAny> -By default this variable is false, and successions of unescaped C<*> jokers are replaced by B single C<.*>. When it evalutes to true, those sequences of C<*> are made into B capture, which is greedy (C<(.*)>) for C<$CaptureAny E 0> and otherwise non-greedy (C<(.*?)>). +By default this variable is false, and successions of unescaped I<"any"> wildcards (i.e. C<*> jokers or C<%> for SQL wildcards) are replaced by B single C<.*>. When it evalutes to true, those sequences of I<"any"> wildcards are made into B capture, which is greedy (C<(.*)>) for C<$CaptureAny E 0> and otherwise non-greedy (C<(.*?)>). + For jokers : 'a***b\\**' is translated to 'a.*b\\*.*' if $CaptureAny is false (default) 'a(.*)b\\*(.*)' if $CaptureAny > 0 'a(.*?)b\\*(.*?)' otherwise + For SQL wildcards : + 'a%%%b\\%%' is translated to 'a.*b\\%.*' if $CaptureAny is false (default) + 'a(.*)b\\%(.*)' if $CaptureAny > 0 + 'a(.*?)b\\%(.*?)' otherwise + =cut our $CaptureAny = 0; +sub capture_any { + return $CaptureAny ? (($CaptureAny > 0) ? '(.*)' + : '(.*?)') + : '.*'; +} + =head2 C<$CaptureBrackets> If this variable is set to true, valid brackets constructs are made into C<( | )> captures, and otherwise they are replaced by non-capturing alternations (C<(?: | >)), which is the default. @@ -82,11 +105,16 @@ If this variable is set to true, valid brackets constructs are made into C<( | ) our $CaptureBrackets = 0; +sub capture_brackets { + return $CaptureBrackets ? '(' + : '(?:'; +} + =head1 FUNCTIONS =head2 C -This function takes as its only argument the wildcard string to process, and returns the corresponding regular expression where the jokers C and C<*> have been translated into their regexp equivalents (see L for more details). All other unprotected regexp metacharacters are escaped. +This function takes as its only argument the wildcard string to process, and returns the corresponding regular expression where the jokers C (I<"exactly one">) and C<*> (I<"any">) have been translated into their regexp equivalents (see L for more details). All other unprotected regexp metacharacters are escaped. # Everything is escaped. print 'ok' if wc2re_jokers('{a{b,c}d,e}') eq '\\{a\\{b\\,c\\}d\\,e\\}'; @@ -99,9 +127,21 @@ sub wc2re_jokers { return do_jokers($wc); } +=head2 C + +Similar to the precedent, but for the SQL wildcards C<_> (I<"exactly one">) and C<%> (I<"any">). All other unprotected regexp metacharacters are escaped. + +=cut + +sub wc2re_sql { + my ($wc) = @_; + $wc =~ s/(? -Similar to the precedent, but this one conforms to standard Unix shell wildcard rules. It successively escapes all unprotected regexp special characters that doesn't hold any meaning for wildcards, turns jokers into their regexp equivalents (see L), and changes bracketed blocks into (possibly capturing) alternations as described in L. If brackets are unbalanced, it tries to substitute as many of them as possible, and then escape the remaining C<{> and C<}>. Commas outside of any bracket-delimited block are also escaped. +This function conforms to standard Unix shell wildcard rules. It successively escapes all unprotected regexp special characters that doesn't hold any meaning for wildcards, turns C and C<*> jokers into their regexp equivalents (see L), and changes bracketed blocks into (possibly capturing) alternations as described in L. If brackets are unbalanced, it tries to substitute as many of them as possible, and then escape the remaining C<{> and C<}>. Commas outside of any bracket-delimited block are also escaped. # This is a valid bracket expression, and is completely translated. print 'ok' if wc2re_unix('{a{b,c}d,e}') eq '(?:a(?:b|c)d|e)'; @@ -125,7 +165,7 @@ sub wc2re_unix { =head2 C -This one works just like the two before, but for Windows wildcards. Bracketed blocks are no longer handled (which means that brackets are escaped), but you can provide a comma-separated list of items. +This one works just like the one before, but for Windows wildcards. Bracketed blocks are no longer handled (which means that brackets are escaped), but you can provide a comma-separated list of items. # All the brackets are escaped, and commas are seen as list delimiters. print 'ok' if wc2re_win32('{a{b,c}d,e}') eq '(?:\\{a\\{b|c\\}d|e\\})'; @@ -138,7 +178,7 @@ sub wc2re_win32 { $wc =~ s/(?, C<'win32'>, C<'jokers'> +=item C<'unix'>, C<'win32'>, C<'jokers'>, C<'sql'> -For one of those raw rule names, C simply maps to C, C and C respectively. +For one of those raw rule names, C simply maps to C, C, C and C respectively. =item C<$^O> @@ -172,6 +212,7 @@ If the type is undefined or not supported, it defaults to C<'unix'>. my %types = ( 'jokers' => \&wc2re_jokers, + 'sql' => \&wc2re_sql, 'unix' => \&wc2re_unix, map { lc $_ => \&wc2re_win32 } qw/win32 dos os2 MSWin32 cygwin/ ); @@ -186,15 +227,17 @@ sub wc2re { =head1 EXPORT -These four functions are exported only on request : C, C, C and C. The variables are not exported. +These five functions are exported only on request : C, C, C, C and C. The variables are not exported. =cut use base qw/Exporter/; our @EXPORT = (); -our @EXPORT_OK = ('wc2re', map { 'wc2re_' . $_ } keys %types); -our @EXPORT_FAIL = qw/extract do_jokers do_commas do_brackets do_bracketed/; +our @EXPORT_OK = ('wc2re', map { 'wc2re_'.$_ } keys %types); +our @EXPORT_FAIL = qw/extract/, + (map { 'do_'.$_ } qw/jokers sql commas brackets bracketed/), + (map { 'capture_'.$_ } qw/single any brackets/); our %EXPORT_TAGS = ( all => [ @EXPORT_OK ] ); =head1 DEPENDENCIES @@ -249,15 +292,27 @@ sub do_jokers { # escape an odd number of \ that doesn't protect a regexp/wildcard special char s/(? 0) ? '(.*)' : '(.*?)') - : '.*'; + $s = capture_any; s/(? 4; +use Test::More tests => 5; require Regexp::Wildcards; -for (qw/wc2re_jokers wc2re_unix wc2re_win32 wc2re/) { +for (qw/wc2re_jokers wc2re_sql wc2re_unix wc2re_win32 wc2re/) { eval { Regexp::Wildcards->import($_) }; ok(!$@, 'import ' . $_); } diff --git a/t/02-wc2re.t b/t/02-wc2re.t index 0d45ab7..c8e6c10 100644 --- a/t/02-wc2re.t +++ b/t/02-wc2re.t @@ -2,7 +2,7 @@ use Test::More tests => 10; -use Regexp::Wildcards qw/wc2re wc2re_unix wc2re_win32/; +use Regexp::Wildcards qw/wc2re wc2re_win32/; for my $O (qw/win32 dos os2 cygwin/, 'MSWin32') { for ('a{b,c}*', 'a?{b\\{,\\}c}') { diff --git a/t/10-jokers.t b/t/10-jokers.t index 85c9ede..0ce769e 100644 --- a/t/10-jokers.t +++ b/t/10-jokers.t @@ -1,66 +1,82 @@ #!perl -T -use Test::More tests => 3 * (4 + 2 + 7 + 9 + 2) * 3; +use Test::More tests => 4 * (4 + 2 + 7 + 9 + 2) * 3; use Regexp::Wildcards qw/wc2re/; sub try { my ($t, $s, $x, $y) = @_; $y = $x unless defined $y; - ok(wc2re('ab' . $x, $t) eq 'ab' . $y, $s . ' (beginning)'); - ok(wc2re('a' . $x . 'b', $t) eq 'a' . $y . 'b', $s . ' (middle)'); - ok(wc2re($x . 'ab', $t) eq $y . 'ab', $s . ' (end)'); + ok(wc2re('ab' . $x, $t) eq 'ab' . $y, $s . ' (begin) ['.$t.']'); + ok(wc2re('a' . $x . 'b', $t) eq 'a' . $y . 'b', $s . ' (middle) ['.$t.']'); + ok(wc2re($x . 'ab', $t) eq $y . 'ab', $s . ' (end) ['.$t.']'); } -for my $t (qw/unix win32 jokers/) { +sub alltests { + my ($t, $one, $any) = @_; + # Simple - try $t, 'simple *', '*', '.*'; - try $t, 'simple ?', '?', '.'; + try $t, "simple $any", $any, '.*'; + try $t, "simple $one", $one, '.'; - ok(wc2re('?*ab', $t) eq '..*ab', 'simple ? and * (beginning)'); - ok(wc2re('?a*b', $t) eq '.a.*b', 'simple ? and * (middle)'); - ok(wc2re('?ab*', $t) eq '.ab.*', 'simple ? and * (end)'); + ok(wc2re($one.$any.'ab', $t) eq '..*ab', + "simple $one and $any (begin) [$t]"); + ok(wc2re($one.'a'.$any.'b', $t) eq '.a.*b', + "simple $one and $any (middle) [$t]"); + ok(wc2re($one.'ab'.$any, $t) eq '.ab.*', + "simple $one and $any (end) [$t]"); - ok(wc2re('*ab?', $t) eq '.*ab.', 'simple * and ? (beginning)'); - ok(wc2re('a*b?', $t) eq 'a.*b.', 'simple * and ? (middle)'); - ok(wc2re('ab*?', $t) eq 'ab.*.', 'simple * and ? (end)'); + ok(wc2re($any.'ab'.$one, $t) eq '.*ab.', + "simple $any and $one (begin) [$t]"); + ok(wc2re('a'.$any.'b'.$one, $t) eq 'a.*b.', + "simple $any and $one (middle) [$t]"); + ok(wc2re('ab'.$any.$one, $t) eq 'ab.*.', + "simple $any and $one (end) [$t]"); # Multiple - try $t, 'multiple *', '**', '.*'; - try $t, 'multiple ?', '??', '..'; + try $t, "multiple $any", $any x 2, '.*'; + try $t, "multiple $one", $one x 2, '..'; # Variables { local $Regexp::Wildcards::CaptureSingle = 1; - try $t, 'multiple capturing ?', '??\\??', '(.)(.)\\?(.)'; + try $t, "multiple capturing $one", $one.$one.'\\'.$one.$one, + '(.)(.)\\'.$one.'(.)'; + local $Regexp::Wildcards::CaptureAny = 1; - try $t, 'multiple capturing * (greedy)', '**\\**', '(.*)\\*(.*)'; - try $t, 'multiple capturing * (greedy) and capturing ?', - '**??\\??\\**', '(.*)(.)(.)\\?(.)\\*(.*)'; + try $t, "multiple capturing $any (greedy)", $any.$any.'\\'.$any.$any, + '(.*)\\'.$any.'(.*)'; + my $wc = $any.$any.$one.$one.'\\'.$one.$one.'\\'.$any.$any; + try $t, "multiple capturing $any (greedy) and capturing $one", + $wc, '(.*)(.)(.)\\'.$one.'(.)\\'.$any.'(.*)'; + $Regexp::Wildcards::CaptureSingle = 0; - try $t, 'multiple capturing * (greedy) and non-capturing ?', - '**??\\??\\**', '(.*)..\\?.\\*(.*)'; + try $t, "multiple capturing $any (greedy) and non-capturing $one", + $wc, '(.*)..\\'.$one.'.\\'.$any.'(.*)'; + $Regexp::Wildcards::CaptureAny = -1; - try $t, 'multiple capturing * (non-greedy)', '**\\**', '(.*?)\\*(.*?)'; - try $t, 'multiple capturing * (non-greedy) and non-capturing ?', - '**??\\??\\**', '(.*?)..\\?.\\*(.*?)'; + try $t, "multiple capturing $any (non-greedy)", $any.$any.'\\'.$any.$any, + '(.*?)\\'.$any.'(.*?)'; + try $t, "multiple capturing $any (non-greedy) and non-capturing $one", + $wc, '(.*?)..\\'.$one.'.\\'.$any.'(.*?)'; + $Regexp::Wildcards::CaptureSingle = 1; - try $t, 'multiple capturing * (non-greedy) and capturing ?', - '**??\\??\\**', '(.*?)(.)(.)\\?(.)\\*(.*?)'; + try $t, "multiple capturing $any (non-greedy) and capturing $one", + $wc, '(.*?)(.)(.)\\'.$one.'(.)\\'.$any.'(.*?)'; } # Escaping - try $t, 'escaping *', '\\*'; - try $t, 'escaping *', '\\?'; - try $t, 'escaping \\\\\\*', '\\\\\\*'; - try $t, 'escaping \\\\\\?', '\\\\\\?'; + try $t, "escaping $any", '\\'.$any; + try $t, "escaping $one", '\\'.$one; + try $t, "escaping \\\\\\$any", '\\\\\\'.$any; + try $t, "escaping \\\\\\$one", '\\\\\\'.$one; - try $t, 'not escaping \\\\*', '\\\\*', '\\\\.*'; - try $t, 'not escaping \\\\?', '\\\\?', '\\\\.'; + try $t, "not escaping \\\\$any", '\\\\'.$any, '\\\\.*'; + try $t, "not escaping \\\\$one", '\\\\'.$one, '\\\\.'; try $t, 'escaping \\', '\\', '\\\\'; try $t, 'escaping regex characters', '[]', '\\[\\]'; @@ -68,6 +84,9 @@ for my $t (qw/unix win32 jokers/) { # Mixed - try $t, 'mixed * and \\*', '*\\**', '.*\\*.*'; - try $t, 'mixed ? and \\?', '?\\??', '.\\?.'; + try $t, "mixed $any and \\$any", $any.'\\'.$any.$any, '.*\\'.$any.'.*'; + try $t, "mixed $one and \\$one", $one.'\\'.$one.$one, '.\\'.$one.'.'; } + +alltests $_, '?', '*' for qw/jokers unix win32/; +alltests 'sql', '_', '%'; diff --git a/t/12-brackets.t b/t/12-brackets.t index ff8cf93..a5e023f 100644 --- a/t/12-brackets.t +++ b/t/12-brackets.t @@ -1,11 +1,13 @@ #!perl -T -use Test::More tests => 26; +use Test::More tests => 27; -use Regexp::Wildcards qw/wc2re_jokers wc2re_unix wc2re_win32/; +use Regexp::Wildcards qw/wc2re_jokers wc2re_sql wc2re_unix wc2re_win32/; ok(wc2re_jokers('a{b\\\\,c\\\\}d') eq 'a\\{b\\\\\\,c\\\\\\}d', 'wc2re_jokers'); +ok(wc2re_sql('a{b\\\\,c\\\\}d') eq 'a\\{b\\\\\\,c\\\\\\}d', 'wc2re_sql'); + ok(wc2re_win32('a{b\\\\,c\\\\}d') eq '(?:a\\{b\\\\|c\\\\\\}d)', 'wc2re_win32'); ok(wc2re_unix('{}') eq '(?:)', 'empty brackets'); diff --git a/t/pod-coverage.t b/t/pod-coverage.t index d367904..e62de61 100644 --- a/t/pod-coverage.t +++ b/t/pod-coverage.t @@ -3,4 +3,6 @@ use Test::More; eval "use Test::Pod::Coverage 1.04"; plan skip_all => "Test::Pod::Coverage 1.04 required for testing POD coverage" if $@; -all_pod_coverage_ok( { also_private => [ qr/^do_/, qw/extract/ ] } ); +all_pod_coverage_ok( { + also_private => [ qr/^do_/, qr/^capture_/, qw/extract/ ] +} );