#!./perl
+# This file is intentionally encoded in latin-1.
+
BEGIN {
chdir 't';
- @INC = '../lib';
require './test.pl';
+ @INC = () unless is_miniperl();
+ unshift @INC, '../lib';
+ require Config; import Config;
+ require './charset_tools.pl';
+ require './loc_tools.pl'; # Contains find_utf8_ctype_locale()
}
-plan tests => 87;
+use feature qw( fc );
+
+plan tests => 134 + 4 * 256;
+
+is(lc(undef), "", "lc(undef) is ''");
+is(lcfirst(undef), "", "lcfirst(undef) is ''");
+is(uc(undef), "", "uc(undef) is ''");
+is(ucfirst(undef), "", "ucfirst(undef) is ''");
+
+{
+ no feature 'fc';
+ is(CORE::fc(undef), "", "fc(undef) is ''");
+ is(CORE::fc(''), "", "fc('') is ''");
+
+ local $@;
+ eval { fc("eeyup") };
+ like($@, qr/Undefined subroutine &main::fc/, "fc() throws an exception,");
+
+ {
+ use feature 'fc';
+ local $@;
+ eval { fc("eeyup") };
+ ok(!$@, "...but works after requesting the feature");
+ }
+}
$a = "HELLO.* world";
$b = "hello.* WORLD";
is("\l$a" , "hELLO\.\* world", '\l');
is("\U$a" , "HELLO\.\* WORLD", '\U');
is("\L$a" , "hello\.\* world", '\L');
+is("\F$a" , "hello\.\* world", '\F');
is(quotemeta($a) , "HELLO\\.\\*\\ world", 'quotemeta');
is(ucfirst($a) , "HELLO\.\* world", 'ucfirst');
is(lcfirst($a) , "hELLO\.\* world", 'lcfirst');
is(uc($a) , "HELLO\.\* WORLD", 'uc');
is(lc($a) , "hello\.\* world", 'lc');
+is(fc($a) , "hello\.\* world", 'fc');
is("\Q$b\E." , "hello\\.\\*\\ WORLD.", '\Q\E hello.* WORLD');
is("\u$b" , "Hello\.\* WORLD", '\u');
is("\l$b" , "hello\.\* WORLD", '\l');
is("\U$b" , "HELLO\.\* WORLD", '\U');
is("\L$b" , "hello\.\* world", '\L');
+is("\F$b" , "hello\.\* world", '\F');
is(quotemeta($b) , "hello\\.\\*\\ WORLD", 'quotemeta');
is(ucfirst($b) , "Hello\.\* WORLD", 'ucfirst');
is(lcfirst($b) , "hello\.\* WORLD", 'lcfirst');
is(uc($b) , "HELLO\.\* WORLD", 'uc');
is(lc($b) , "hello\.\* world", 'lc');
+is(fc($b) , "hello\.\* world", 'fc');
# \x{100} is LATIN CAPITAL LETTER A WITH MACRON; its bijective lowercase is
# \x{101}, LATIN SMALL LETTER A WITH MACRON.
+# Which is also its foldcase.
$a = "\x{100}\x{101}Aa";
$b = "\x{101}\x{100}aA";
is("\l$a" , "\x{101}\x{101}Aa", '\l');
is("\U$a" , "\x{100}\x{100}AA", '\U');
is("\L$a" , "\x{101}\x{101}aa", '\L');
+is("\F$a" , "\x{101}\x{101}aa", '\F');
is(quotemeta($a) , "\x{100}\x{101}Aa", 'quotemeta');
is(ucfirst($a) , "\x{100}\x{101}Aa", 'ucfirst');
is(lcfirst($a) , "\x{101}\x{101}Aa", 'lcfirst');
is(uc($a) , "\x{100}\x{100}AA", 'uc');
is(lc($a) , "\x{101}\x{101}aa", 'lc');
+is(fc($a) , "\x{101}\x{101}aa", 'fc');
is("\Q$b\E." , "\x{101}\x{100}aA.", '\Q\E \x{101}\x{100}aA');
is("\u$b" , "\x{100}\x{100}aA", '\u');
is("\l$b" , "\x{101}\x{100}aA", '\l');
is("\U$b" , "\x{100}\x{100}AA", '\U');
is("\L$b" , "\x{101}\x{101}aa", '\L');
+is("\F$b" , "\x{101}\x{101}aa", '\F');
is(quotemeta($b) , "\x{101}\x{100}aA", 'quotemeta');
is(ucfirst($b) , "\x{100}\x{100}aA", 'ucfirst');
is(lcfirst($b) , "\x{101}\x{100}aA", 'lcfirst');
is(uc($b) , "\x{100}\x{100}AA", 'uc');
is(lc($b) , "\x{101}\x{101}aa", 'lc');
+is(fc($b) , "\x{101}\x{101}aa", 'fc');
# \x{DF} is LATIN SMALL LETTER SHARP S, its uppercase is SS or \x{53}\x{53};
# \x{149} is LATIN SMALL LETTER N PRECEDED BY APOSTROPHE, its uppercase is
# \x{2BC}\x{E4} or MODIFIER LETTER APOSTROPHE and N.
-# In EBCDIC \x{DF} is LATIN SMALL LETTER Y WITH DIAERESIS,
-# and it's uppercase is \x{178}, LATIN CAPITAL LETTER Y WITH DIAERESIS.
-
-if (ord("A") == 193) { # EBCDIC
- is("\U\x{DF}aB\x{149}cD" , "\x{178}AB\x{2BC}NCD",
- "multicharacter uppercase");
-} elsif (ord("A") == 65) {
- is("\U\x{DF}aB\x{149}cD" , "SSAB\x{2BC}NCD",
+is(latin1_to_native("\U\x{DF}aB\x{149}cD"), latin1_to_native("SSAB\x{2BC}NCD"),
"multicharacter uppercase");
-} else {
- fail("what is your encoding?");
-}
# The \x{DF} is its own lowercase, ditto for \x{149}.
# There are no single character -> multiple characters lowercase mappings.
-if (ord("A") == 193) { # EBCDIC
- is("\LaB\x{149}cD" , "ab\x{149}cd",
- "multicharacter lowercase");
-} elsif (ord("A") == 65) {
- is("\L\x{DF}aB\x{149}cD" , "\x{DF}ab\x{149}cd",
+is(latin1_to_native("\L\x{DF}aB\x{149}cD"), latin1_to_native("\x{DF}ab\x{149}cd"),
"multicharacter lowercase");
-} else {
- fail("what is your encoding?");
-}
+
+# \x{DF} is LATIN SMALL LETTER SHARP S, its foldcase is ss or \x{73}\x{73};
+# \x{149} is LATIN SMALL LETTER N PRECEDED BY APOSTROPHE, its foldcase is
+# \x{2BC}\x{6E} or MODIFIER LETTER APOSTROPHE and n.
+# Note that is this further tested in t/uni/fold.t
+
+is(latin1_to_native("\F\x{DF}aB\x{149}cD"), latin1_to_native("ssab\x{2BC}ncd"),
+ "multicharacter foldcase");
+
# titlecase is used for \u / ucfirst.
# \x{587} itself
# and its uppercase is
# \x{535}\x{552} ARMENIAN CAPITAL LETTER ECH + ARMENIAN CAPITAL LETTER YIWN
+# The foldcase is \x{565}\x{582} ARMENIAN SMALL LETTER ECH + ARMENIAN SMALL LETTER YIWN
$a = "\x{587}";
is("\L\x{587}" , "\x{587}", "ligature lowercase");
is("\u\x{587}" , "\x{535}\x{582}", "ligature titlecase");
is("\U\x{587}" , "\x{535}\x{552}", "ligature uppercase");
+is("\F\x{587}" , "\x{565}\x{582}", "ligature foldcase");
# mktables had problems where many-to-one case mappings didn't work right.
# The lib/uni/fold.t should give the fourth folding, "casefolding", a good
-# workout (one cannot directly get that from Perl).
+# workout.
# \x{01C4} is LATIN CAPITAL LETTER DZ WITH CARON
# \x{01C5} is LATIN CAPITAL LETTER D WITH SMALL LETTER Z WITH CARON
# \x{01C6} is LATIN SMALL LETTER DZ WITH CARON
($c = $b) =~ s/(\w+)/lc($1)/ge;
is($c , $a, "Using s///e to change case.");
-($c = $a) =~ s/(\w+)/uc($1)/ge;
+($c = $a) =~ s/(\p{IsWord}+)/uc($1)/ge;
is($c , $b, "Using s///e to change case.");
-($c = $b) =~ s/(\w+)/lcfirst($1)/ge;
+($c = $a) =~ s/(\p{IsWord}+)/fc($1)/ge;
+is($c , $a, "Using s///e to foldcase.");
+
+($c = $b) =~ s/(\p{IsWord}+)/lcfirst($1)/ge;
is($c , "\x{3c3}FOO.bAR", "Using s///e to change case.");
-($c = $a) =~ s/(\w+)/ucfirst($1)/ge;
+($c = $a) =~ s/(\p{IsWord}+)/ucfirst($1)/ge;
is($c , "\x{3a3}foo.Bar", "Using s///e to change case.");
# #18931: perl5.8.0 bug in \U..\E processing
is(substr(ucfirst($_), 0), ucfirst($_), "[perl #38619] ucfirst");
}
+#fc() didn't exist back then, but coverage is coverage.
+for ("a\x{100}", "ßyz\x{100}", "xyz\x{100}", "XYZ\x{100}") { # ß to Ss (different length)
+ is(substr(fc($_), 0), fc($_), "[perl #38619] fc");
+}
+
# Related to [perl #38619]
# the original report concerns PERL_MAGIC_utf8.
# these cases concern PERL_MAGIC_regex_global.
is($result, $expect, "[perl #38619]");
}
+for (map { $_ } "A\x{100}", "ABC\x{100}", "\x{100}") {
+ chop; # get ("A", "ABC", "") in utf8
+ my $return = fc($_) =~ /\G(.?)/g;
+ my $result = $return ? $1 : "not";
+ my $expect = (fc($_) =~ /(.?)/g)[0];
+ is($return, 1, "[perl #38619]");
+ is($result, $expect, "[perl #38619]");
+}
+
for (1, 4, 9, 16, 25) {
is(uc "\x{03B0}" x $_, "\x{3a5}\x{308}\x{301}" x $_,
'uc U+03B0 grows threefold');
is(lc "\x{0130}" x $_, "i\x{307}" x $_, 'lc U+0130 grows');
+
+ is(fc "\x{03B0}" x $_, "\x{3C5}\x{308}\x{301}" x $_,
+ 'fc U+03B0 grows threefold');
+}
+
+# bug #43207
+my $temp = "HellO";
+for ("$temp") {
+ lc $_;
+ is($_, "HellO", '[perl #43207] lc($_) modifying $_');
+}
+for ("$temp") {
+ fc $_;
+ is($_, "HellO", '[perl #43207] fc($_) modifying $_');
+}
+for ("$temp") {
+ uc $_;
+ is($_, "HellO", '[perl #43207] uc($_) modifying $_');
+}
+for ("$temp") {
+ ucfirst $_;
+ is($_, "HellO", '[perl #43207] ucfirst($_) modifying $_');
+}
+for ("$temp") {
+ lcfirst $_;
+ is($_, "HellO", '[perl #43207] lcfirst($_) modifying $_');
+}
+
+# new in Unicode 5.1.0
+is(lc("\x{1E9E}"), "\x{df}", "lc(LATIN CAPITAL LETTER SHARP S)");
+
+{
+ use feature 'unicode_strings';
+ use bytes;
+ is(lc("\xc0"), "\xc0", "lc of above-ASCII Latin1 is itself under use bytes");
+ is(lcfirst("\xc0"), "\xc0", "lcfirst of above-ASCII Latin1 is itself under use bytes");
+ is(uc("\xe0"), "\xe0", "uc of above-ASCII Latin1 is itself under use bytes");
+ is(ucfirst("\xe0"), "\xe0", "ucfirst of above-ASCII Latin1 is itself under use bytes");
+}
+
+# Brought up in ticket #117855: Constant folding applied to uc() should use
+# the right set of hints.
+fresh_perl_like(<<'constantfolding', qr/^(\d+),\1\z/, {},
+ my $function = "uc";
+ my $char = "\xff";
+ {
+ use feature 'unicode_strings';
+ print ord uc($char), ",",
+ ord eval "$function('$char')", "\n";
+ }
+constantfolding
+ 'folded uc() in string eval uses the right hints');
+
+# In-place lc/uc should not corrupt string buffers when given a non-utf8-
+# flagged thingy that stringifies to utf8
+$h{k} = bless[], "\x{3b0}\x{3b0}\x{3b0}bcde"; # U+03B0 grows with uc()
+ # using delete marks it as TEMP, so uc-in-place is permitted
+like uc delete $h{k}, qr "^(?:\x{3a5}\x{308}\x{301}){3}BCDE=ARRAY\(.*\)",
+ 'uc(TEMP ref) does not produce a corrupt string';
+$h{k} = bless[], "\x{130}bcde"; # U+0130 grows with lc()
+ # using delete marks it as TEMP, so uc-in-place is permitted
+like lc delete $h{k}, qr "^i\x{307}bcde=array\(.*\)",
+ 'lc(TEMP ref) does not produce a corrupt string';
+
+
+my $utf8_locale = find_utf8_ctype_locale();
+
+SKIP: {
+ skip 'Can\'t find a UTF-8 locale', 4*256 unless defined $utf8_locale;
+
+ eval { require POSIX; import POSIX 'locale_h'; };
+ unless (defined &POSIX::LC_CTYPE) {
+ skip "no POSIX (maybe no Fcntl, or no dynamic loading)", 4*256;
+ }
+
+ use feature qw( unicode_strings );
+
+ no locale;
+
+ my @unicode_lc;
+ my @unicode_uc;
+ my @unicode_lcfirst;
+ my @unicode_ucfirst;
+
+ # Get all the values outside of 'locale'
+ for my $i (0 .. 255) {
+ push @unicode_lc, lc(chr $i);
+ push @unicode_uc, uc(chr $i);
+ push @unicode_lcfirst, lcfirst(chr $i);
+ push @unicode_ucfirst, ucfirst(chr $i);
+ }
+
+ use locale;
+ setlocale(LC_CTYPE, $utf8_locale);
+
+ for my $i (0 .. 255) {
+ is(lc(chr $i), $unicode_lc[$i], "In a UTF-8 locale, lc(chr $i) is the same as official Unicode");
+ is(uc(chr $i), $unicode_uc[$i], "In a UTF-8 locale, uc(chr $i) is the same as official Unicode");
+ is(lcfirst(chr $i), $unicode_lcfirst[$i], "In a UTF-8 locale, lcfirst(chr $i) is the same as official Unicode");
+ is(ucfirst(chr $i), $unicode_ucfirst[$i], "In a UTF-8 locale, ucfirst(chr $i) is the same as official Unicode");
+ }
}
https://perl5.git.perl.org / perl5.git / blobdiff