use strict;
use warnings;
-our $VERSION = '0.2';
+our $VERSION = '0.25';
use Storable qw(dclone);
charblock charscript
charblocks charscripts
charinrange
+ general_categories bidi_types
compexcl
- casefold casespec);
+ casefold casespec
+ namedseq);
use Carp;
my $charblocks = charblocks();
use Unicode::UCD 'charscripts';
- my %charscripts = charscripts();
+ my $charscripts = charscripts();
use Unicode::UCD qw(charscript charinrange);
my $range = charscript($script);
print "looks like $script\n" if charinrange($range, $codepoint);
+ use Unicode::UCD qw(general_categories bidi_types);
+ my $categories = general_categories();
+ my $types = bidi_types();
+
use Unicode::UCD 'compexcl';
my $compexcl = compexcl($codepoint);
+ use Unicode::UCD 'namedseq';
+ my $namedseq = namedseq($named_sequence_name);
+
my $unicode_version = Unicode::UCD::UnicodeVersion();
=head1 DESCRIPTION
my $COMPEXCLFH;
my $CASEFOLDFH;
my $CASESPECFH;
+my $NAMEDSEQFH;
sub openunicode {
my ($rfh, @path) = @_;
name name of the character IN UPPER CASE
category general category of the character
combining classes used in the Canonical Ordering Algorithm
- bidi bidirectional category
+ bidi bidirectional type
decomposition character decomposition mapping
decimal if decimal digit this is the integer numeric value
digit if digit this is the numeric value
=cut
+# NB: This function is duplicated in charnames.pm
sub _getcode {
my $arg = shift;
use Search::Dict 1.02;
if (look($UNICODEFH, "$hexk;", { xfrm => sub { $_[0] =~ /^([^;]+);(.+)/; sprintf "%06X;$2", hex($1) } } ) >= 0) {
my $line = <$UNICODEFH>;
+ return unless defined $line;
chomp $line;
my %prop;
@prop{qw(
If supplied with an argument that can't be a code point, charblock() tries
to do the opposite and interpret the argument as a character block. The
return value is a I<range>: an anonymous list of lists that contain
-I<start-of-range>, I<end-of-range> code point pairs. You can test whether a
-code point is in a range using the L</charinrange> function. If the
-argument is not a known charater block, C<undef> is returned.
+I<start-of-range>, I<end-of-range> code point pairs. You can test whether
+a code point is in a range using the L</charinrange> function. If the
+argument is not a known character block, C<undef> is returned.
=cut
return value is a I<range>: an anonymous list of lists that contain
I<start-of-range>, I<end-of-range> code point pairs. You can test whether a
code point is in a range using the L</charinrange> function. If the
-argument is not a known charater script, C<undef> is returned.
+argument is not a known character script, C<undef> is returned.
=cut
use Unicode::UCD 'charscripts';
- my %charscripts = charscripts();
+ my $charscripts = charscripts();
-charscripts() returns a hash with the known script names as the keys,
-and the code point ranges (see L</charscript>) as the values.
+charscripts() returns a reference to a hash with the known script
+names as the keys, and the code point ranges (see L</charscript>) as
+the values.
See also L</Blocks versus Scripts>.
=cut
+my %GENERAL_CATEGORIES =
+ (
+ 'L' => 'Letter',
+ 'LC' => 'CasedLetter',
+ 'Lu' => 'UppercaseLetter',
+ 'Ll' => 'LowercaseLetter',
+ 'Lt' => 'TitlecaseLetter',
+ 'Lm' => 'ModifierLetter',
+ 'Lo' => 'OtherLetter',
+ 'M' => 'Mark',
+ 'Mn' => 'NonspacingMark',
+ 'Mc' => 'SpacingMark',
+ 'Me' => 'EnclosingMark',
+ 'N' => 'Number',
+ 'Nd' => 'DecimalNumber',
+ 'Nl' => 'LetterNumber',
+ 'No' => 'OtherNumber',
+ 'P' => 'Punctuation',
+ 'Pc' => 'ConnectorPunctuation',
+ 'Pd' => 'DashPunctuation',
+ 'Ps' => 'OpenPunctuation',
+ 'Pe' => 'ClosePunctuation',
+ 'Pi' => 'InitialPunctuation',
+ 'Pf' => 'FinalPunctuation',
+ 'Po' => 'OtherPunctuation',
+ 'S' => 'Symbol',
+ 'Sm' => 'MathSymbol',
+ 'Sc' => 'CurrencySymbol',
+ 'Sk' => 'ModifierSymbol',
+ 'So' => 'OtherSymbol',
+ 'Z' => 'Separator',
+ 'Zs' => 'SpaceSeparator',
+ 'Zl' => 'LineSeparator',
+ 'Zp' => 'ParagraphSeparator',
+ 'C' => 'Other',
+ 'Cc' => 'Control',
+ 'Cf' => 'Format',
+ 'Cs' => 'Surrogate',
+ 'Co' => 'PrivateUse',
+ 'Cn' => 'Unassigned',
+ );
+
+sub general_categories {
+ return dclone \%GENERAL_CATEGORIES;
+}
+
+=head2 general_categories
+
+ use Unicode::UCD 'general_categories';
+
+ my $categories = general_categories();
+
+The general_categories() returns a reference to a hash which has short
+general category names (such as C<Lu>, C<Nd>, C<Zs>, C<S>) as keys and long
+names (such as C<UppercaseLetter>, C<DecimalNumber>, C<SpaceSeparator>,
+C<Symbol>) as values. The hash is reversible in case you need to go
+from the long names to the short names. The general category is the
+one returned from charinfo() under the C<category> key.
+
+=cut
+
+my %BIDI_TYPES =
+ (
+ 'L' => 'Left-to-Right',
+ 'LRE' => 'Left-to-Right Embedding',
+ 'LRO' => 'Left-to-Right Override',
+ 'R' => 'Right-to-Left',
+ 'AL' => 'Right-to-Left Arabic',
+ 'RLE' => 'Right-to-Left Embedding',
+ 'RLO' => 'Right-to-Left Override',
+ 'PDF' => 'Pop Directional Format',
+ 'EN' => 'European Number',
+ 'ES' => 'European Number Separator',
+ 'ET' => 'European Number Terminator',
+ 'AN' => 'Arabic Number',
+ 'CS' => 'Common Number Separator',
+ 'NSM' => 'Non-Spacing Mark',
+ 'BN' => 'Boundary Neutral',
+ 'B' => 'Paragraph Separator',
+ 'S' => 'Segment Separator',
+ 'WS' => 'Whitespace',
+ 'ON' => 'Other Neutrals',
+ );
+
+sub bidi_types {
+ return dclone \%BIDI_TYPES;
+}
+
+=head2 bidi_types
+
+ use Unicode::UCD 'bidi_types';
+
+ my $categories = bidi_types();
+
+The bidi_types() returns a reference to a hash which has the short
+bidi (bidirectional) type names (such as C<L>, C<R>) as keys and long
+names (such as C<Left-to-Right>, C<Right-to-Left>) as values. The
+hash is reversible in case you need to go from the long names to the
+short names. The bidi type is the one returned from charinfo()
+under the C<bidi> key. For the exact meaning of the various bidi classes
+the Unicode TR9 is recommended reading:
+http://www.unicode.org/reports/tr9/tr9-17.html
+(as of Unicode 5.0.0)
+
+=cut
+
=head2 compexcl
use Unicode::UCD 'compexcl';
return ref $CASESPEC{$code} ? dclone $CASESPEC{$code} : $CASESPEC{$code};
}
+=head2 namedseq()
+
+ use Unicode::UCD 'namedseq';
+
+ my $namedseq = namedseq("KATAKANA LETTER AINU P");
+ my @namedseq = namedseq("KATAKANA LETTER AINU P");
+ my %namedseq = namedseq();
+
+If used with a single argument in a scalar context, returns the string
+consisting of the code points of the named sequence, or C<undef> if no
+named sequence by that name exists. If used with a single argument in
+a list context, returns list of the code points. If used with no
+arguments in a list context, returns a hash with the names of the
+named sequences as the keys and the named sequences as strings as
+the values. Otherwise, returns C<undef> or empty list depending
+on the context.
+
+(New from Unicode 4.1.0)
+
+=cut
+
+my %NAMEDSEQ;
+
+sub _namedseq {
+ unless (%NAMEDSEQ) {
+ if (openunicode(\$NAMEDSEQFH, "NamedSequences.txt")) {
+ local $_;
+ while (<$NAMEDSEQFH>) {
+ if (/^(.+)\s*;\s*([0-9A-F]+(?: [0-9A-F]+)*)$/) {
+ my ($n, $s) = ($1, $2);
+ my @s = map { chr(hex($_)) } split(' ', $s);
+ $NAMEDSEQ{$n} = join("", @s);
+ }
+ }
+ close($NAMEDSEQFH);
+ }
+ }
+}
+
+sub namedseq {
+ _namedseq() unless %NAMEDSEQ;
+ my $wantarray = wantarray();
+ if (defined $wantarray) {
+ if ($wantarray) {
+ if (@_ == 0) {
+ return %NAMEDSEQ;
+ } elsif (@_ == 1) {
+ my $s = $NAMEDSEQ{ $_[0] };
+ return defined $s ? map { ord($_) } split('', $s) : ();
+ }
+ } elsif (@_ == 1) {
+ return $NAMEDSEQ{ $_[0] };
+ }
+ }
+ return;
+}
+
=head2 Unicode::UCD::UnicodeVersion
Unicode::UCD::UnicodeVersion() returns the version of the Unicode
projects / p5sagit/p5-mst-13.2.git / blobdiff