s/z/tz/

[p5sagit/p5-mst-13.2.git] / pod / perlretut.pod

diff --git a/pod/perlretut.pod b/pod/perlretut.pod
index 7f8e8f5..acb95cd 100644 (file)
--- a/pod/perlretut.pod
+++ b/pod/perlretut.pod
@@ -1683,7 +1683,7 @@ One can also use short names or restrict names to a certain alphabet:
     print "\N{sigma} is Greek sigma\n";
 
 A list of full names is found in the file Names.txt in the
-lib/perl5/5.6.0/unicode directory.
+lib/perl5/5.X.X/unicore directory.
 
 The answer to requirement 2), as of 5.6.0, is that if a regexp
 contains Unicode characters, the string is searched as a sequence of
@@ -1751,12 +1751,10 @@ letter, the braces can be dropped.  For instance, C<\pM> is the
 character class of Unicode 'marks', for example accent marks.
 For the full list see L<perlunicode>.
 
-The Unicode has also been separated into blocks of charaters which you
-can test with C<\p{In...}> (in) and C<\P{In...}> (not in), for example
-C<\p{InLatin}, C<\p{InGreek}>, or C<\P{InKatakana}>.  For the full list see
-L<perlunicode>.
-
-For the the full and latest information see the latest Unicode standard.
+The Unicode has also been separated into various sets of charaters
+which you can test with C<\p{In...}> (in) and C<\P{In...}> (not in),
+for example C<\p{InLatin}>, C<\p{InGreek}>, or C<\P{InKatakana}>.
+For the full list see L<perlunicode>.
 
 C<\X> is an abbreviation for a character class sequence that includes
 the Unicode 'combining character sequences'.  A 'combining character
@@ -1768,6 +1766,9 @@ S<C<COMBINING RING> >, which translates in Danish to A with the circle
 atop it, as in the word Angstrom.  C<\X> is equivalent to C<\PM\pM*}>,
 i.e., a non-mark followed by one or more marks.
 
+For the the full and latest information about Unicode see the latest
+Unicode standard, or the Unicode Consortium's website http://www.unicode.org/
+
 As if all those classes weren't enough, Perl also defines POSIX style
 character classes.  These have the form C<[:name:]>, with C<name> the
 name of the POSIX class.  The POSIX classes are C<alpha>, C<alnum>,