A new manual page, L<perlunifaq> (the Perl Unicode FAQ), has been added
(Juerd Waalboer).
-=head1 Performance Enhancements
-
=head1 Installation and Configuration Improvements
=head2 C++ compatibility
=for p5p XXX new BIND SV type, #29544, #29642
-=head1 Known Problems
-
-=head2 Platform Specific Problems
-
=head1 Reporting Bugs
If you find what you think is a bug, you might check the articles
X<getpriority> X<priority> X<nice>
Returns the current priority for a process, a process group, or a user.
-(See L<getpriority(2)>.) Will raise a fatal exception if used on a
+(See C<getpriority(2)>.) Will raise a fatal exception if used on a
machine that doesn't implement getpriority(2).
=item getpwnam NAME
You may also, in the Bourne shell tradition, specify an EXPR beginning
with C<< '>&' >>, in which case the rest of the string is interpreted
as the name of a filehandle (or file descriptor, if numeric) to be
-duped (as L<dup(2)>) and opened. You may use C<&> after C<< > >>,
+duped (as C<dup(2)>) and opened. You may use C<&> after C<< > >>,
C<<< >> >>>, C<< < >>, C<< +> >>, C<<< +>> >>>, and C<< +< >>.
The mode you specify should match the mode of the original filehandle.
(Duping a filehandle does not take into account any existing contents
If you specify C<< '<&=X' >>, where C<X> is a file descriptor number
or a filehandle, then Perl will do an equivalent of C's C<fdopen> of
-that file descriptor (and not call L<dup(2)>); this is more
+that file descriptor (and not call C<dup(2)>); this is more
parsimonious of file descriptors. For example:
# open for input, reusing the fileno of $fd
will have exactly the opposite restrictions.
-If you want a "real" C C<open> (see L<open(2)> on your system), then you
+If you want a "real" C C<open> (see C<open(2)> on your system), then you
should use the C<sysopen> function, which involves no such magic (but
may use subtly different filemodes than Perl open(), which is mapped
to C fopen()). This is
Returns a string formatted by the usual C<printf> conventions of the C
library function C<sprintf>. See below for more details
-and see L<sprintf(3)> or L<printf(3)> on your system for an explanation of
+and see C<sprintf(3)> or C<printf(3)> on your system for an explanation of
the general principles.
For example: