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Edit File : overloading.pm \| Size : 1.77 KB
package overloading; use warnings; our $VERSION = '0.02'; my $HINT_NO_AMAGIC = 0x01000000; # see perl.h require 5.010001; sub _ops_to_nums { require overload::numbers; map { exists $overload::numbers::names{"($_"} ? $overload::numbers::names{"($_"} : do { require Carp; Carp::croak("'$_' is not a valid overload") } } @_; } sub import { my ( $class, @ops ) = @_; if ( @ops ) { if ( $^H{overloading} ) { vec($^H{overloading} , $_, 1) = 0 for _ops_to_nums(@ops); } if ( $^H{overloading} !~ /[^\0]/ ) { delete $^H{overloading}; $^H &= ~$HINT_NO_AMAGIC; } } else { delete $^H{overloading}; $^H &= ~$HINT_NO_AMAGIC; } } sub unimport { my ( $class, @ops ) = @_; if ( exists $^H{overloading} or not $^H & $HINT_NO_AMAGIC ) { if ( @ops ) { vec($^H{overloading} \|\|= '', $_, 1) = 1 for _ops_to_nums(@ops); } else { delete $^H{overloading}; } } $^H \|= $HINT_NO_AMAGIC; } 1; __END__ =head1 NAME overloading - perl pragma to lexically control overloading =head1 SYNOPSIS { no overloading; my $str = "$object"; # doesn't call stringification overload } # it's lexical, so this stringifies: warn "$object"; # it can be enabled per op no overloading qw(""); warn "$object"; # and also reenabled use overloading; =head1 DESCRIPTION This pragma allows you to lexically disable or enable overloading. =over 6 =item C<no overloading> Disables overloading entirely in the current lexical scope. =item C<no overloading @ops> Disables only specific overloads in the current lexical scope. =item C<use overloading> Reenables overloading in the current lexical scope. =item C<use overloading @ops> Reenables overloading only for specific ops in the current lexical scope. =back =cut Back

Edit File : overloading.pm | Size : 1.77 KB

package overloading;
use warnings;

our $VERSION = '0.02';

my $HINT_NO_AMAGIC = 0x01000000; # see perl.h

require 5.010001;

sub _ops_to_nums {
    require overload::numbers;

map { exists $overload::numbers::names{"($_"}
	? $overload::numbers::names{"($_"}
	: do { require Carp; Carp::croak("'$_' is not a valid overload") }
    } @_;
}

sub import {
    my ( $class, @ops ) = @_;

if ( @ops ) {
	if ( $^H{overloading} ) {
	    vec($^H{overloading} , $_, 1) = 0 for _ops_to_nums(@ops);
	}

if ( $^H{overloading} !~ /[^\0]/ ) {
	    delete $^H{overloading};
	    $^H &= ~$HINT_NO_AMAGIC;
	}
    } else {
	delete $^H{overloading};
	$^H &= ~$HINT_NO_AMAGIC;
    }
}

sub unimport {
    my ( $class, @ops ) = @_;

if ( exists $^H{overloading} or not $^H & $HINT_NO_AMAGIC ) {
	if ( @ops ) {
	    vec($^H{overloading} ||= '', $_, 1) = 1 for _ops_to_nums(@ops);
	} else {
	    delete $^H{overloading};
	}
    }

$^H |= $HINT_NO_AMAGIC;
}

1;
__END__

=head1 NAME

overloading - perl pragma to lexically control overloading

=head1 SYNOPSIS

{
	no overloading;
	my $str = "$object"; # doesn't call stringification overload
    }

# it's lexical, so this stringifies:
    warn "$object";

# it can be enabled per op
    no overloading qw("");
    warn "$object";

# and also reenabled
    use overloading;

=head1 DESCRIPTION

This pragma allows you to lexically disable or enable overloading.

=over 6

=item C<no overloading>

Disables overloading entirely in the current lexical scope.

=item C<no overloading @ops>

Disables only specific overloads in the current lexical scope.

=item C<use overloading>

Reenables overloading in the current lexical scope.

=item C<use overloading @ops>

Reenables overloading only for specific ops in the current lexical scope.

=back

=cut

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