CPAN::Groonga

 $self->_delay_upgrade($module) ) {
			unshift @delayed_modules, $module;
			next MODULE;
		}

		given ( $module->cpan_file() ) {

			when (m{/Net-Ping-\d}msx) {

				# Net::Ping seems to require that

$release_testing   = 0;
		my $overwritable      = 0;
		my $force             = $default_force;
		given ($dist) {

			when (/Scalar-List-Util/msx) {

				# Does something weird with tainting
				$force

n",
                          $keys, $_, $caller, $filename, $linenum
                unless $keys ~~ $keycheck;
            } else {
              die sprintf "key list not supported with type %s at 

 } elsif ( ! defined $value ) {
            return $type & UNDEF;
          } else {
            given ( ref $value ) {
              when ( '' )       { return $type & SCALAR };
              default

 die sprintf "value '%s' is not a legal value for $name\n", $value // '*undef*'
    unless grep $_ ~~ $value, @$legit;
}

# ----------------------------------------------------------------------------

 a decent order, to minimize the
#              distance between elements of the pairs.
#
# e.g. given ( [d,c], [a,b], [b,c] )
# the best ordering would be one of
#            ( [a,b], [b,c], [c,d] )

');
    $self->namespace ('');
    $self->primitive ('no');
}


# return the same value as given (but others may override it - eg,
# Boolean changes here 1 to 'true'

sub _express_value {
  

');
    $self->namespace ('');
    $self->primitive ('no');
}


# return the same value as given (but others may override it - eg,
# Boolean changes here 1 to 'true'

sub _express_value {
  

<undef>';
        $@ //= '<unknown error>';
        die "retval:[$retval] \$\@:[$@]";
    }

    given ( ref $self->{output} ) {
        when ( 'SCALAR' ){
            ${ $self->{output} } = $self->{_

al => 4);
 #$collision->time == 1. More on that in L<Collision::2D::Collision>.
 #$collision->axis ~~ [0,1] or [0,-1]. More on that in L<Collision::2D::Collision>.

=item intersection

 print 'whoops'

r for the widget variables:

    $_->has('label')        ~~ exists $_{A}{label} ? (label=>$_{A}{label}) : ()
    $_->has('label->value') ~~ exists $_{A}{label} ? (value=>$_{A}{label}) : ()

    $

 = shift;
    my @args = @_;
    
    my $minified = '';
    foreach my $arg ( @args ) {
        given ( $arg ) {
            when ( -f $arg ) {
                $minified .= $self->process_file( $arg 

eq 'HASH')
            ? exists $k->{$err}
            : $k eq $err
EOS
} else {
    $test = '$err ~~ $k';
}
eval q#
sub raise(*@)
{
    my $err = shift;
    my @c = @CATCH;
    local @CATCH = @LAST_C

ic type, e.g.:

  $sth->bind_param( 1, $value, { ado_type => 6 } );  # adCurrency

If no type is given (neither by the provider nor by you), the datatype
defaults to SQL_VARCHAR (adVarChar).


=head2 

my @keys = keys %$result;
    return $result unless @keys == 1;
    return $result unless $keys[0] ~~ ['int', 'str', 'real'];

    my $values = $result->{$keys[0]};
    return @$values == 1 ? $values-

eader, $new_entries, $feed_obj, $error)

This callback is called if the C<interval> parameter is given (see above)
with the same arguments as the callback given to the C<fetch> method (see below).

=i

ould only be
    # done once for the application, not every time a command is run.

    #~~~~~~~~~~~~~~~~~~~~~~~
    # ARGV_Format
    #
    # non-interactive case:     @ARGV:      [app-opts]  <cmd> [

;

Returns a usage message for the application or a specific (sub)command.

If a command name is given (optionally with subcommands), returns a usage
message string for that (sub)command.  If no comma

e
data that has been returned.

=head2 serialize()

C<serialize()> will serialize the data it is given (if it's a
reference), and if the data is large enough and the savings
significant enough (and th

fault => sub { getcwd },
	documentation => 'Directory for the keyword files and the feed file if given (default: current directory)',
);

has log_dispatch_conf => (
	is => 'ro',
	isa => 'HashRef',
	la

p', "print usage message and exit" ],
    );

    print( $usage->text ), exit if $opt->help;
    given ( scalar @ARGV ) {
        when (0) {
            $usage->die(
                {
                

    my $then = $now->clone;

    if ( $props{unit} ) {
        my $unit = $props{unit};
        given ($unit) {
            when ('h') { $unit = 'hours' }
            when ('m') { $unit = 'minutes' }

       if ( $hour < 13 ) {
            $then->add( hours => 12 ) while $then < $now;
            given ($suffix) {
                when ('a') { $then->add( hours => 12 ) if $then->hour >= 12 }
       

		(\w+)
	}
	rule value { 
		(\w+)
	}
	rule entry {
		<key> '=' <value> (';')?
	}
}

my $text = "foo=bar;me=self;";
if $text ~~ /^<Properties::entry>+$/ {
	"Matched".say;
} else {
	"Not Matched".say;
}

mplex> with
a C<NaN> in real or imaginary part may be considered a C<NaN> itself (and
C<(NaN + 1i) ~~ NaN> is C<True>).

Coercion of a C<Complex> to any C<Real> returns the real part (coerced, if
nece

to provide a generic "smart
match" operator.

So he did. It's called C<=~>.

[Update: Now called C<~~> instead.]

Yes, the humble Perl 5 "match a string against a regex" operator is
promoted in Perl 6

nce

         INCLUSIVE OR             ||                     or
         EXCLUSIVE OR             ~~                    xor
          DEFINED OR              //                    err

[Update: High