CPAN::Groonga

i had this in it:

#sub grep {
#    my ( $array, $filter ) = @_;
#    my @result = CORE::grep { $_ ~~ $filter } @$array;
#    return wantarray ? @result : \@result;
#}

sub grep {
    my $arr = CORE::

   given ( $action ) {
            return $action->{filter} when $SetVisibilityFilter;

            default { return $state }
        }
    }

    sub todos($action=undef,$state=[]) {
        given( $

   given ( $action ) {
            return $action->{filter} when $SetVisibilityFilter;

            default { return $state }
        }
    }

    sub todos($action=undef,$state=[]) {
        given( $

uld be consistent with Dir
  my $content = $self->{files}{ $self->full_path($file) };

  # 5.10: given(ref($content))

  if( my $ref = ref $content ){
    local $/; # do this here because of perl bug 

@_;

    state $algorithms = [qw(sha1 md5)];
    $args{algorithm} //= 'sha1';
    $args{algorithm} ~~ $algorithms or
      Carp::Fix::1_25::croak("algorithm must be @{[ $algorithms->join(' or ' ) ]}")

5" };

    state $format = [qw(hex base64 binary)];
    $args{format} //= 'hex';
    $args{format} ~~ $format or
      Carp::Fix::1_25::croak("format must be @{[ $format->join(' or ') ]}");

    state

 = @_;

    my $algorithms = [qw(sha1 md5)];
    $args{algorithm} //= 'sha1';
    $args{algorithm} ~~ $algorithms or
      Carp::croak("algorithm must be @{[ $algorithms->join(' or ' ) ]}");

    my $

:MD5" };

    my $format = [qw(hex base64 binary)];
    $args{format} //= 'hex';
    $args{format} ~~ $format or
      Carp::croak("format must be @{[ $format->join(' or ') ]}");

    my %prefix = ( h

oach as in grep().
    if ( ref $filter eq 'Regexp' ) {
        return List::Util::first( sub { $_ ~~ $filter }, @$self );
    }

    return List::Util::first( sub { $filter->() }, @$self );

}

metho

 {
    return @$self[int rand @$self];
}


method grep($filter) {
    my @result = CORE::grep { $_ ~~ $filter } @$self;

    return wantarray ? @result : \@result;
}

method popn($times) {
    Carp::F

consisting of the result of using the given class to format the
given HTML file according to the given (optional) options. Internally it calls
C<< SomeClass->new( ... )->format( ... ) >> on a new HTML

nsisting of the result of using the given class to format the
given HTML source according to the given (optional) options. Internally it
calls C<< SomeClass->new( ... )->format( ... ) >> on a new HTML

ntscale};
}

# Determine the current font and set font-related members.
# If $plain_with_size is given (a number), use a plain font
# of that size.  Otherwise, use the font specified by the
# HTML con

e second example,
only the the single argument I<name> will be recognized.

If I<default> is not given (or is undef), then B<arguments()> will simply
flatten the argument list into a hash and assume t

$self->_base_offset,
		root => $self->_root
	);
}

{
    my %is_legal_filter = map {
        $_ => ~~1,
    } qw(
        store_key store_value
        fetch_key fetch_value
    );

    sub set_filter

n", and Class::Multimethods does it like this:

=over 4

=item 1.

If the types of the arguments given (as determined by C<ref>) exactly
match the types specified in any variant of the multimethod, th

{  $log .= "Cid~$stati[9]\n";
       my $indata = prep($infil);
       $log .= "Form~$indata~$sidnr~~load~1\n";
    }

   open (INFIL, "<$infil") || errLog("The file $infil couldn't be opened, abortin

e string is complemented with the id value. For ex:

 $elem->SetAttributeId("TABTITLE", 3, $value) ~~ $elem->SetAttribute("TABTITLE3", $value)

But these functions are faster than the traditional func

plice @mailbox, $index, 1) if $mailbox[$index] ~~ @args;
		}
		while (1) {
			my $message = _receive;
			return _return_elements($message) if $message ~~ @args;
			push @mailbox, $message;
		}
	}
	els

(splice @mailbox, $index, 1) if $mailbox[$index] ~~ @args;
		}
		while (my $message = _receive_nb) {
			return _return_elements($message) if $message ~~ @args;
			push @mailbox, $message;
		}
		return

>

Calculates the determinant of a matrix, whose LR decomposition matrix
"C<$LR_matrix>" must be given (which must be a (quadratic) matrix
returned by the method "decompose_LR()").

In fact the determ

der (called "Rang" in German) of a matrix, whose
LR decomposition matrix "C<$LR_matrix>" must be given (which must
be a (quadratic) matrix returned by the method "decompose_LR()").

This number is a m

/new()>.

=head2 redirect($url[, $status])

Interrupts the current request, and redirects to the given (external) $url, optionally setting the HTTP status to $status.

Here, the [] indicate an optiona

    return $rate;
}

=head2 get_discrete_dividend_for_period

Returns discrete dividend for the given (start,end) dates and dividend recorded date for the underlying specified using `underlying_confi

al_name_piece_tags
{
	my($self) = @_;

	return
		(
		 GIVN => sub{return $self -> tag_name_piece_given(shift, shift)},
		 NICK => sub{return $self -> tag_name_piece_nickname(shift, shift)},
		 NOTE =>

urns a new Reply::App instance. Takes no arguments.

=head2 run(@argv)

Parses the argument list given (typically from @ARGV), along with the user's configuration file, and attempts to start a Reply s

he current parameter
set.

=item strip_like($regex)

Remove all parameters whose names match the given (qr-quoted) regex e.g.

    $qq->strip_like(qr/^utm/)

Does NOT match against parameter values.