CPAN::Groonga

t_size {
  my($self, $obj) = @_;

  my $count = keys %$obj;
  foreach my $v (values %$obj) {
    given(ref $v) {
      when('HASH') {
        $count += $self->_object_size($v);
      }
      when('ARR

  my ( $self, $engine, $prop ) = @_;

  my $d = deferred;

  my $value = $self->[0]->{$prop};

  given(ref $value) {
    when('HASH') {
      $d->resolve(bless [ $value ] => __PACKAGE__);
    }
    wh

 _convert_to_vector {
  my($self, $values) = @_;

  my @converted;

  for my $v (@$values) {
    given(ref $v) {
      when('HASH') {
        push @converted, bless [ $v ] => __PACKAGE__;
      }
    

 $self->[$TAIL_PROMISE]->apply( $engine, {} )->then(
    sub {
      my ($list_tail) = @_;
      given ( ref $list_tail ) {
        when (__PACKAGE__) {
          $self->[$TAIL]         = $list_tail;

umeric values may be added to dates and times';
  }

  my @durations = map {
    my $v = $_;
    given(blessed $v) {
      when('Dallycot::Value::Numeric') {
        DateTime::Duration->new(
         

 and numeric values may be added to durations';
  }

  my @durations = map {
    my $v = $_;
    given(blessed $v) {
      when('Dallycot::Value::Numeric') {
        DateTime::Duration->new(
         

> 1,
  arity => [0],
  options => {},
), sub {
  my ( $engine, $options, @expressions ) = @_;

  given ( scalar(@expressions) ) {
    when (0) {
      return Dallycot::Value::EmptyStream->new;
    }
 

sub execute {
  my ( $self, $engine ) = @_;

  my $d = deferred;

  my @expressions = @$self;
  given ( scalar(@expressions) ) {
    when (0) {
      $d->resolve( Dallycot::Value::EmptyStream->new );

 [],
    {}
  ] => 'Dallycot::AST::Lambda';
}

sub negate {
  my ( undef, $expression ) = @_;

  given ( blessed $expression) {
    when ('Dallycot::AST::Negation') {
      return $expression->[0];
  

on] => 'Dallycot::AST::Negation';
    }
  }
}

sub invert {
  my ( undef, $expression ) = @_;

  given ( blessed $expression) {
    when ('Dallycot::AST::Invert') {
      return $expression->[0];
    

 left/right as appropriate into a single sum
  given ( blessed $left_value ) {
    when ($sum_class) {
      @expressions = @{$left_value};
      given ( blessed $right_value ) {
        when ($sum_cl

fier = Lingua::YALI::LanguageIdentifier->new;
  $identifier->add_language($_) for @languages;

  given ( blessed $text ) {
    when ('Dallycot::Value::String') {
      my $result = $identifier->identi

_content -> then(
        sub {
          my ($body) = @_;
          my $content = '';
          given ( blessed $body ) {
            when ('HTML') {    # content-type: text/html
                    

active_context, $active_property) = @_;

  if(!defined($element)) {
    return;
  }
  else {
    given(reftype $element) {
      when(undef) {
        if(!defined($active_property) || $active_property

 $result->{$xp}) {
            croak "colliding keywords ($xp) for $key";
          }

          given($xp) {
            when('@id') {
              if(!defined($value) || ref $value) {
             

_range( $engine, 1, $length );
    }
    elsif ( $spec->isa('Dallycot::Value::Vector') ) {
      given ( scalar(@$spec) ) {
        when (1) {
          if ( $spec->[0]->isa('Dallycot::Value::Numeric'

  my( $engine, $options, $string ) = @_;

  my %parse_options;

  if($options->{language}) {
    given(blessed $options->{language}) {
      when('Dallycot::Value::Vector') {
        $parse_options{la

 {
		my $self = shift;
		my %db;
		while ( my ($k,$v) = each %{$self->get_raw('default')} ) {
			given ( $k ) {
				when ( qr/sink/ ) {
					$db{sink} = $self->get_sink_by(['name'] => $v);
				}
				w

 commands can be trigger on two modules
		## like play-sample ( sample-name, sink )
		my @cat;
		given ( $name ) {
			when ( qr/(?<!un)load/ )        { @cat = ('load') }
			when ( qr/^list|stat|info/ 

me" unless @cat; }
		};

		## Generate the subs for attachment to classes
		my $sub;
		if ( 'list' ~~ @cat ) {
			my $key = $alias;
			if ( $alias =~ qr/list[-_](.*)s/ ) {
				$key = $1;
			}

			$sub

 strict;
use warnings;
use experimental 'smartmatch';
use Scalar::Util qw/blessed/;

use overload '~~' => sub {
	my ($self, $other, $reverse) = @_;
	if (blessed($other) && $other->isa(__PACKAGE__)) {

my ($self, $other, $reverse) = @_;
	($self, $other) = ($other, $self) if $reverse;
	return "$self" ~~ $other;
  };

use threads::lite qw/self receive/;

our $VERSION = '0.034';

sub rpc {
	my ($self, 

 > will force
the values in C< LIST > to evaluate, and will return the new list.

    now(...)  ~~  grep {!$_ or 1} ...

=item methods of C< fn {...} > functions

return values of C< fn {...} >

must implement 'load'";
}

=head2 load_by_kv key => value 

Load up the current session from the given (key, value) pair. If no matching
session could be found, it will create a new session with the k

it.
           If there are no alternatives, then only the primary accession will 
           be given (if there is one).
 Returns : list of all accession numbers in the description
 Args    : none

=

lf->_session($session);
}

=head2 load_by_kv key => value 

Load up the current session from the given (key, value) pair. If no matching
session could be found, it will create a new session with the k

 the soa serial to the number of 
 * seconds since unix epoch (1-1-1970 00:00). 
 * When data is given (i.e. the function is called via
 * ldns_rr_soa_increment_func_int), it is used as the current ti

 serial to the current date
 * succeeded by a two digit iteration (datecounter).
 * When data is given (i.e. the function is called via
 * ldns_rr_soa_increment_func_int), it is used as the current ti

packet had an empty ANSWER
 *                          section
 * \param[in] match On match, the given (reference to a) pointer will be set 
 *                  to point to the matching nsec resource 

n result;
			}
		}
		a *= a;
		b /= 2;
	}
	return result;
}

/**
 * Returns the int value of the given (hex) digit
 * \param[in] ch the hex char to convert
 * \return the converted decimal value
 */
i