CPAN::Groonga

sub read_packet_chunk {    #{{{
    my ( $self, $first_bit ) = @_;

    my ($packet_string);
    given ($first_bit) {
        when (/[\x70-\x7f]/) {
            my $length = unpack "C*", $first_bit;
 

       = keys %{$hessian_data};
        my $datastructure = $hessian_data->{ $keys[0] };
        given ( $keys[0] ) {
            when (/call/) {
                $hessian_message = $self->write_hessia

    id => $self->_request->get_cookie(name => 'session_id'));

    if (!($self->_session->get_id() ~~
          $self->_request->get_cookie(name => 'session_id'))) {
        $self->_response->set_cook

ed $data_hash->{'input_type_list'} and
                        not $data_hash->{'input_type_list'} ~~
                            $self->{'input_type_list'}) {
                        next;
          

r of elements).  If C<$fields> is specified, the resulting document
will only include the fields given (and the C<_id> field) which can cut down on
wire traffic.

=head2 insert ($object, $options?)

 

y $i = 0; $i <= $#token; $i++ ) {
        foreach ( $token[$i] ) {
            if ( $preserve_caps ~~ q(1)
                && m{^\p{Lu}+(?:\N{APOSTROPHE})?$}msx )
            {
                next;
 

    push @{$testrun{image}}, @{ $description ~~ dpath '/preconditions/*/mount[value eq "/"]/../image' };
        push @{$testrun{image}}, @{ $description ~~ dpath '//root/precondition_type[value eq "a

];
        }
        my @testplan_elements;

        foreach my $plan (@plans) {
                given ($plan->{type})
                {
                        when(['multitest', 'testrun'])  { push 

e given but it's too much typing.

=head1 SYNOPSIS

  use Acme::Given::Hash;
  my $result = $given ~~ gvn { $value1 => $scalar
                             , $value2 => do { ... }
                    

                 } || $default ;

  # is going to result in the same thing as: 
  my $result; 
  given($given) {
    when ($value1) { $result = $scalar }
    when ($value2) { $result = do{ ... }}
    

= $default }
  };


  # if you use an arrayref you can do more complex matching
  $result = $given ~~ gvn [ 'scalar' => 'still works, just like the hash'
                          , qr{reg}  => [qw{al

um where { $^n % 2 == 0 }

    my Str_not2b $hamlet;
    $hamlet = 'isnt';   # Okay because 'isnt' ~~ /^[isnt|arent|amnot|aint]$/
    $hamlet = 'amnt';   # Bzzzzzzzt!   'amnt' !~ /^[isnt|arent|amnot|a

use Rules::Common :profanity;

    multi sub mesg (Str where /<profanity>/ $mesg is copy) {
	$mesg ~~ s:g/<profanity>/[expletive deleted]/;
	print $MESG_LOG: $mesg;
    }

    multi sub mesg (Str $mes

sures too.  These means the same thing:

    use Dog-{$^ver ~~ 1.2.1 | 1.3.4}-{$^auth ~~ /:i jrandom/};
    use Dog-{$^ver ~~ Any}-{$^auth ~~ /^cpan\:/}

In any event, however you select the module, i

ector on
the right.  Our example is roughly equivalent to this closure:

    { $_.does(Str) and $_ ~~ /^[isnt|arent|amnot|aint]$/; }

except that a subtype knows when to call itself.

A subtype is not

ot2b $hamlet;
    $hamlet = 'isnt';   # Okay because 'isnt' ~~ /^[isnt|arent|amnot|aint]$/
    $hamlet = 'amnt';   # Bzzzzzzzt!   'amnt' !~~ /^[isnt|arent|amnot|aint]$/

    my EvenNum $n;
    $n = 2;

:Common :profanity;

    multi sub mesg ($mesg of Str where /<profanity>/ is copy) {
        $mesg ~~ s:g/<profanity>/[expletive deleted]/;
        print $MESG_LOG: $mesg;
    }

    multi sub mesg ($

 '$lang'" unless exists $self->{languages}->{$lang}->{match}->{True};
    return true if ($to_test ~~ $self->{languages}->{$lang}->{match}->{True});
    return false;
}

sub _looks_false {
    my $sel

'$lang'" unless exists $self->{languages}->{$lang}->{match}->{False};
    return true if ($to_test ~~ $self->{languages}->{$lang}->{match}->{False});
    return false;
}

1;

__END__

=pod

=encoding 

$isGap = $stock->is_gap (SEQNAME, $colNum)

Return true if a given (SEQNAME,column) co-ordinate is a gap.

=cut

# Return true if a given (rowname,column) co-ordinate is a gap
sub is_gap {
    my ($se

emplate::Element',

    'BASE'       => 'Excel::Template::Base',
);

my %isBuildable = map { $_ => ~~1 } qw(
    WORKBOOK WORKSHEET
    FORMAT BOLD HIDDEN ITALIC LOCKED OUTLINE SHADOW STRIKEOUT
    IF

or '$class' ($filename) because $@\n";
            }

            $Loaded{$class} = ~~1;
        }

        return ~~1;
    }
}

{
    my @param_names = qw(name class isa);
    sub register
    {
    

rams{class} );

        $Manifest{$name} = $params{class};
        $isBuildable{$name} = ~~1;

        return ~~1;
    }
}

sub _create
{
    my $self = shift;
    my $name = uc shift;

    return unl

 }
	    grep_subfields { (tag) ~~ $sspec }
    } grep_fields { (tag) ~~ $fspec }
    # TODO: Benchmark: is it really faster ? 
    # map_fields {
    #     if ( (tag) ~~ $fspec ) {
    #         map_s

ubfields {
    #     	if ( (tag) ~~ $sspec ) {
    #     	    with_value { $code->() }
    #     	} else { () }
    #         }
    #     } else { () }
    # } $rec
}

sub marawk (&$) {
    my $code =

gin>

=back

=cut

sub new {
	my $class = shift;

	my @def;
	if(ref $_[0] ~~ 'HASH') {
		@def = %{$_[0]};
	} elsif(ref $_[0] ~~ 'ARRAY') {
		@def = @{$_[0]};
	} else {
		@def = @_;
	}

	my $self = ble

 $self = bless { }, $class;
	my $args = shift;
	my @spec;
	if(ref $args ~~ 'HASH') {
		push @spec, %$args;
	} elsif(ref $args ~~ 'ARRAY') {
		push @spec, @$args;
	} else {
		die "no idea what $args is

 $self = bless { }, $class;
	my $args = shift;
	my @spec;
	if(ref $args ~~ 'HASH') {
		push @spec, %$args;
	} elsif(ref $args ~~ 'ARRAY') {
		push @spec, @$args;
	} else {
		die "no idea what $args is

tType = ucfirst($type) eq $type;

	if(ref $spec ~~ 'ARRAY') {
		$self->$meth->push($extType ? $type->new($_) : $_) foreach @$spec;
	} elsif(ref $spec ~~ 'HASH') {
		# FIXME wrong if $extType is not se

= $self;
		$sub->($self, @_);
		die "Fork within transaction is not recommended" unless $self->pid ~~ $$;

		if($level) {
			logDebug("Commit to level %d", $level);
			$self->dbh->do("release tran_" .

to reuse existing handles.

=cut

sub _fork_guard {
	my $self = shift;
	return $self if $self->pid ~~ $$;
	logError("Fork inside a transaction (level %d), old pid %d, new pid %d", $self->transactionLe

             data      => 122,
                }
            ],
        }
    );

    $cucumber->Given(
        qr/^(.+),.+entered (\d+)/ => sub {
            my $c       = shift;
            my $subj

 $num     = $2;
            $c->{$key} = $num;
            $c->Log($subject);
        }
      )->Given(
        qr/^(.+),.+entered number of/ => sub {
            my $c       = shift;
            my $

 }
    ]
 )

 ->Given(...)
 
 ->Then(...)

 ->Test;

=head2 Scenarios

Create a cucumber with a plain array list of scenarios

 Test::Cucumber::Tiny->Scenarios(
    { ... }
 )
 ->Given(...)
 ->When(..

*remove_values = \&remove_value;

=head2 remove_pair(%pairs), remove_pairs(%pairs)

Remove all given (key, value) pairs from the multiset.

=cut

sub remove_pair {
    my ($self, %pairs) = @_;
    w