CPAN::Groonga

 %attrs = map {
        my $asref = $self->meta->find_attribute_by_name($_)->type_constraint->name ~~ /Ref/;
        $_, $entry->get_value($_, asref => $asref);
    } $entry->attributes;

    return (

ess ref $self->report;
  return unless defined $self->report->status
    and $self->report->status ~~ [qw/DONE FAIL/];
  return $self->report->status
}

sub failed {
  my ($self, $reason) = @_;
  
  i

ump {
  my ($self) = @_;

  return unless ref $self->report;
  return unless $self->report->status ~~  [ qw/DONE FAIL/ ];
  return $self->report->netinfo
}

sub report { info(@_) }
sub info {
  my ($s

le-colon, dash or slash
    $opts{cpan} =~ s![/-]!::!g if $opts{cpan};

    # "If no argument is given (but the switch is specified - not specifying
    # the switch will include everything), it defau

sub mk_query_to_server {
    my ( $self, $method, $url, $params ) = @_;
    
    unless ( $method ~~ [ qw( POST GET ) ] ) {
        confess "Unknown request method: '$method'";
    }

    confess "UR

  
    my $package = $params->{package};

    unless ( $self->{fake_answer} ) {
	unless ( $package ~~ $self->show_packages() ) {
	    return {error => 1, text => "No such package $package on server"};

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.

$call, $isaRef, @params ) = @_;
        
        for my $param ( @params )
        {
            given ( $param )
            {
                # Define singleton class
                # via use param

=> $pkg
                };
            
            for ( @attrs )
            {
                given( $_ )
                {
                    when ('Public'   ) { makePublic   ($call,$pkg,$sym,$r

e of property.

sub addProperty
    {
        my ( $this, $attr, $value ) = @_;
        
        given( $attr )
        {
            when( /^__/ ) { return addPrivate(@_) }
            when( /^_/  ) 

h my $obj (@{$array}) {
        while ( my ($key, $value) = each %{$obj} ) {
            if ( $key ~~ @special_keys ) {
                $self->_date_to_datetime($value);
            }
            $obj

   # now try to get it processing again
        MogileFS::ProcManager->ProcessQueues;
    }
}

# given (job, pid), record that this worker is about to die
# $level is so we can tell if watchdog reques

class = shift;
    my $self = {};
    bless $self, $class;
    return $ReproxySelf = $self;
}

# given (clientproxy, primary_res_hdrs), initiate proceedings to process a
# request for a reproxy resour

for a pathway will be available
for many individuals, meaning that we now have many tests of the given (single)
hypothesis.
(This should not be confused with the scenario of multiple hypothesis
testin

############

#  ===
#  NEW   create a new population path-scan object
#  ===   ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~

=head2 new

The object constructor takes a mandatory, but otherwise un-ordere

gn the manner in which genes will be internally organized
#  ======   ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~

=head2 assign

This method assigns the manner in which genes will b

 ($class, $name) = @_;
    my @leaves = @{$class->leaves} if $class->can("leaves");
    if ( $name ~~ @leaves ) {
        return $class . "::" . ucfirst($name);
    } else {
        return 0;
    }
}

(1) {
        my ($pkg, $sub) = (caller(++$min_level))[ 0, 3 ];
        last unless [ $pkg, $sub ] ~~ /^(Aspect::|dip\b)/o;
    }
    for my $level ($min_level .. $min_level + $depth - 1) {
        my

)
    } keys %{$namespace};
    for my $hash_symbol (@hash_symbols) {
        next if $hash_symbol ~~ [qw(counter quantize opt)];
        my $hash = *{ $namespace . $hash_symbol }{HASH};
        no wa

   }

        return $ret;
    };

    # see if what we are returning is serializable itself
    given (ref $value) {
        when ('HASH') {
            while (my ($k, $v) = each %$value) {
         

 # Iterate through array and recursively call process, call code refs, 
    # and run tests

    given (ref $obj) {
        when ('ARRAY') {
            return map(process($_), @{$obj});
        }
   

e what commands
would be sent to gnuplot. This is a dry run. Note that if the 'binary' option is
given (see below), then this dump will contain binary data. If this binary data
should be suppressed fr

 gnuplot I<and> to the log. Useful for debugging I/O issues. Note that
if the 'binary' option is given (see below), then this log will contain binary
data. If this binary data should be suppressed fro

$self = shift;
    given ("$^O") {
        when (/^freebsd$/) { return 'pkg_info'; }
        when (/^netbsd$/) { return 'pkg_info'; }
        when (/^linux$/) { 
            given (Linux::Distribution

g_name {
    my $self = shift;
    my $pkg = $self->{target};
    my $type = $self->{type};

    given (ref $pkg) {
        when ('') {
            return $pkg if ($pkg =~ m/^[A-Za-z0-9\-\_\.\/]+$/);

onvert 
	chomp(); 

	# filtering invalid character
	$_ = word_replace($_); 
	
	my $converted;
	
	given ( $_ ) {
	    when ( /$self->{rules}->{Definition}/ ) { 
		if ( length($1) < 25 ) {
		    $conver

 is a scalar,
        # debug it?!
        if (defined $func and $Modes->{$level}) {
            given (ref $func) {
                when ("CODE") { return &$func; };
                when ("") { retur

 # Iterate through array and recursively call process, call code refs, 
    # and run tests

    given (ref $obj) {
        when ('ARRAY') {
            return map(process($_), @{$obj});
        }