CPAN::Groonga

stance, here are some operators that
choose to handle C<*> and give it special meaning:

    if $x ~~ 1..* {...}                 # if 1 <= $x <= +Inf
    my ($a,$b,$c) = "foo" xx *;         # an arbit

# means 'a' xx Inf
    1,*         # means 1,*  :)

    $a = *      # just assigns Whatever
    $a ~~ *     # just matches Whatever

Note that the last two also do not autocurry C<WhateverCode>, becau

sign if $val~~Int or $val~~Str

Fancier type constraints may be expressed through a subtype:

    subset Shinola of Any where {.does(DessertWax) and .does(FloorTopping)};
    if $shimmer ~~ Shinola {.

lass

=back

=head2 C<<< comb >>>

=over

=item (string method) - $str.comb(/pattern/) equals $str ~~ m:g/pattern/, except it returns the list of findings, not a match object like .match aka m//; defa

<<< match >>>

=over

=item (string method) - method alias to m//, $str.match( /pat/ ) equals $str ~~ s/pat/;, returns a match object

=back

=head2 C<<< max >>>

=over

=item (array op & method) - re

over

=item (string method) - method alias to s///, $str.subst( /pat/, "replacement" ) equals $str ~~ s/pat/"replacement/;

=back

=head2 C<<< substr >>>

=over

=item (string method) - the scalar sub

 $value = $list->index(0);
  my ($key, $value) = $map->index(0);

Returns the value at the index given (zero starting).  Returns a list if a map type.  Returns undef or () if not present.  Throws L<Th

   # do we have a log object as an attribute?
    my $is_logging = 0;
    $is_logging = 1 if 'log' ~~ @methods && Scalar::Util::blessed $self->log eq 'Thorium::Log';

    if ($meta->is_immutable) {
  

d dumping.
    for my $method (@methods) {

        # avoid deep recursion
        next if $method ~~ @_skip_methods;
        next if $method eq 'meta' && !$self->trace_meta;
        push(@_skip_metho

   # do we have a log object as an attribute?
    my $is_logging = 0;
    $is_logging = 1 if 'log' ~~ @methods && Scalar::Util::blessed $self->log eq 'Thorium::Log';

    $dbh->{'Callbacks'} = {
     

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

 = $self->bot->pocoirc->channel_list( $chan );
        # don't tell Gianni I used ~~
        @nick_list = grep { $_ ~~ @all_nicks && $_ ne $self->bot->nick } @nick_list;

        my $extra = '';
     

(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

elf->idx+$offset) ~~ @{$self->all_latin_vowels}) {
            return 0;
        }
    }

    return 1;

}

sub _is_current_a_vowel {
    my ($seq) = @_;

    return $seq->current ~~ @{$seq->all_latin

rent_a_vowel
        and ($self->at_start or $self->wrote_vowel)
        and not (  $self->current ~~ @{$self->types_of_i}
            and $self->match_vowel_after
            and ($self->match_before

_m->get_modem_property($_, 'MCC') == 262 # Germany
     and $real_m->get_modem_property($_, 'MNC') ~~ qw(07 08 11) # O2
     } @rf;

=head1 METHODS

=head2 new($imp;@impl_args)

Instantiates new modem

d_parameters;
    Carp::croak("Attempt to access non-existant parameter $key")
        unless $key ~~ @allowed;

    # quit if this parameter has already been processed
    return if exists $$ref{$key

d_parameters;
    Carp::croak("Attempt to create non-existant parameter $key")
        unless $key ~~ @allowed;

    my $caller   = caller;
    my $op = $_[-1];

    if ( # see http://rt.cpan.org/Publ

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

 $tree->children );
    return [];
}

sub _match_svn_dirs {
    my @dirs = @_;
    return any { $_ ~~ [qw(trunk branches tags)] } @dirs;
}

sub _children_value {
    return map { $_->value->stringify 

ct->children;
    }
    return \%branches;
}

sub _trunk_or_branches {
    my $tree = shift;
    given ( $tree->value ) {
        when ('trunk') { return $tree }
        when ('branches') {
          

me, $dirent ) = @_;

    my $name = $dirent->name;
    my $tree = Tree::Path::Class->new();

    given ( $dirent->kind ) {
        ## no critic (Variables::ProhibitPackageVars)
        when ($SVN::Nod

onvert 
	chomp(); 

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

   }

        return $ret;
    };

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

        my $uri = $request.uri;
        my $scheme = $uri.scheme;
        
        unless ($scheme ~~ m:P5/^https?\z/) {
            #LWP::Debug::debug('Will not add cookies to non-HTTP requests');
  

path; # for backwards compatibility
    
    my method normalize_path (Str $str is rw) {
        given ($str) {
            s:P5:g/%([0-9a-fA-F][0-9a-fA-F])/{
                my $x = $0.uc;
          

 sub {
        (ref($_[0])
            and (local $_ = $getter->($_[0], $attr)))
            ? ($_ ~~ $val)
            : 0;
    };
}


sub _gen_less_than_sub {

    my ($context, $val, $attr) = @_;

$self = shift;
    given ("$^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\-\_\.\/]+$/);

 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});
        }
   

		and    sprintf('{%s}%s', $current_element->namespaceURI, $current_element->localname)
		         ~~ ['{}'.$self->{options}{bookmark_start}, $self->{options}{bookmark_start}]
		) {
			@current_proper