CPAN::Groonga

y $player = $game->curplayer;

    my @actions = qw{ build discover treat share pass drop };
    given ( $game->state ) {
        when ('actions') {
            foreach my $action ( @actions ) {
     

 => sub {
    my $game = Games::Pandemic->instance;
    # FIXME: check src vs current player
    given ( $game->state ) {
        when ('end_of_actions')     { $K->yield('_draw_cards' ); }
        whe

help {
say <<'OUT';
usage:
  install
  upgrade
  current-version
OUT
}
 
help unless $ARGV[0];
 
given ( $ARGV[0] ) {
    when ('install')         { install()         }
    when ('upgrade')         { 

 @labels ; $i++ ) {
        my $x = $i * 800 / ( @labels - 1 );

        my @axis_modes;
        given ( $labels[$i] ) {
            when ('CPU') {
                @axis_modes = @MODES_CPU

          

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

) = @_;

    my $qs = $self->knobs;

    foreach my $q (@{$qs}) {
        my $set_value;
        given ($q->ui_type) {
            when ('Menu') {
                $set_value = $q->value || $q->data->[

]
    );

    INTERACT: {
        my $state = $main_menu->run;

        given ($state) {
            when (
                $_ ~~ [
                    Hobocamp::Dialog::DLG_EXIT_ESC(),     Hobocamp::

                die("I don't know what the error code $_ is!");
            }
        }

        given ($main_menu->value->{'name'}) {
            when ('Introduction') {
                my $msg_box =

lf->auth->get_api("/segment_efforts/$self->{id}");
 
  foreach my $key (keys %{ $effort }) {
    given ( $key ) {
      when      (/athlete/)   { $self->_instantiate("Athlete", $key, $effort->{$key});

                        return;
                    }
                }
                for my $given ( keys %args ) {
                    if (!first { $_ eq $given }
                        @{ $vali

);
  return;
}

method _init_from_api($activity) {
  foreach my $key (keys %{ $activity }) {
    given ( $key ) {
      when      ("athlete")           { $self->_instantiate("Athlete", $key, $activity

 $athlete = $self->auth->get_api("/athlete");
  }
 
  foreach my $key (keys %{ $athlete }) {
    given ( $key ) {
      when      (/bikes/)   { $self->_instantiate("Athlete::Gear::Bike", $key, $athlet

 = $self->auth->get_api("/segments/$self->{id}");
 
  foreach my $key (keys %{ $segment }) {
    given ( $key ) {
      when      ("athlete")   { $self->_instantiate("Athlete", $key, $segment->{$key})

DERIV_CD FOOD_DES NUT_DATA WEIGHT/;
}

sub get_columns_for {
    my ( $self, $table ) = @_;

    given ( $table ) {
        when ( /^FOOD_DES$/i ) {
            return [
                qw/NDB_No FdGr

less $self->{add_require}{$_}++;
   }
}

=item $extractor->add_bin ($name[, $name...])

Adds the given (perl) program(s) to the file set, that is, a program
installed by some perl module, written in p

rn ; # ignored
            },
            
            # trigger is called if value is defined / given (independent if validated)
            settrigger => sub {
                my ( $value, $name, $v

the arguments:

    for @kv <-> $key, $value {
        $key ~= ".jpg";
        $value *= 2 if $key ~~ :e;
    }

=head2 Stub declarations

To predeclare a subroutine without actually defining it, use 

    push @a, "foo";
    push @a, \(1,2,3);
    push @a, "bar";
    ...
    my ($i, $j, $k);
    @a ~~ rx/
            <,>                         # match initial elem boundary
            :(Int $i,Int

      **
    non         cmp <=> ..      ILLEGAL                         cmp
    chain       == eq ~~        ($a op $b) and ($b op $c)       eqv
    list        | & ^ Z         op($a; $b; $c)         

=item IO ~~ :X
X<:r>X<:w>X<:x>X<:o>X<:R>X<:W>X<:X>X<:O>X<:e>X<:z>X<:f>X<:d>X<:l>X<:p>
X<:S>X<:b>X<:c>X<:t>X<:u>X<:g>X<:k>X<:T>X<:B>X<:M>X<:A>X<:C>

=item EXPR ~~ :X

  $file.:X
  $file ~~ :X

A file

ero size.
Likewise, just call C<.s> directly if you actually want to know the file's
size, since C<~~ :s> only returns a boolean.

The C<.T> and C<.B> methods will be replaced by some filetype guessin

fective uid to something else.

You can test multiple features using junctions:

  if $filename.IO ~~ :r & :w & :x  {...}

=back

=head2 IO::ACL

This is a basic abstraction; for better control, use t

2 { ... }
	when want.List { ... }

The C<want> function can be used with smart matching:

	if want ~~ List & 2 & Lvalue { ... }

Which means it can also be used in a switch:

    given want {
	when Li

ctation count is C<Inf>.  You shouldn't
actually return an infinite list, however, unless C<< want ~~ Lazy >>.
The opposite of C<Lazy> context is C<Eager> context (the Perl 5 list
context, which alway

ve where => Parametric, value => (1,2,3);
    leave Loop, label => 'LINE', $retval;
    leave { $_ ~~ Block and $_ !~ Sub } 1,2,3;
    leave () <== 1,2,3;

As it currently stands, the parens aren't op

le</h2>\n};
	} 

	$output .= $self->_format($var);

}

sub _format {
	my($self, $var) = @_;
			
	given (ref $var) {
		when ('SCALAR')		{ return $self->_format_scalar($var); }
		when ('ARRAY')		{ retur

rl_code})) {
        $self->add_plugins('SynopsisTests');
    }

    # Choose release plugin
    given ($args{release}) {
        when (lc eq 'real') {
            $self->add_plugins('UploadToCPAN')
 

his must be after 'NextRelease' so that
    # the Changes file is updated before committing.
    given (lc $args{vcs}) {
        when ('none') {
            # No-op
        }
        when ('git') {
  

ional string; the template is loaded on object creation if
given.

Single delimiter pairs can be given (default delimiters shown), but they have
to be array references with exactly 2 strings; the deli