CPAN::Groonga

 operator, C<~~>, can be used in a variety of situations. Here
are a few examples:

    say "Yep" if $banana ~~ @fruits;    # is the element is present in the array?
    exit if $error ~~ %fatal;     

      # is the key present in the hash?
    function() if $condition ~~ True    # is the condition true?
    %my_hash ~~ %their_hash             # do the hashes have the same keyes?

Smart matching is

$a ~~ /foo/  { ... }     # true if $a contains "foo"

The C<//> matching operator is documented in L<doc:perlop>. It operators on
C<$_> by default, or can be bound to another variable using the C<~~>

            ($retval->{xen_package}) = grep { m!repository/packages/xen/builds! } @{ $precondition ~~ dpath '/host/preconditions//filename' };
                        push @{$retval->{test}}, get_test

cility.

=head2 get_test_list_from_precondition

Utility function to extract testprograms from a given (sub-) precondition.

=head2 get_testrun_overview

This function reads and parses all preconditio

s = ['group', 'matrix', 'cube', 'hypercube'];  # if you go past here, you've gone too far...

   given (reftype $tree) {
      # Common code for both HASHs and ARRAYs
      when (/HASH|ARRAY/) {
     

   # and all foreign keys that refer to it.
   elsif ($pkey) { $fk_list = [ grep { $colnames->{$_} ~~ /^$pkey$/ } keys %$colnames ]; }

   # If only FKT is given, then the result set contains all fore

a;    # ( c )    ~~ after       {/b/} (a, b, c)
        @gots = after_incl  {$_} @a;    # ( b, c ) ~~ after_incl  {/b/} (a, b, c)
        @gots = before      {$_} @a;    # ( a )    ~~ before      {/b/

 b, c)
        @gots = before_incl {$_} @a;    # ( a, b ) ~~ before_incl {/b/} (a, b, c)
        @gots = indexes     {$_} @a;    # ( 1 )    ~~ indexes     {/b/} (a, b, c)
        $got  = firstval    {

ts)
    #         Seen-hash: Use hashrefs instead of arrayrefs:
    #   [ 11, 12, 14, 14, 14, 15 ] ~~ { 11 => 1, 12 => 1, 14 => 3, 15 => 1 }
    #
        # Construct a work-object
        my $lc = Li

'.$now if ( 'created_at' ~~ [ $self->app->model->resultset( $self->{resource} )->result_source->columns ] );  
  $self->{_payload}->{updated_at} = ''.$now if ( 'updated_at' ~~ [ $self->app->model->res

  
  my $now = DateTime->now ;  
  
  $self->{_payload}->{updated_at} = ''.$now if ( 'updated_at' ~~ [ $self->app->model->resultset( $self->{resource} )->result_source->columns ] );
}

1;

__END__
=p

>distributions($id);
    my $kwalitee = $authors->kwalitee($id);
    print "$name has published ", ~~ @dists, " distributions:\n";
    @dists = sort { lc($a->dist) cmp lc($b->dist) } @dists;
    for m

 ) { 
		print ( $v->{time} - $t ) . ": $v->{value}\n" 

		# Or with human-readable times
		# print ~~ localtime ( $v->{time} - $t ) . ": $v->{value}\n" 
	}

=head1 AUTHOR

Luke Poskitt, C<< <ltp at cp

st operators
    nonassoc          < > <= >= lt gt le ge
    nonassoc          == != <=> eq ne cmp ~~
    left              &
    left              | ^
    left              &&
    left              |

now 0
    my $z = "c" cmp "b"; #$x is now positive

=head3 See also

L</X E<lt>=E<gt> Y>

=head2 X ~~ Y

=head3 Class

This belongs to L<perlop/Equality Operators>.

=head3 Description

This is the sm

ead.

=head3 Example

See L<perlsyn/"Smart matching in detail"> for examples.

=head3 See also

L</~~X>, L<perlsyn/"Smart matching in detail">, and L<perlfunc/scalar>

=head2 X & Y

=head3 Class

This

 =~ s/[-\W]/_/g;
    $name;
}

func _range($val, $dent) {
    my $ret = "";
    $ret .= '[';
    given ( $val->{type} ) {
		when ( 'hex' ) {
			$ret .= join('-', map { '\x{' . $_ . '}' } $val->{min}, 

lue} \n";
		}
	}
    $ret .= "]";
    $ret;
}

func _string($val, $dent) {
    my $ret = "";
    given ( $val->{type} ) {
		when ( 'hex' ) {
		    $ret = join('', map { '\x' . $_ } @{$val->{value}});

enerateChain>.

Uses in generate call to stringify chains.

=cut

func _asStrings($generated) {
	given ( $generated->{class} ) {
		when ( "Atom" ) { return [ $generated->{value} ] }

		when ( "Sequenc

rgument with the
# property value.
#
# Return a sorted list of all property names if no argument given (the
# list may be empty).
# -----------------------------------------------------------------
su

$file = $next_file->() ) ) {
    my $mtime = stat($file)->mtime;
    if ( ( !$force ) and $mtime ~~ $mtimes{$file} ) {
        next;
    }

    my $perlcritic = "perlcritic $ARGV{-C} $file";
  

e ( defined( my $file = $next_file->() ) ) {
    my $mtime = stat($file)->mtime;
    if ( $mtime ~~ $mtimes{$file} ) {
        next;
    }

    my $perltidy = "perltidy $ARGV{-P} $file";
    if

sub english_to_num {
    my ( $class, $width, $style ) = @_;
    given ( lc $style ) {
        when ('solid') {
            given ($width) {
                when (0) { return 7; }
                wh

              default  { return 7; }
            }
        }
        when ('dash') {
            given ($width) {
                when (1) { return 3; }
                when (2) { return 8; }
        

      default  { return 9; }
            }
        }
        when ('dash dot dot') {
            given ($width) {
                when (1) { return 11; }
                when (2) { return 12; }
      

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

=item B<findInPath> - locate all files with a given (normalized) name

    @list = $obj->findInPath($a_file_name);

Example:

    @time_h = $includes

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

=item B<findFirstInPath> - locate first file with a given (normalized) name

    @list = $obj->findFirstInPath($a_file_name);

Example:

    $includes2 =
	

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

=item B<findBestInPath> - locate best file with a given (normalized) name

    @list = $obj->findBestInPath($a_file_name,
				 $reference_to_comparison_f

lse { }
  < > <= >= lt gt le ge  unless  (e) { } elsif (e) { } else { }
  == != <=> eq ne cmp ~~ given   (e) { when (e) {} default {} }
  &
  | ^             METACARACTERES EXP. REG.     MODIFICADORES

er!" unless $_[0] ~~ [0..100] },
    lazy    => 1,
    builder => '_build_cores',
);

option add_one => (
    is      => 'rw',
    isa     => sub { die "Invalid bool!" unless $_[0] ~~ [ 0 .. 1 ] },
  

 q{add one to the number of cores (useful in scripts)},
);

sub _build_cores {
    do { 
        given ($_[0]->os) {
            when ('darwin') { $_ = `sysctl hw.ncpu | awk '{print \$2}'`;     chomp;

 = shift;
	my $main   = $self->main;
	my $config = $main->config;
	my $output = $main->output;

	given ( $self->user_name->GetStringSelection() ) {
		when ('nick') {
			$self->name_label->SetLabel( 'u

#######
# Event Handler Button Warning Clicked
#######
sub clean_clicked {
	my $self = shift;

	given ( $self->relation_name ) {

		when ('DebugBreakpoints') {
			clean_debug_breakpoints_files($self)

#####
# Composed Method
# _display_relation
#######
sub _display_relation {
	my $self = shift;

	given ( $self->relation_name ) {
		when ('DebugBreakpoints') {
			$self->clean->Enable;
			_display_any

 {
    my $name = add_value($valuesR, shift @$inputR);
    push @expressions, "\$para->format_name ~~ $name";
  } # end if specific format(s) listed

  join_expressions(and => \@expressions);
} # end 

 {
      my $name = add_value($valuesR, shift @$inputR);
      push @expressions, "\$para->command ~~ $name";
    } # end if specific command(s) listed

    join_expressions(and => \@expressions);
  }

                        shift @$inputR // croak "-content requires a value");
    "\$para->content ~~ $name";
  }, #end -content

  -region       => \&region_action,
  -podregion    => sub { region_ac