CPAN::Groonga

~~';
    return $self->violation( $DESC, $EXPL, $elem );
}

1;

__END__

=encoding utf-8

=head1 NAME

Perl::Critic::Policy::Operators::ProhibitSmartmatch
- avoid using explicit smartmatching via C<~~

Smartmatch operator is considered experimental, see L<perlop/"Smartmatch Operator">.

    if ($foo ~~ [ $bar ]) {
        say 'No!';
    }

=head1 AUTHOR

Jan Holcapek E<lt>holcapek@gmail.comE<gt>, wh

 without a label';
    }

    $self->login;

    my $tmpl = Crypt::PKCS11::Attributes->new;

    given ($self->function) {
        return $self->get_signing_key($self->key) when 'sign';
        return

lots, $slot;
    }

    return \@slots;
}


sub login {
    my $self = shift;

    my $pin;

    given (ref $self->pin) {
        when ('CODE') {
            $log->debug('Getting PIN from coderef');
 

mech->set_mechanism($const->());

    # does this mechanism need parameters?
    my $params;
    given ($args->{mech}) {
        when (/^(SHA(\d+))_RSA_PKCS_PSS$/) {
            $params = $self->_get_

n triple semantics (the graph union of triples from all the named
graphs). If four arguments are given (even if C<< $context >> is undef),
statements will be matched based on quad semantics (the union

n triple semantics (the graph union of triples from all the named
graphs). If four arguments are given (even if C<< $context >> is undef),
statements will be matched based on quad semantics (the union

    return 
        sort
        map { $_->name }
        grep { 'XML::XSS::Role::StyleAttribute' ~~ @{ $_->applied_traits } }
        grep { $_->has_applied_traits }
        map { $self->meta->get_a

 if($self->view('Excel'))
    {
        unless ($self->view('Excel')->{etp_config}->{INCLUDE_PATH} ~~ $template_path) {
            push @{$self->view('Excel')->{etp_config}->{INCLUDE_PATH}}, $templat

>view('Excel')->{etp_engine} = 'TTAutoFilter';
        unless ($self->view($tt_view)->include_path ~~ $template_path) {
            push @{$self->view($tt_view)->include_path}, $template_path;
       

nfig = $self->config->{'View::Excel'};
        unless ($excel_config->{etp_config}->{INCLUDE_PATH} ~~ $template_path) {
            push @{$excel_config->{etp_config}->{INCLUDE_PATH}}, $template_path;

e;
    #    for my $mod (@{ $self->lump_module }) {
    #        push @lump_mods, $mod unless $mod ~~ @lump_mods;
    #    }
    #}

    # lump_dist
    {
        last unless $self->lump_dist;
       

es->[0] == 200;
        for my $mod (@{$res->[2]}) {
            push @lump_mods, $mod unless $mod ~~ @lump_mods;
        }
    }

    # lump_dist_and_deps
    {
        last unless $self->lump_dist_a

lude_author && @{ $self->include_author }) {
                    last DECIDE unless $rec->{author} ~~ @{ $self->include_author };
                }
                $lump = 1;
            }

          

ts}->{$idcol} ) {

            #@pk = $dman{ $id }->get_autoinc_primarykeys;

            #if ($id ~~ @pk)  {
            if ( grep /^$idcol$/, @pk ) {
                $log{ $id }->debug( $idcol, " no

alue undef" )
                  unless ( defined $v );

                # if ( defined $v && ( $id ~~ @{$self->{dates_formatted}})){
                if ( defined $v && defined $widgets{ $id }->{hdates

        $self->get($name)->set(%$attrs);
    }
}

sub get {
    my ( $self, $name ) = @_;

    given ( $name ) {
        when ( '#document' ) {
            return $self->document;
        }
        

     die;
    }

}


sub resolve {
    my ( $self, $node ) = @_;

    my $type = ref $node;

    given ($type) {
        when ('XML::LibXML::Document') {
            return $self->document;
        }

toms) }]);
}

sub opt_spp_atom {
  my $atom = shift;
  my ($name, $value) = flat($atom);
  given ($name) {
    when ('Spec')    { return opt_spp_spec($value) }
    when ('Group')   { return op

($char));
}

sub opt_spp_escape_char {
  my $str  = shift;
  my $char = last_char($str);
  given ($char) {
    when ('n') { return "\n" }
    when ('r') { return "\r" }
    when ('t') { retur

  return cons('Nclass', estr($atoms));
}

sub opt_spp_catom {
  my ($name, $value) = @_;
  given ($name) {
    when ('Cclass') { return opt_spp_cclass($value) }
    when ('Range')  { return op

ers from patsubst
# in that it will perform correctly when alternate names for directories are
# given (as long as they precede the percent sign).  For example,
#
#  $(filesubst ./src/%.c, %.o, $(wild

differs from patsubst
in that it will perform correctly when alternate names for directories are
given (as long as they precede the percent sign).  For example,

    $(filesubst ./src/%.c, %.o, $(wild

ers from patsubst
# in that it will perform correctly when alternate names for directories are
# given (as long as they precede the percent sign).  For example,
#
#  $(filesubst ./src/%.c, %.o, $(wild

p abs log sqrt int 0+ #;

# non-numeric ops:
#  x . x= .= cmp lt le gt ge eq ne ^. ^.= ~. "" qr -X ~~

sub overload_handler {
    my ($ref, $y, $swap, $op) = @_;
    my $handle = handle($ref);
    my 

r' )
    # 05:         }, 'ANONYMOUS_SHIRAS_MOOSE_CLASS_1' );
    # 06: You did something wrong at ~~error_string (defined at ../../../../lib/Spreadsheet/Reader/ExcelXML/Error.pm line 43) line 13.
   

et_error(Spreadsheet::Reader::ExcelXML::Error=HASH(0x31e398), "You did something wrong") called at ~~ line 110
    # 09:    ANONYMOUS_SHIRAS_MOOSE_CLASS_1::set_error(ANONYMOUS_SHIRAS_MOOSE_CLASS_1=HAS

top' => undef,
	# 26:      'left' => undef
	# 27: },
	# 28: 'cell_coercion' => bless( {
	~~ Skipped 142 lines ~~
	#170:                             'display_name' => 'Excel_date_164',
	#171:							  '

lan 25;

if !eval('("a" ~~ /a/)') {
  skip_rest "skipped tests - rules support appears to be missing";
} else {

# Testing the parsing of verious forms of numbers

is(?("1"  ~~ /^<Int>$/),Bool::True,"

 ~~ /^<Int>$/),Bool::True,"-1 is parsed as an integer");

is(?("1."  ~~ /^<Rat>$/),Bool::True,"1. is parsed as a Rat");
is(?("-1."  ~~ /^<Rat>$/),Bool::True,"-1. is parsed as a Rat");

is(?("0.1"  ~~ 

"  ~~ /^<Rat>$/),Bool::True,"0.1 is parsed as a Rat");

is(?(".1"  ~~ /^<Rat>$/),Bool::True,".1 is parsed as a Rat");
is(?("-.1"  ~~ /^<Rat>$/),Bool::True,".1 is parsed as a Rat");

is(?("10.01"  ~~ /

@dirs = split("/", $directories);
    @dirs = @dirs.map:{ split("\\", $_) };
    if (($directories ~~ rx:P5"[\\/]\Z(?!\n)")) {
        @dirs[@dirs - 1] = '';
    }
    @dirs = map {~$_ }, @dirs;
    r

($nofile) {
        $path ~~ rx:P5"^((?:[a-zA-Z]:|(?:\\\\|//)[^\\/]+[\\/][^\\/]+)?)(.*)";
        $volume    = ~$0;
        $directory = ~$1;
    }
    else {
        $path ~~ rx:P5"^((?:[a-zA-Z]:|(?:

ew_path;
    my $i = 0;
    loop ($i = 0; $i < @path; $i++) {
        @path[$i] ~~ s:P5:g"/"\\";
        if (@path[$i] ~~ m:P5"\\$") {
            push(@new_path, @path[$i]);
        }
        else {

pts, @OPTIONS )
        or die "Error parsing command-line options\n";

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

=head2 max()

Returns the node with the maximal key.

=head2 nth(INDEX)

Returns the node at the given (zero based) index, or undef if there is no node at that index. Negative indexes can be used, wit