CPAN::Groonga

         eq | ne | lt | le | gt | ge
          | == | != | <  | <= | >  | >=
          | =~ | !~ | ~~
          ) \Z }x;

    my $expected_code = $test_code;
    my ($got_code, $comparator);
    for m

ed[0];
    ok  $result eq $expected[0];
    ok  $result == $expected->[0]->{a}[0];
    ok  $result ~~ $expected[0];
    ok  $result !~ $expected[0];
    ok  $result >  twice($expected{'half'});


=hea

$result                --> 1
    #       $expected->[0]->{a}[0] --> undef
    #
    ok 4 - $result ~~ $expected[0]
    not ok 5 - $result !~ $expected[0]
    #   Failed test at demo/ts_ok-er.pl line 1

 /^ ( (?: (?: ~~ )*+ ~ \[ | [^\[] )++ ) /x;
        $raw //= '';
		if (length $raw) {
			$text =~ s/^ ( (?: (?: ~~ )*+ ~ \[ | [^\[] )++ ) //gx;
			# Fix up escapes
			$raw =~ s/(?:~~)*+\K~\[/[/g;

			$raw =~ s/(?:~~)*+\K~,/,/g;
			$raw =~ s/~~/~/g;
			
			# Escape stuff for perl
			$raw =~ s/\\/\\\\/g;
			$raw =~ s/'/\\'/g;
			
			$sub .= ", '$raw'";
		}
		
		last unless length $tex

		$method =~ s/ \[ \s* (.*?) \s* \] /$1/x;
		
		# sort out ~, and ~~
		$method =~ s/(?:~~)*+\K~,/\x{00}/g;
		$method =~ s/~~/~/g;
		($method, my @params) = split /,/, $method;
		
		# if $is_p

meta = $Aion::META{$pkg};
    my $extends = $meta->{extends} // return "";

    return 1 if $class ~~ $extends;
    for my $extender (@$extends) {
        return 1 if $extender->isa($class);
    }

  

elf;
	my $meta = $Aion::META{$pkg};
	my $does = $meta->{with} // return "";

    return 1 if $role ~~ $does;
    for my $doeser (@$does) {
        return 1 if $doeser->can("does") && $doeser->does($ro

output items; if item is a reference, will print dump
=cut
sub debug {
	my $layer = $_[0] && $_[0] ~~ @Layer_const ? shift : DefaultLayer;

	# drop the layer prefix to print in a config-fasion manner

tput OFF
=cut
sub _verbose {
	my $layer = shift;

	my $conf = Crop->C->{debug};
	return 1 unless $conf->{output} eq 'On';
	
	return unless exists $conf->{layer};
	
	$layer ~~ @{$conf->{layer}};
}

1;

output items; if item is a reference, will print dump
=cut
sub debug {
	my $layer = $_[0] && $_[0] ~~ @Layer_const ? shift : DefaultLayer;

	# drop the layer prefix to print in a config-fasion manner

tput OFF
=cut
sub _verbose {
	my $layer = shift;

	my $conf = Crop->C->{debug};
	return 1 unless $conf->{output} eq 'On';
	
	return unless exists $conf->{layer};
	
	$layer ~~ @{$conf->{layer}};
}

1;

 {
    return $_[0]->{postfix} // q~~ if !defined $_[1];
    $_[0]->{postfix} = $_[1];
    return $_[0]->{postfix};
}

sub prefix {
    return $_[0]->{prefix} // q~~ if !defined $_[1];
    $_[0]->{pre

	my @mro = @{ mro::get_linear_isa( ref $obj ) };
	for my $class ( @mro ) {
		my $name = "$class\::(~~";
		my $overload = do {
			no strict 'refs';
			exists( &$name ) ? \&$name : undef;
		};
		return 

  
   if (match($this, $that))
   {
      say "$this matches $that";
   }

=head2 Differences with ~~

There were major changes to smart match between 5.10.0 and 5.10.1. This
module attempts to emulat

smart's operator does not.

   @foo ~~ %bar       # means: \@foo ~~ \%bar
   @foo |M| %bar      # means: scalar(@foo) |M| scalar(%bar)

If you want the C<< \@foo ~~ \%bar >> behaviour, you need to add

lters, [$f, $ftype, "~~", $args->{"$f.has"}, $ftype, $cic];
        }
        if (defined $args->{"$f.lacks"}) {
            $exists++;
            push @filters, [$f, $ftype, "!~~", $args->{"$f.lacks

q 'truth') {
                    next REC if $r_h->{$f} xor $opn;
                } elsif ($op eq '~~') {
                    if ($stringy) {
                        if ($cic) {
                      

} @{$r_h->{$f}};
                        }
                    }
                } elsif ($op eq '!~~') {
                    if ($stringy) {
                        if ($cic) {
                      

        'eq'    => sub{ &_op_overload( @_, 'IS' ) },
        # Full Text Search operator
        '~~'    => sub{ &_op_overload( @_, '@@' ) },
        fallback => 1,
    );
    use Want;
    our $VERS

are overloaded:

    +, -, *, /, %, <, <=, >, >=, !=, <<, >>, lt, gt, le, ge, ne, &, |, ^, ==, eq, ~~

Thus a field named "dummy" could be used like:

    $f + 10

which would become:

    dummy + 10

ceholder in:

    $f == "'JPY'"

Simply provide:

    $f == '?'

You can use the search operator C<~~> for SQL Full Text Search and it would be converted into C<@@>:

Let's imagine a table C<articles>

     if ($expect.defined && $expect ~~ m/ "\r\n" /) {
                        my $r = $expect;
                        my $n = $expect;
                        $n ~~ s:g{ "\r\n" } = "\n";
            

func;
                    use warnings 'uninitialized';
#                    next unless $fld_func ~~ $whs[$i][2];
                    my $l = $whs[$i][1];
                    next if ((ref $l eq 'ARR

Y' ? "@$l" : $l) ne (ref $fld eq 'ARRAY' ? "@$fld" : $fld));
#                    next unless $fld ~~ $whs[$i][1];
                    push @ary, $class->_build_where_piece($me, $bind, @{splice @whs, 

    "0\n\0",
    "\0\n\0",
    );
my %exp;
for @pat -> $pat {
    my $x = $pat;
    $x ~~ s:g/\0/\\0/;
    $x ~~ s:g/\n/\\n/;
    %exp{$pat} = $x;
    }
my Str @line = ("", Str, "0\n", "", "\0\0\n0")

);
my $n = +$f;
ok ($n ~~ Num,                "Undefined in Numeric context type");
is ($n.defined,   False,      "Undefined in Numeric context defined");
my $s = ~$f;
ok ($s ~~ Str,                "U

@targets) {
            for my $key (keys %hash) {
                say "$key: $hash{$key}" if $key ~~ $target;
            }
        }
    }

could be called like so:

    show_targets( \%records, [qr

@targets) {
            for my $key (keys %hash) {
                say "$key: $hash{$key}" if $key ~~ $target;
            }
        }
    }

which would then be called like so:

    show_targets( fro

get (@targets) {
            for my $key (keys %hash) {
                delete $hash{$key} if $key ~~ $target;
            }
        }
    }

which would then be called like so:

    # Modify $input
 

 shift(@via_main);

			# FIXME cannot smartmatch $stop since it became an object
			#			if ( $stop ~~ \@via_show or $stop == $last_stop ) {
			#				next;
			#			}
			push( @via_show, $stop );
		}
	}

 ) # THIS STRIPS AWAY THE PARAMETERS THAT ARE NOT CONTAINED IN @pars_tocheck.
		{
			unless ( $elt ~~ @{ $pars_tocheck[$countcase] } )
			{
				delete ${ $tempvarnumbers[$countcase] }{$elt};
			}
		}

 eq "")
								{
									my $elmo = $elem;
									$elmo =~ s/(.*)-(.*)/$1/;
									if ($elmo ~~ @integralslice)
									{
										;
									}
									else
									{
										if ($countblk

ert,[ $ident ]) >>

This clones the given certificate.
An ident as the key into the cache can be given (like C<host:port>), if not it
will be created from the properties of the original certificate.
I

xis pointing "northwest". 
The default value is 0 (no rotation).

=item 'full' => color_spec

If given (no default), draw the full ellipse (not just the arc) 
in this color, with a dot at its center. 

c',
    'and' => 'logic',
    '//'  => 'logic',

    '&' => 'bitwise',
    '|' => 'bitwise',

    '~~' => 'match',
);
sub cmp_ok($$$;$@) {
    my ($got, $op, $exp, $name, @diag) = @_;

    my $ctx = c

m =~  (str)

=item &&

=item ||

=item xor

=item or

=item and

=item //

=item &

=item |

=item ~~

=back

=back

=head1 SOURCE

The source code repository for Test2-Suite can be found at
F<https:/

in = {@filter};
	my $class = ref $self || $self;
	
	for my $field (keys %{$in}) {
		next if $field ~~ KEYWORDS;

		for (split ' OR ', $field) {
		    return warn "OBJECT|ALERT: Unknown attribute: $obj