CPAN::Groonga

| $Is_NetWare);

    if ($p1 ne $p2) {
	my($dev1, $ino1, $dev2, $ino2);
	($dev1, $ino1) = stat($p1);
	($dev2, $ino2) = stat($p2);
	($dev1 ~~ $dev2 && $ino1 ~~ $ino2);
    }
    else {
	1;
    }
}

1;

te @pure_statements;
    @pure_statements = ();
    state $VALIDATE_PURE_GIVEN = qr{
        \A  given (?<GIVEN>  (?<ws_post_kw>   $OWS    )  \(
                             (?<ws_pre_expr>  $OWS    )

    return !defined $left;
    }

    # 2. Objects on the RHS can't be handled (at all, because no ~~ overloading available)...
    croak 'Smart matching an object breaks encapsulation'
        if $ri

removed in this version of Perl

    use Switch::Back;   # But this module brings them back

    given ($some_value) {

        when (1)   { say 1; }

        when ('a') { say 'a'; continue; }

      

y ($self, $type) = @_;
	
	given ($type) {
		when (STORED) { $self->{type} ~~ ATTR_STORED }
		when (CACHED) { $self->{type} ~~ ATTR_CACHED }
		when (KEY)    { $self->{type} ~~ ATTR_KEY    }
		when (ANY

se { }
  **                     unless  (e) { } elsif (e) { } else { }
  ! ~ \ u+ u-            given   (e) { when (e) {} default {} }
  =~ !~
  * / % x                 NUMBERS vs STRINGS  FALSE vs TR

           == !=      eq ne
  < > <= >= lt gt le ge   < > <= >=  lt gt le ge
  == != <=> eq ne cmp ~~  <=>        cmp
  &
  | ^             REGEX MODIFIERS       REGEX METACHARS
  &&              /i c

y ($self, $type) = @_;
	
	given ($type) {
		when (STORED) { $self->{type} ~~ ATTR_STORED }
		when (CACHED) { $self->{type} ~~ ATTR_CACHED }
		when (KEY)    { $self->{type} ~~ ATTR_KEY    }
		when (ANY

erhaps you wanted: "
                                                    . ":where({ $param->{var} ~~ $match{where_expr} })"
                                                )
                    : $ma

    multi factorial ($n == 0)    { 1 }

    multi alert ($msg eq "")     {}
    multi alert ($msg ~~ undef)  {}

    multimethod add_client ($data, $ID =~ /X\w{4}\d{6}/) {
        die "Can't add an X

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

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

fix} = $_[1];
    return $_[0]->{prefix};
}

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

sub handle_entry {
  

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

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>

         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
  <<   >>   lt   gt   le   ge   cmp  ~~
  ==   !=   <=>  .    ..   ...  ,
  &    |    ^    &&   ||   //
  ?    :    **=  +=   -=   .=   *=

1 } (
	qw{
	-> ++ -- ** ! ~ + -
	=~ !~ * / % x . << >>
	< > <= >= lt gt le ge
	== != <=> eq ne cmp ~~
	& | ^ && || // .. ...
	? :
	= **= += -= .= *= /= %= x= &= |= ^= <<= >>= &&= ||= //=
	=> <> <<>>
	

emented on this Perl version"
# 52 implicit smartmatch in given/when
given ('foo') {
    when ('bar') { continue; }
    when ($_ ~~ 'quux') { continue; }
    default { 0; }
}
####
# 53 conditions in e

er> and inherits from L<Markdown::Parser::Element>

For example:

    Tickets for the event are ~~€5~~ ++€10++

Which would become:

    Tickets for the event are <del>€5</del> <ins>€10</ins>

  concat_amg,		/* 0x3f .        */
    concat_ass_amg,	/* 0x40 .=       */
    smart_amg,		/* 0x41 ~~       */
    ftest_amg,		/* 0x42 -X       */
    regexp_amg,		/* 0x43 qr       */
    max_amg_code

nc may be used together.

=item *

The smartmatch operator (C<~~>) was changed so that the right-hand side
takes precedence during C<Any ~~ Object> operations.

=item *

A bug has been fixed in the ta

ve caught it
earlier.

=item Repeated format line will never terminate (~~ and @# incompatible)

(F) Your format contains the ~~ repeat-until-blank sequence and a
numeric field that will never go blan

.

=item Smart matching a non-overloaded object breaks encapsulation

(F) You should not use the C<~~> operator on an object that does not
overload it: Perl refuses to use the object's underlying stru

                                 [ 1, 2, 0 ], 0 ];

	$e = '"abc" ~~ (%s)';
	$subs{'~~'} = $e;
	push @tests, [ "abc", $e, '(~~)', '(NM:~~)', [ 1, 1, 0 ], 0 ];

	$subs{'-X'} = 'do { my $f = (%s);'
		   

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. 

ne> tells it to
"reject!", and I<counte> bids it "count!". In each case, an instruction
is being given (and in a void context too, so no backchat is expected).

Handling scalar and list contexts is a 

he current parameter
set.

=item strip_like($regex)

Remove all parameters whose names match the given (qr-quoted) regex e.g.

    $qq->strip_like(qr/^utm/)

Does NOT match against parameter values.