CPAN::Groonga

    if ($picture =~ /~/) {
        $supress_line_if_all_fields_empty = 1;
        if ($picture =~ /~~/) {
            $repeat_line_until_all_fields_exhausted = 1;
        }
        $picture =~ s/~/ /g

r [ $^A, $v, defined($v) ];

    $^A = "";
    $v = "1234567";
    formline( "~~ xxx ^< xxx", $v );
    print "PRF::fl: ~~ ", Dumper [ $^A, $v, defined($v) ];

}

{
    $^A = "";
    CORE::formline(
 

esn't care how many newlines
            are embedded in the PICTURE. This means that the "~" and "~~"
            tokens treat the entire PICTURE as a single line. You may
            therefore need 

nfix:<...>' => { fix => 'infix', prec => 13, str => ' ... ' },
    'infix:<~~>'  => { fix => 'infix', prec => 13, str => ' ~~ ' },

    'infix:<&&>' => { fix => 'infix', prec => 14, str => ' && ' },

class();
            if ( bless != null ) {
                // TODO - right side is object: invoke ~~ overloading on Object, or die
            }
        }
        if (arg2.is_array()) {
            /

-X",
    #       dereferencing       => '${} @{} %{} &{} *{}',
    #       matching            => '~~',
    #       special             => 'nomethod fallback =',
    # 
    # TODO: new error message:

l eq "str_cmp";
            $native = "x"   if $perl eq "string_replicate";
            $native = "~~"  if $perl eq "smartmatch";
"    public static PlObject overload_${perl}(PlObject o, PlObject othe

{body}->stmts, needs_return => 0, create_context => 1 );

        # TODO - transform EXPR into ($_ ~~ EXPR)

        # this is a placeholder - this is wrong!
        my $expr = Perlito5::AST::Apply->n

ill create a font object using the default font.

=head1 EXAMPLES

  perl -MText::FIGlet -e 'print ~~Text::FIGlet->new()->figify(-A=>"Hello World")'

To generate headings for webserver directory listi

< ><<<  _(_)(_)(_)  /   >>>
    | |        /** a8P_____88   ><<    (_)         >>    >>>
    | |  |~~\  /** 8PP"""""""   ><<    (_)         >>>>>>>>
   _/ |  |__/  /** "8b,   ,aa   ><<    (_)_  _  _  

n;
}

sub node_level($self,$token) {
    $token = $self->podname($token);
    first_index { $token ~~ @$_ } $self->all_levels;
}

sub parse_pod($self, $end_cond = undef ) {
    while( my $token = $sel

e structure of the directory tree (including symbolic
links to directories) you might traverse a given (physical) directory
more than once (only if C<follow_fast> is in effect).
Furthermore, deleting 

, "", 0.0, 0.0,{0,0,0.0}}

#ifdef PM3D
typedef struct {
    int opt_given; /* option given / not given (otherwise default) */
    int closeto;   /* from list FILLEDCURVES_CLOSED, ... */
    double at;

such that no two objects
of that class will have the same 'id'. If there are no id_by properties
given (including MyClass above that doesn't have _any_ properties), then an
implicit 'id' property will

ed without any arguments after the time-out
elapsed and the port is C<kil>ed.

If no time-out is given (or it is C<undef>), then the local port will
monitor the remote port instead, so it eventually g

ue) ~~ $matrix->SetAttribute("BGCOLOR30:10", $value)
 $matrix->MatAttribute("ALIGNMENT", 10, $value) ~~ $matrix->SetAttribute("ALIGNMENT10", $value)
 
 $v = $matrix->GetAttribute("BGCOLOR30:10") ~~ $v

al set and get functions:

  $matrix->MatCell(30, 10, $value) ~~ $matrix->SetAttribute("30:10", $value)
  $v = $matrix->MatCell(30, 10) ~~ $v = $matrix->GetAttribute("30:10")
  
=head1 EXAMPLES


The 

g;
                            my $c2c = $c2->content;
                            if ($c2c ~~ @ll || $c2c ~~ @llf) {
                                $match++;
                            }
          

                          my $c2c = $c2->content;
                                        if ($c2c ~~ @isll) {
                                            $match++;
                                   

nless ref $data ~~ [qw/HASH ARRAY/];

    my $current = shift;
    my $type    = $current->{'type'};
    my $val     = $current->{'val'};
    if (ref $data eq 'HASH') {
        given ($type) {
       

            default { return undef }
        }
    }
    elsif (ref $data eq 'ARRAY') {
        given ($type) {
            when ('SLICE') {
                my @slice = @$data[@$val];
               

ata;
    }

    # for $val_pat we do grep at array or hash loops
    return $data unless ref $data ~~ [qw/ARRAY HASH/];

    # If we have been already visited this ref
    $visited //= {};
    return 

;
   }

   given( $type ) {
      when([ "GLOB", "CODE", "STASH" ]) {
         table_add( $table, "Stashname", textarea( $sv->stashname ) ) if defined $sv->stashname;
      }
   }

   given( $type ) {

add( $table, "Output fileno", textarea( $sv->ofileno ) ) if $sv->ofileno != -1;
      }
   }

   given( $type ) {
      when([ "SCALAR", "REF", "ARRAY", "HASH", "STASH", "CODE" ]) {
         table_add

      my $data = $extra->render->( $sv );
      defined $data or next;

      my $widget;
      given( $extra->type ) {
         when( "widget" ) { $widget = $data }
         when( "text" )   { $widg

}) } keys %$a;
    }

    $elem;
}

=head2 _XPC [ %NS | \%NS ]

Return an XPath context with the given (optional) namespaces
registered.The XHTML namespace is registered by default with the
prefix C<h

 @_;
  my ($name,$atoms) = flat($rule);
  if (not($name ~~ ['Any','Str','Char','Cclass','Assert','Chclass','Nclass','Blank'])) {
    given ($name) {
      when ('Ctoken') {
        lint_spp_token

toms)} ]);
}

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

pt_spp_ep($char));
}

sub opt_spp_ep {
  my $str = shift;
   my $char = last_char($str);
  given ($char) {
    when ('n') {
      return "\n";
    }
    when ('r') {
      return "\r";
   

eturn estr('Nclass',estr_strs($atoms));
}

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

 $head_str = '';
  for my $expr (@{atoms($exprs)}) {
    my ($name,$value) = flat($expr);
    given ($name) {
      when ('package') {
        InContext($t,$value);
        $head_str = package_t

urn $strs;
}

sub atom_to_perl {
  my ($t,$atom) = @_;
  my ($name,$args) = flat($atom);
  given ($name) {
    when ('Cursor') {
      return exprs_to_perl($t,$args);
    }
    when ('Lint')

  }
  my $iter_str = atom_to_perl($t,$iter_atom);
  my $type = GetAtomType($t,$iter_atom);
  given ($type) {
    when ('Str') {
      return "my $loop (split '', $iter_str)";
    }
    when ('

match ) {
            $end--;
        }
    }

    #warn "return $start .. $end";
    #warn "$size ~~ " . ( $end - $start );

    return ( $start, $end );
}

=head2 get_window_tokens( I<pos> [, I<size

x  but does <=> leg cmp .. ..^ ^.. ^..^
    C  Chaining infix    != == < <= > >= eq ne lt le gt ge ~~ === eqv !eqv
    X  Tight and         &&
    X  Tight or          || ^^ // min max
    R  Conditio

ns:

    $target ~~ MyType S& *.mytest1 S& *.mytest2

This is useful when later tests might throw exceptions if earlier
tests don't pass.  This cannot be guaranteed by:

    $target ~~ MyType & *.myte

sifiable than the right:

    $target ~~ *.mycheaptest S| *.myexpensivetest

This is also useful when you want to perform tests in order
of safety:

    $target ~~ MyType S| *.mysafetest S| *.mydanger