CPAN::Groonga

                            eq ne lt le gt ge
                            ~~ =:= === eqv
                            !== !~~ !eq !=:= !=== !eqv etc.
    tight and           &&
    tight or           

 equal to
    cmp       <=>   leg   # lt => -1, eq => 0, gt => +1
    ~~                    # smart match (see smartmatch)
    !~~                   # negated smart match

In general, any infix compar

sh()
    
It returns a string that is the English version of the given language or if nothing is given (or an invalid langauage) then it returns the current source language's name.
    
    my $source

   if ($format eq "latex"){print $outputFH $latex->endFile};
}

#only work if the text files are given (not only the alignment files).
sub getSize {
	my $alSet = shift;
	my ($file,$factor);
	my $size;

=item * C<=~> becomes the "smart match" operator C<~~>, with a whole new set
of semantics.  Anywhere you used C<=~> before you now use C<~~>, but C<~~> is
much more general now.  See L<Synopsis 4> for

<=~> >> macro which always fails at
compile time with a message directing the user either to use C<~~> or C<~=> instead,
or to put a space between if they really wanted to assign a stringified value.)

smartmatches the
endpoints in the domain of the object being matched, so C<< 1.5 ~~
1^..^2 >> is true.  (But C<< 2.1 ~~ 1..2 >> is false.)

=item * The unary C<^> operator generates a range from C<0> 

 C<when> statement, because:

    when $is_sheep { push @sheep, $_ }

is equivalent to:

    if $_ ~~ $is_sheep { push @sheep, $_; next }

When C<$is_sheep> is a subroutine reference, that implicit sm

    my $context = want;
        if $context ~~ List {
            my @values = block();
            return { *@values };
        }
        elsif $context ~~ Scalar {
            my $value = block();
 

              |
    |-----------------------------------|
    | ^<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<< |~~
      $comments,
     ===================================
    .

    write STDOUT;


in Perl 6 we 

har><1,$width>) /;

            # Squeeze the resultant substring...
            (my $result = $1) ~~ s:each/ <$ws> | \v+ /\c[SPACE]/;

            # Check for any more data still to come...
         

r:

    sub expurgate (Str *@hidewords) {
        return sub (Str $data is rw) {
            $data ~~ s:ei/(@hidewords)/$( 'X' x length $1 )/;
            return $data;
        }
    }

We could then 

readme.txt'   => 'README',
);

my @Tempfiles = qw(
    pod2htmd.tmp
    pod2htmd.x~~
    pod2htmi.tmp
    pod2htmi.x~~
);

use strict;
use File::Copy;
local $/;

foreach my $target (keys %TEXT) {
    

Pipe::open("$PIL $optional_args $tempfilename");
  my $pilresult = $pilfh.readline();
  $pilresult ~~ s:P5/\r//;
  $pilfh.close();
  unlink($tempfilename);
  return $pilresult;
}

$Test::Pil::Descript

use v6-alpha;

#package PIL2;

my $debug_traverse = 0;

# tokenizer

sub tokenize ( $s ) {
    $s ~~ m:g:perl5 {(\"(?:\\\\|\\"|.)*?\"|[\:\,\=\{\(\[\}\)\]]|\w+)};   #" 
}

# JSON parser - creates an A

uoted string
          \, | \= | \{ | \( | \[ | \} | \) | \] | \w+
        )
    };

my @b = $pil2 ~~ $tokens;

my $tabs = 1;
my $tab = '  ';
for @b {
    if $_ eq ',' { 
        print $_, "\n", $tab 

% 26];
            @.table[@lower[$_]] = @lower[($_ + $shift) % 26];
        }
    }

    if $mode ~~ m:P5:i/^de/ {
        my @tt;
        for @.table.kv { @tt[$^value] = $^key }
        @.table = @t

 from an iso date
multi sub date( Str $iso8601 ) returns Date::Gregorian is export {

    $iso8601 ~~ $iso8601_re_anchored
        or die "can't match '$iso8601' to available ISO-8601 formats";

    m

ch
    Number      The numeric value of the matched string (i.e. given 
                "foo123bar"~~/\d+/, then $/ in numeric context will be 123)
    Boolean     True if success, false otherwise

=h

mit> and <cut> (see below).

=head2 Modifiers

    Used as adverbial modifiers:

        "foO bar" ~~ m:s:ignorecase:g/[o | r] ./

    and can appear within rules
    
        sub rule { <foo> [:i <ba

 "This should never happen"}
 		default {
		  my @index = split('',$didget);
		  @index = grep {$_ ~~ /^<[A..Za..z0..9+\/=]>+$/},@index;
		  [~] map {chr ($_)}, decode(@index)}
  }
}

#        1716151

use v6-alpha;

say "1..1";

my $str = 'abcbcaddd';

$str ~~ s:P5:g/bc/oz/;

if $str eq 'aozozaddd' { say "ok 1" } else { say "not ok 1" }

1;

 rules, Captures are superclasses of Match. So in the example of:
    
    my $rv = ("x-y-z-moose" ~~ /(.)-(.)-(.)-<animal> :{ return give_birth(|$/) })

C<give_birth()> gets called with 'x', 'y', and

l elements

    given $x { ... }   # $x is now topic for block
    when EXPR { ... }  # perform $_ ~~ EXPR execute block and break
    default { ... }    # same as when true { ... }    

=head2 Closur

= %*ENV<QUERY_STRING> // %*ENV<REDIRECT_QUERY_STRING>;
            
            if ($.query_string ~~ /<[;&=]>/) {
                $.query.parse_params($.query_string);
            } else {
          

;
#my $pil2 = @pil2.join('');

# slurp stdin - xinming++ 
my $pil2 = ** $*IN.slurp;

my @b = $pil2 ~~ $tokens;
# say "Tokens: ", @b.join('><');
my $ast = parse( << { >>, 'hash', << } >>, @b );
# say $

hc --version`;
%attrs<pugs_revision> = %?CONFIG<pugs_revision>;
%attrs<uname> = chomp `uname -a`;

# Obscure hostname for privacy
%attrs<uname> ~~ s/<after \s+> (\S+)/HOSTOBSCURED/;

say %attrs.yaml;