CPAN::Groonga

item ''

Returns the raw byte size.

=back

Equivalence to a filetest expression:

  $f->size      ~~     -s $f

Examples:

  # assume $f is a file with 24475 bytes
  $f->size() # 24475
  $f->size({ f

>exists;

Tells if the file exists or not.

Equivalence to a filetest expression:

  $f->exists    ~~     -e $f

=item B<mtime> [ equiv: -M ]

  $mtime = $f->mtime;
  $mtime = $f->mtime(\%options);

R

e C<-M $f> is the script start time
minus file modification time in days. In turn,

  $f->mtime()  ~~ $f->stat->mtime

Examples:

  $f->mtime(); # file mod time since epoch (in secs)
  $f->mtime({ as 

tt>inline\\also</tt>

    Escape Character:
    ~** not bold **    ->    ** not bold **
    tilde: ~~          ->    tilde: ~

    Paragraphs are separated by other blocks and blank lines.  
    Inlin

_section_hook. running.");
	    $self->{'begin_section_hook'}($self);
	}

	qwdebug("Confirmation given (or not needed).  Running actions.");
	$self->do_actions();

	#
	# Call the end_section_hook to c

s CSV (this example works from perl 5.10 onwards):
	:~$ perl -MApp::CCSV -F/\;/ -lanE 'say if !(@f ~~ @F)' < csv.csv


=head1 SEE ALSO

L<Text::CSV_XS>, L<Config::General>, L<perlrun>

=head1 BUGS

Th

 $line is copy {
		++$lineno;
		$line ~~ s:perl5/[#;].*$//;
		$line ~~ s:perl5/\s*$//;
		$line ~~ s:perl5/^\s*//;

		next if $line ~~ m:perl5/^$/;

		if ($line ~~ rx:perl5/^\[\s*(.*)\s*\]$/) {
			@con

fig.push({Name => $0});
			next;
		} elsif ($line ~~ rx:perl5/^(.*?)\s*?=\s*(.*)$/) {
			@config.push({Name => ''}) unless +@config;
			@config[-1]{"Features"}{$0} = $1;
		} else {
			die "Invalid lin

      if @params[$i+1] ~~ m:perl5 {:$} {
                @params[$i] ~~ s:perl5 {:$}{,};
            }
        }
    }
    my $param_list = @params.join(" ");
    $param_list ~~ s:perl5 {,$}{};  # rem

(', ')" }
    if $function eq '&say'   { return "echo @args.join(', '),\"\\n\"" }
    if $function ~~ m:perl5 {^&infix:(.*)} { return "(" ~  @args.join( $0 ) ~ ")" }
    $function ~ "(" ~  @args.join(

" ~ emit_Variable($_) ~ ";\n" } ~ "$statements\n\}\n";
}
sub emit_Variable ( $s is copy ) {
    $s ~~ s:perl5 /^"(.*)"$/$0/;
    $s
}
sub emit_Int ( $s ) { $s }
sub emit_Str ( $s ) { $s }
sub emit_Rat

match if exists $_{all(list)}
    Hash    Rule      hash key grep            match if any($_.keys) ~~ /$x/
    Hash    Any       hash entry existence     match if exists $_{$x}
    Hash    .{Any}    h

tical     match if $_ »~~« $x
    Array   any(list) list intersection        match if any(@$_) ~~ any(list)
    Array   Rule      array grep               match if any(@$_) ~~ /$x/
    Array   Num  

method
    Any     Rule      pattern match            match if $_ ~~ /$x/
    Any     subst     substitution match*      match if $_ ~~ subst
    Any     boolean   simple expression truth* match if tr

t #38:
            # regex single { o | k | e };
            # # ...
            # ok(!( "bokeper" ~~ m/(<?single>) ($0)/ ), 'Failed positional backref');

        do {

            my %param1 = defin

difier: sets modifications if $modif, a reference to vector of modification
names or a string is given (see Pheny::InSilico::MassCalculator::variablePeptide function for instance),
returns a reference

difier: sets modifications if $modif, a reference to vector of modification
names or a string is given (see Pheny::InSilico::MassCalculator::variablePeptide function for instance),
returns a reference

riants;

		my $sub = sub {
			given ( \@_ ) {
				foreach my $variant ( @variants ) {
					my ( $partial, $case, $body ) = @$variant;

					if ( $partial ) {
						given ( [ @_[0 .. $#$case] ] ) {
			

@variants ) {
	   	my ( $case, $body ) = splice(@variants, 0, 2);

		if ( not ref($case) and $case ~~ 'default' ) {
			multi_default $name, $body;
		} else{
			multi $name, $case, $body;
		}
	}
}

__P

no strict;
no warnings;
use feature ':5.10';

sub default_port {
	my $self = shift;

	my $port;
	given ( $self->scheme ) {
		when ( 'http' ) { $port=80 }
		when ( 'https' ) { $port=443 }
	}

	$port;

ally come from 'use Moose' are exported to the specified package,
or the current package if none given (unless the current package is 'main').

A lot of this package passes off work to L<Moose> and L<

ector on
the right.  Our example is roughly equivalent to this closure:

    { $_.does(Str) and $_ ~~ /^[isnt|arent|amnot|aint]$/; }

except that a subtype knows when to call itself.

A subtype is not

um where { $^n % 2 == 0 }

    my Str_not2b $hamlet;
    $hamlet = 'isnt';   # Okay because 'isnt' ~~ /^[isnt|arent|amnot|aint]$/
    $hamlet = 'amnt';   # Bzzzzzzzt!   'amnt' !~ /^[isnt|arent|amnot|a

 Rules::Common :profanity;

    multi sub mesg ($mesg of Str where /<profanity>/ is copy) {
	$mesg ~~ s:g/<profanity>/[expletive deleted]/;
	print $MESG_LOG: $mesg;
    }

    multi sub mesg ($mesg of

r
refered to by the 'C<_dash_profile>' element of %$meta is marked as 'in use'
then a warning is given (just once) and C<new> returns undef, so no sample is
taken.

If $allow_overlap is true, then ove

$string;
    
    $result ~~ s:Perl5:g/&\#(\d+);?/{chr($0)}/;
    $result ~~ s:Perl5:g/(&\#[xX]([0-9a-fA-F]+);?)/{my $c = :16($1); $c < 256 ?? chr($c) !! $0}/;
    $result ~~ s:Perl5:g/(&(\w+);?)/{%en

code\n "
        #    ) if $!;
        #}
        #%subst{$unsafe_chars}($string);
        $result ~~ s:Perl5:g/([$unsafe_chars])/{
            %char_to_entity.exists($0)
                ?? %char_to_e

}
    else {
        # Encode control chars, high bit chars and '<', '&', '>', '"'
        $result ~~ s:perl5:g/([^\n\r\t !\#\$%\'-;=?-~])/{
            %char_to_entity.exists($0)
                ?? %

      if @params[$i+1] ~~ m:perl5 {:$} {
                @params[$i] ~~ s:perl5 {:$}{,};
            }
        }
    }
    my $param_list = @params.join(" ");
    $param_list ~~ s:perl5 {,$}{};  # rem

    "$statements\n" ~ 
    "    # TODO - _end_pad\n";
}
sub emit_Variable ( $s is copy ) { 
    $s ~~ s:perl5/^"(.*)"$/$0/;
    $s 
}
sub emit_Int ( $s ) { $s }
sub emit_Str ( $s ) { $s }
sub emit_Rat

f $default eq '';
    # rewrite '$name,' to '$name = default,'
    my ($name, $separator) = $param ~~ m:perl5 {(.*)(.)};
    
    $default ~ 
    $name ~ 
    ' = ' ~ 
    $separator
}

# -- Main prog

$got, Rule $expected, Str $desc?, :$todo, :$depends) returns Bool is export {
    my $test := $got ~~ $expected;
    Test::proclaim($test, $desc, $todo, $got, $expected, $depends);
}

## unlike

sub u

, Rule $expected, Str $desc?, :$todo, :$depends) returns Bool is export {
    my $test := not($got ~~ $expected);
    Test::proclaim($test, $desc, $todo, $got, $expected, $depends, :negate);
}

# eval

o, :$depends) returns Bool is export {
    try { code() };
    if ($!) {
        &Test::ok.goto($! ~~ $match, $desc, :$todo, :$depends);
    }
    else {
        Test::proclaim(undef, $desc, $todo, "N

elsif (($k.chars > 1) && (substr($k,-1,1) eq "x") # XXX - excess parens required
           && ($k ~~ %rx_helper_cache{'re_x'})) {
      my $n = 0+ ~$0; # +$0 XXX
      %mods.delete($k);
      %mods{'

n;
    }
    elsif (($k.chars > 2) && (substr($k,-2,2) eq ("th"|"st"|"nd"|"rd"))
           && ($k ~~ %rx_helper_cache{'re_nth'})) {
      my $n = 0+ ~$0; # +$0 XXX
      %mods.delete($k);
      %mods

g) {
      my $s = ~$string;
      my $offset = 0;
      my @a;
      while 1 {
        my $m = $s ~~ $rx;
        last if !$m;
        push(@a,$m);

        my $off = $m.to +1;
#        $m.from += $o

bin/jerkme.rss HTTP/1.0\n",
      "Host: www.phreeow.net\n"
  );
  $hdl.flush;
  
  if ($hdl.slurp ~~ rx:perl5{<description>(.+)</description>\s*</item>}) {
      say $0;
  }
  else {
      say "*** O

sent over the wire, and analyzes the response. This line is worth
breaking down:

  if ($hdl.slurp ~~ rx:perl5{<description>(.+)</description>\s*</item>}) { ... }

  # Perl 5 equivalent

  sub slurp {

l 5. The other difference
is that instead of using C<=~>, we now use C<~~> to match. The change
is not just one of spelling: C<~~> is the shiny new I<smart match>
operator, which has very well-defined