$self = bless { }, $class;
my $args = shift;
my @spec;
if(ref $args ~~ 'HASH') {
push @spec, %$args;
} elsif(ref $args ~~ 'ARRAY') {
push @spec, @$args;
} else {
die "no idea what $args is
$self = bless { }, $class;
my $args = shift;
my @spec;
if(ref $args ~~ 'HASH') {
push @spec, %$args;
} elsif(ref $args ~~ 'ARRAY') {
push @spec, @$args;
} else {
die "no idea what $args is
tType = ucfirst($type) eq $type;
if(ref $spec ~~ 'ARRAY') {
$self->$meth->push($extType ? $type->new($_) : $_) foreach @$spec;
} elsif(ref $spec ~~ 'HASH') {
# FIXME wrong if $extType is not se
gin>
=back
=cut
sub new {
my $class = shift;
my @def;
if(ref $_[0] ~~ 'HASH') {
@def = %{$_[0]};
} elsif(ref $_[0] ~~ 'ARRAY') {
@def = @{$_[0]};
} else {
@def = @_;
}
my $self = ble
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ne
__foo__ -> <u>foo</u>
=head3 delete
--foo-- -> <del>foo</del>
=head3 section divider
~~ -> <hr>
=head3 blockquote
""foo"" -> <blockquote>foo</blockquote>
""foo|bar"" -> <blockq
h of something like 63 levels, because each level in the tree
is C<< q(/) . "$id" >>, so C<< 255/4 ~~ 63 >>. An example for this might be
C<parent_materialized_path>.
=item * C<parent_relationship>
a I<z>-value I<greater> than or equal to that observed. So the inverse phi function is actually given (1 - I<p>-value) to work on. So .055 comes back as 1.598 (speaking of the top-end of the distribu
# Test Funclib.
# int8
# Should extract a byte from a binary string, at a given (optional) offset
my $buf = pack 'a8', 'a';
print "buf = $buf\n";
foreach ( unpack( "(a1)*", $buf ) ) {
print s
->has_next}
} # needed: size, next, has_next(or last); optional: last, get, __iter__,_iter_cp,...
#~~ constants
my $pkg =__PACKAGE__; my $keyH="$pkg/key";
my $nobackslash=qr
xplicitly violating DRY.
$Carp::Internal{$pkg}++ unless $ENV{DEBUG}//''=~/\bTGDWIW\b|\b\Q$pkg/;
#~~ low-level helper
sub _r (&$) { $_[0]->(local $_=$_[1]);$_ } # missing s///r under 5.10
sub _ma
$_[0] }
sub __funwa(;$) { my ($name,$wa)=(caller 1+($_[0]//0))[3,5];$name=~s/^.*:://;($name,$wa)}
#~~ element count & guess
sub __mlen ($$) { my@l=map length,@_; my$r= $l[0] ne $l[1] ? max @l :
_;
return $self->{_msg}->{$type} if ( $type ~~ [qw(info warning error)] );
return $self->{_data}->{root}->{$type}->{total}
if ( $type ~~ [qw(area active leakage)] );
return $self->{
n_coding) = $annotation{non_coding_description} =~ /(\S+):\S+/;
unless($main_type_non_coding ~~ @type_non_coding) {
push @type_non_coding, $main_type_non_coding;
}
}
$self
in type.
=cut
sub ChangePin
{
my ( $self, $pin_type, $oldpin, $newpin ) = @_;
$pin_type ~~ @valid_pin_types
or croak( "Invalid PIN type: '"
. $pin_type
PinRequired property.
=cut
sub EnterPin
{
my ( $self, $pin_type, $pin ) = @_;
$pin_type ~~ @valid_pin_types
or croak( "Invalid PIN type: '"
. $pin_type
w value of pin.
=cut
sub ResetPin
{
my ( $self, $pin_type, $puk, $pin ) = @_;
$pin_type ~~ @valid_pin_types
or croak( "Invalid PIN type: '"
. $pin_type
his *.pl files.
=head1 DESCRIPTION
This module was written because the smartmatch operator C<~~>
was deprecated as experimental.
That module implements some "in" subroutines
with smartmatch
IES
nothing
=head1 BUGS AND LIMITATIONS
nothing
=head1 SEE ALSO
smartmatch operator ~~
=head1 AUTHOR
Steffen Winkler
=head1 LICENSE AND COPYRIGHT
Copyright (c) 2013,
Steffe
atch regular expression (substring match)
# =~ equality ignoring case
# ~~ regular expression ignoring case
# < less than
# > greater than
no if $] >= 5.018, warnings => "experimental::smartmatch";
our @EXPORT = qw{gvn};
#ABSTRACT: is given() too much typing for you?
sub gvn ($) {
my $when = shift;
# old hashref notation
if ( ref
use warnings;
use v5.10;
no if $] >= 5.018, warnings => "experimental::smartmatch";
use overload '~~' => sub{
my ($self, $key) = @_;
# in the case of a sub as a value execute with $key
sub RUN
ubs to just use $_;
foreach my $pair (@{ $self->{calculate} } ) {
my $match;
# 'string' ~~ [1..10] throws a warning, this disables this just for the check
{ no warnings qw{numeric};
gin Pugscode
-- | Single parameter for a function or method, e.g.:
-- Elk $m where { $m.antlers ~~ Velvet }
{-|
A formal parameter of a sub (or other callable).
These represent declared parameters
>{url};
push @{$config->{$pkg}{_INC}}, $url if $url && $url =~ /$url_re/ && !($url ~~ @{$config->{$pkg}{_INC}});
} else {
push @{$config->{$pkg}{_last_confi
t->{url} =~ /$url_re/) {
push @{$config->{$pkg}{_INC}}, $opt->{url} unless $opt->{url} ~~ @{$config->{$pkg}{_INC}};#$unique{$arg}++;
} elsif (!ref($arg)) {
$module = $a
sh{
my $p = shift;
given($_[0]){
when('employer'){...}
when('employee'){...}
when('date'){...}
}
}
sub eh{
my $p = shift;
given($_[0]){
when('employer
e>
Will be called when a start-tag is encountered that matches I<tagname>.
If I<tagname> is not given (when your sub is called C<Start> or C<Start_>), it works like a default-handler for start tags.
ame>
Will be called when a end-tag is encountered that matches I<tagname>.
If I<tagname> is not given (when your sub is called C<End> or C<End_>), it works like a default-handler for end tags.
=head
ner will use this object to
# maintain the context for its children.
my %isAbsolute = map { $_ => ~~1 } qw(
ROW
COL
);
sub new
{
my $class = shift;
my $self = $class->SUPER::new(@_);
{
next unless exists $map->{$param};
$depth--, next if $depth;
$found = ~~1;
$val = $map->{$param};
last;
}
die "Parameter '$param' not found\n"
unless exists $obj->{$key};
$self->{$key} = $self->resolve($obj, $key);
}
return ~~1;
}
sub exit_scope
{
my $self = shift;
my ($obj, $no_delta) = @_;
unless ($no_delta)