use XSLoader;
BEGIN {
- our $VERSION = '0.05_03';
+ our $VERSION = '0.06';
XSLoader::load;
}
my @bare_arms = qw(function method);
my %type_map = (
function => { name => 'optional' },
- method => { name => 'optional', shift => '$self' },
+ method => {
+ name => 'optional',
+ shift => '$self',
+ attrs => ':method',
+ },
+ classmethod => {
+ name => 'optional',
+ shift => '$class',
+ attrs => ':method',
+ },
);
sub import {
? $proto
: [$proto, $bare_arms[$bare++] || confess(qq{Don't know what to do with "$proto"})]
;
- my ($name, $type) = @$item;
+ my ($name, $proto_type) = @$item;
_assert_valid_identifier $name;
- unless (ref $type) {
- # use '||' instead of 'or' to preserve $type in the error message
- $type = $type_map{$type}
- || confess qq["$type" doesn't look like a valid type (one of ${\join ', ', sort keys %type_map})];
+ unless (ref $proto_type) {
+ # use '||' instead of 'or' to preserve $proto_type in the error message
+ $proto_type = $type_map{$proto_type}
+ || confess qq["$proto_type" doesn't look like a valid type (one of ${\join ', ', sort keys %type_map})];
}
- $type->{name} ||= 'optional';
- $type->{name} =~ /^(?:optional|required|prohibited)\z/
- or confess qq["$type->{name}" doesn't look like a valid name attribute (one of optional, required, prohibited)];
- $type->{shift} and _assert_valid_identifier $type->{shift}, 1;
- $type->{attrs} and _assert_valid_attributes $type->{attrs};
+ my %type = %$proto_type;
+ my %clean;
+
+ $clean{name} = delete $type{name} || 'optional';
+ $clean{name} =~ /^(?:optional|required|prohibited)\z/
+ or confess qq["$clean{name}" doesn't look like a valid name attribute (one of optional, required, prohibited)];
+
+ $clean{shift} = delete $type{shift} || '';
+ _assert_valid_identifier $clean{shift}, 1 if $clean{shift};
+
+ $clean{attrs} = delete $type{attrs} || '';
+ _assert_valid_attributes $clean{attrs} if $clean{attrs};
- $spec{$name} = $type;
+ %type and confess "Invalid keyword property: @{[keys %type]}";
+
+ $spec{$name} = \%clean;
}
for my $kw (keys %spec) {
my $type = $spec{$kw};
- $^H{HINTK_SHIFT_ . $kw} = $type->{shift} || '';
- $^H{HINTK_ATTRS_ . $kw} = $type->{attrs} || '';
+ $^H{HINTK_SHIFT_ . $kw} = $type->{shift};
+ $^H{HINTK_ATTRS_ . $kw} = $type->{attrs};
$^H{HINTK_NAME_ . $kw} =
$type->{name} eq 'prohibited' ? FLAG_NAME_PROHIBITED :
$type->{name} eq 'required' ? FLAG_NAME_REQUIRED :
__END__
+=encoding UTF-8
+
=head1 NAME
Function::Parameters - subroutine definitions with parameter lists
use Function::Parameters { proc => 'function', meth => 'method' }; # -or-
use Function::Parameters { proc => 'function' }; # -or-
- use Function::Parameters { meth => 'method' };
+ use Function::Parameters { meth => 'method' }; # etc.
The first line creates two keywords, C<proc> and C<meth> (for defining
functions and methods, respectively). The last two lines only create one
keyword. Generally the hash keys can be any identifiers you want while the
-values have to be either C<function>, C<method>, or a hash reference (see
-below). The difference between C<function> and C<method> is that C<method>s
-automatically L<shift|perlfunc/shift> their first argument into C<$self>.
+values have to be either C<function>, C<method>, C<classmethod> or a hash
+reference (see below). The difference between C<function> and C<method> is that
+C<method>s automatically L<shift|perlfunc/shift> their first argument into
+C<$self> (C<classmethod>s are similar but shift into C<$class>).
The following shortcuts are available:
=back
-Plain C<'function'> is equivalent to C<< { name => 'optional' } >>, and plain
+Plain C<'function'> is equivalent to C<< { name => 'optional' } >>, plain
C<'method'> is equivalent to
-C<< { name => 'optional', shift => '$self', attrs => ':method' } >>.
+C<< { name => 'optional', shift => '$self', attrs => ':method' } >>, and plain
+C<'classmethod'> is equivalent to
+C<< { name => 'optional', shift => '$class', attrs => ':method' } >>.
=head2 Syntax and generated code