use Moose;
use Scalar::Util 'looks_like_number';
+use Moose::Util::TypeConstraints ();
with 'MooseX::Emulate::Class::Accessor::Fast';
use namespace::clean -except => 'meta';
default => sub { '/'.shift->reverse },
);
+has number_of_args => (
+ is=>'ro',
+ init_arg=>undef,
+ isa=>'Int|Undef',
+ required=>1,
+ lazy=>1,
+ builder=>'_build_number_of_args');
+
+ sub _build_number_of_args {
+ my $self = shift;
+ return 0 unless exists $self->attributes->{Args};
+ if(!defined($self->attributes->{Args}[0])) {
+ # When its 'Args' that internal cue for 'unlimited'
+ return undef;
+ } elsif(looks_like_number($self->attributes->{Args}[0])) {
+ # 'old school' numberd args (is allowed to be undef as well)
+ return $self->attributes->{Args}[0];
+ } else {
+ # new hotness named arg constraints
+ return $self->number_of_args_constraints;
+ }
+ }
+
+has args_constraints => (
+ is=>'ro',
+ init_arg=>undef,
+ traits=>['Array'],
+ isa=>'ArrayRef',
+ required=>1,
+ lazy=>1,
+ builder=>'_build_args_constraints',
+ handles => {
+ has_args_constraints => 'count',
+ number_of_args_constraints => 'count',
+ });
+
+ sub _build_args_constraints {
+ my $self = shift;
+ my @arg_protos = @{$self->attributes->{Args}||[]};
+
+ return [] unless scalar(@arg_protos);
+ # If there is only one arg and it looks like a number
+ # we assume its 'classic' and the number is the number of
+ # constraints.
+ my @args = ();
+ if(
+ scalar(@arg_protos) == 1 &&
+ looks_like_number($arg_protos[0])
+ ) {
+ return \@args;
+ } else {
+ @args = map { Moose::Util::TypeConstraints::find_or_parse_type_constraint($_) || die "$_ is not a constraint!" } @arg_protos;
+ }
+
+ return \@args;
+ }
+
use overload (
# Stringify to reverse for debug output etc.
);
-
-
no warnings 'recursion';
sub dispatch { # Execute ourselves against a context
return 1 unless exists $self->attributes->{Args};
my $args = $self->attributes->{Args}[0];
return 1 unless defined($args) && length($args);
- return scalar( @{ $c->req->args } ) == $args;
+
+ if($self->has_args_constraints) {
+ for my $i($#{ $c->req->args }) {
+ $self->args_constraints->[$i]->check($c->req->args->[$i]) || return 0;
+ }
+ return 1;
+ } else {
+ return scalar( @{ $c->req->args } ) == $args;
+ }
}
sub match_captures { 1 }
sub compare {
my ($a1, $a2) = @_;
- my ($a1_args) = @{ $a1->attributes->{Args} || [] };
- my ($a2_args) = @{ $a2->attributes->{Args} || [] };
+ # Wen there is no declared Args for Local and Path (and Default??) we
+ # say that means any number of args... If Args exists however we use
+ # the number of args as determined by inspecting the value of it.
+
+ my $a1_args = exists($a1->attributes->{Args}) ? $a1->number_of_args : ~0;
+ my $a2_args = exists($a2->attributes->{Args}) ? $a2->number_of_args : ~0;
- $_ = looks_like_number($_) ? $_ : ~0
+ # If we did have an Args but it was undefined value (:Args() or :Args), that
+ # is the cue for 'as many args as you like also...
+ #
+ $_ = defined($_) ? $_ : ~0
for $a1_args, $a2_args;
return $a1_args <=> $a2_args;
}
-sub number_of_args {
- my ( $self ) = @_;
- return 0 unless exists $self->attributes->{Args};
- return $self->attributes->{Args}[0];
-}
-
sub number_of_captures {
my ( $self ) = @_;
the same terms as Perl itself.
=cut
+
+