);
has 'container_type_constraint' => (
- is => 'rw',
- isa => 'Moose::Meta::TypeConstraint',
- lazy => 1,
- default => sub {
- my $self = shift;
- ($self->has_container_type)
- || confess "You cannot create a container_type_constraint if you dont have a container type";
-
- my $container_type = $self->container_type;
- my $constraint = find_type_constraint($container_type);
-
- # NOTE:
- # I am not sure DWIM-ery is a good thing
- # here, so i am going to err on the side
- # of caution, and blow up if you have
- # not made a type constraint for this yet.
- # - SL
- (defined $constraint)
- || confess "You must predefine the '$container_type' constraint before you can use it as a container type";
-
- return $constraint;
- }
+ is => 'rw',
+ isa => 'Moose::Meta::TypeConstraint',
+ required => 1,
);
before 'process_options_for_provides' => sub {
if (exists $options->{isa}) {
my $type = $options->{isa};
+
+ # ... we should check if the type exists already
+ # and then we should use it,.. however, this means
+ # we need to extract the container type constraint
+ # as well, which is a little trickier
+
if ($type =~ /^(.*)\[(.*)\]$/) {
my $core_type = $1;
my $container_type = $2;
- $options->{isa} = $core_type;
+
$options->{container_type} = $container_type;
+
+ my $container_type_constraint = find_type_constraint($container_type);
+
+ # NOTE:
+ # I am not sure DWIM-ery is a good thing
+ # here, so i am going to err on the side
+ # of caution, and blow up if you have
+ # not made a type constraint for this yet.
+ # - SL
+ (defined $container_type_constraint)
+ || confess "You must predefine the '$container_type' constraint before you can use it as a container type";
+
+ $options->{container_type_constraint} = $container_type_constraint;
+
+ if ($core_type eq 'ArrayRef') {
+ $options->{isa} = subtype('ArrayRef' => where {
+ foreach my $x (@$_) { ($container_type_constraint->check($x)) || return } 1;
+ });
+ }
+ elsif ($core_type eq 'HashRef') {
+ $options->{isa} = subtype('HashRef' => where {
+ foreach my $x (values %$_) { ($container_type_constraint->check($x)) || return } 1;
+ });
+ }
+ else {
+ confess "Your isa must be either ArrayRef or HashRef (sorry no subtype support yet)";
+ }
}
}
};
);
}
-my $stuff = Stuff->new();
+my $stuff = Stuff->new(options => [ 10, 12 ]);
isa_ok($stuff, 'Stuff');
can_ok($stuff, $_) for qw[
has_options
];
-is_deeply($stuff->options, [], '... no options yet');
+is_deeply($stuff->options, [10, 12], '... got options');
+
+ok($stuff->has_options, '... we have options');
+is($stuff->num_options, 2, '... got 2 options');
+
+is($stuff->remove_last_option, 12, '... removed the last option');
+is($stuff->remove_first_option, 10, '... removed the last option');
+
+is_deeply($stuff->options, [], '... no options anymore');
ok(!$stuff->has_options, '... no options');
is($stuff->num_options, 0, '... got no options');
$stuff->set_option(5, {});
} '... could not add a hash ref where an int is expected';
+dies_ok {
+ Stuff->new(options => [ 'Foo', 10, 'Bar', 20 ]);
+} '... bad constructor params';
+
## test the meta
my $options = $stuff->meta->get_attribute('options');
is($stuff->get_option('foo'), 'bar', '... got the right option');
+lives_ok {
+ Stuff->new(options => { foo => 'BAR' });
+} '... good constructor params';
+
## check some errors
dies_ok {
$stuff->set_option(bar => {});
} '... could not add a hash ref where an string is expected';
+dies_ok {
+ Stuff->new(options => { foo => [] });
+} '... bad constructor params';
+