# add parents first
my @checks;
- for(my $parent = $self->parent; defined $parent; $parent = $parent->parent){
+ for(my $parent = $self->{parent}; defined $parent; $parent = $parent->{parent}){
if($parent->{hand_optimized_type_constraint}){
unshift @checks, $parent->{hand_optimized_type_constraint};
last; # a hand optimized constraint must include all the parents
}
if($self->{type_constraints}){ # Union
- my @types = map{ $_->_compiled_type_constraint } @{ $self->{type_constraints} };
+ my @types = map{ $_->{compiled_type_constraint} } @{ $self->{type_constraints} };
push @checks, sub{
foreach my $c(@types){
return 1 if $c->($_[0]);
if(@checks == 0){
$self->{compiled_type_constraint} = $null_check;
}
- elsif(@checks == 1){
- my $c = $checks[0];
- $self->{compiled_type_constraint} = sub{
- my(@args) = @_;
- local $_ = $args[0];
- return $c->(@args);
- };
- }
else{
$self->{compiled_type_constraint} = sub{
my(@args) = @_;
|| Carp::confess("The $name constraint cannot be used, because $param doesn't subtype from a parameterizable type");
return Mouse::Meta::TypeConstraint->new(
- name => $name,
- parent => $self,
- constraint => $generator->($param),
+ name => $name,
+ parent => $self,
+ parameter => $param,
+ constraint => $generator->($param), # must be 'constraint', not 'optimized'
- type => 'Parameterized',
+ type => 'Parameterized',
);
}