maybe a more concise synopsis

[gitmo/MooseX-Dependent.git] / t / 05-pod-examples.t

use strict;
use warnings;

use Test::More;

eval "use Set::Scalar"; if($@) {
    plan skip_all => 'Set::Scalar not installed';
}


{
    package Test::MooseX::Types::Parameterizable::Synopsis;

    use Moose;
    use MooseX::Types::Parameterizable qw(Parameterizable);
    use MooseX::Types::Moose qw(Str Int);
    use MooseX::Types -declare=>[qw(Varchar)];

    subtype Varchar,
      as Parameterizable[Str,Int],
      where {
        my($string, $int) = @_;
        $int >= length($string) ? 1:0;
      },
      message { "'$_' is too long"  };

    my $varchar_five = Varchar[5];

    Test::More::ok $varchar_five->check('four');
    Test::More::ok ! $varchar_five->check('verylongstrong');

    my $varchar_ten = Varchar[10];

    Test::More::ok $varchar_ten->check( 'X' x 9 );
    Test::More::ok ! $varchar_ten->check( 'X' x 12 );

    has varchar_five => (isa=>Varchar[5], is=>'ro');
    has varchar_ten => (isa=>Varchar[10], is=>'ro');
  
    my $object1 = __PACKAGE__->new(
        varchar_five => '1234',
        varchar_ten => '123456789',
    );

    eval {
        my $object2 = __PACKAGE__->new(
            varchar_five => '12345678',
            varchar_ten => '123456789',
        );
    };

    Test::More::ok $@, 'There was an error';
    Test::More::like $@, qr('12345678' is too long), 'Correct custom error';
}

done_testing;


__END__

use MooseX::Types -declare=>[qw(Set UniqueInt PositiveSet PositiveUniqueInt )];

subtype Set,
  as class_type("Set::Scalar");

subtype UniqueInt,
  as Parameterizable[Int, Set],
  where {
    my ($int, $set) = @_;
    !$set->has($int);
  };

subtype PositiveSet,
  as Set,
  where {
    my ($set) = @_;
    ! grep { $_ < 0 } $set->members;
  };
  
subtype PositiveUniqueInt,
  as UniqueInt[PositiveSet];

my $set = Set::Scalar->new(-1,-2,1,2,3);
my $positive_set = Set::Scalar->new(1,2,3);
my $negative_set = Set::Scalar->new(-1,-2,-3);

ok Set->check($set),
 'Is a Set';

ok Set->check($positive_set),
 'Is a Set';

ok Set->check($negative_set),
 'Is a Set';

ok !PositiveSet->check($set),
 'Is Not a Positive Set';

ok PositiveSet->check($positive_set),
 'Is a Positive Set';

ok !PositiveSet->check($negative_set),
 'Is Not a Positive Set';

ok UniqueInt([$set])->check(100),
 '100 not in Set';

ok UniqueInt([$positive_set])->check(100),
 '100 not in Set';

ok UniqueInt([$negative_set])->check(100),
 '100 not in Set';

ok UniqueInt([$set])->check(-99),
 '-99 not in Set';

ok UniqueInt([$positive_set])->check(-99),
 '-99 not in Set';

ok UniqueInt([$negative_set])->check(-99),
  '-99 not in Set';

ok !UniqueInt([$set])->check(2),
 '2 in Set';

ok !UniqueInt([$positive_set])->check(2),
 '2 in Set';

ok UniqueInt([$negative_set])->check(2),
  '2 not in Set';


__END__

ok UniqueInt([$set])->check(100);  ## Okay, 100 isn't in (1,2,3)
ok UniqueInt([$set])->check(-99);  ## Okay, -99 isn't in (1,2,3)
ok !UniqueInt([$set])->check(2);  ## Not OK, 2 is in (1,2,3)

ok PositiveUniqueInt([$set])->check(100);  ## Okay, 100 isn't in (1,2,3)
ok !PositiveUniqueInt([$set])->check(-99);  ## Not OK, -99 not Positive Int
ok !PositiveUniqueInt([$set])->check(2);  ## Not OK, 2 is in (1,2,3)

my $negative_set = Set::Scalar->new(-1,-2,-3);

ok UniqueInt([$negative_set])->check(100);  ## Throws exception