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=pod
=encoding utf-8
=head1 PURPOSE
Tests overloading of bitwise operators and numeric comparison operators
for L<Type::Tiny>.
=head1 AUTHOR
Toby Inkster E<lt>tobyink@cpan.orgE<gt>.
=head1 COPYRIGHT AND LICENCE
This software is copyright (c) 2013-2014, 2017-2022 by Toby Inkster.
This is free software; you can redistribute it and/or modify it under
the same terms as the Perl 5 programming language system itself.
=cut
use strict;
use warnings;
use lib qw( ./lib ./t/lib ../inc ./inc );
use Test::More;
use Test::TypeTiny;
use Types::Standard -all;
my $var = 123;
should_fail(\$var, ~ScalarRef);
should_fail([], ~ArrayRef);
should_fail(+{}, ~HashRef);
should_fail(sub {0}, ~CodeRef);
should_fail(\*STDOUT, ~GlobRef);
should_fail(\(\"Hello"), ~Ref);
should_fail(\*STDOUT, ~FileHandle);
should_fail(qr{x}, ~RegexpRef);
should_fail(1, ~Str);
should_fail(1, ~Num);
should_fail(1, ~Int);
should_fail(1, ~Defined);
should_fail(1, ~Value);
should_fail(undef, ~Undef);
should_fail(undef, ~Item);
should_fail(undef, ~Any);
should_fail('Type::Tiny', ~ClassName);
should_fail('Type::Library', ~RoleName);
should_fail(undef, ~Bool);
should_fail('', ~Bool);
should_fail(0, ~Bool);
should_fail(1, ~Bool);
should_pass(7, ~Bool);
should_fail(\(\"Hello"), ~ScalarRef);
should_pass('Type::Tiny', ~RoleName);
should_pass([], ~Str);
should_pass([], ~Num);
should_pass([], ~Int);
should_fail("4x4", ~Str);
should_pass("4x4", ~Num);
should_pass("4.2", ~Int);
should_pass(undef, ~Str);
should_pass(undef, ~Num);
should_pass(undef, ~Int);
should_pass(undef, ~Defined);
should_pass(undef, ~Value);
{
package Local::Class1;
use strict;
}
{
no warnings 'once';
$Local::Class2::VERSION = 0.001;
@Local::Class3::ISA = qw(UNIVERSAL);
@Local::Dummy1::FOO = qw(UNIVERSAL);
}
{
package Local::Class4;
sub XYZ () { 1 }
package Local::Class5;
use constant XZY => 2
}
should_pass(undef, ~ClassName);
should_pass([], ~ClassName);
should_fail("Local::Class$_", ~ClassName) for 2..5;
should_pass("Local::Dummy1", ~ClassName);
should_fail([], ~(ArrayRef[Int]));
should_fail([1,2,3], ~(ArrayRef[Int]));
should_pass([1.1,2,3], ~(ArrayRef[Int]));
should_pass([1,2,3.1], ~(ArrayRef[Int]));
should_pass([[]], ~(ArrayRef[Int]));
should_fail([[3]], ~(ArrayRef[ArrayRef[Int]]));
should_pass([["A"]], ~(ArrayRef[ArrayRef[Int]]));
should_fail(undef, ~(Maybe[Int]));
should_fail(123, ~(Maybe[Int]));
should_pass(1.3, ~(Maybe[Int]));
my $even = "Type::Tiny"->new(
name => "Even",
parent => Int,
constraint => sub { !(abs($_) % 2) },
);
my $odd = "Type::Tiny"->new(
name => "Even",
parent => Int,
constraint => sub { !!(abs($_) % 2) },
);
my $positive = "Type::Tiny"->new(
name => "Positive",
parent => Int,
constraint => sub { $_ > 0 },
);
my $negative = "Type::Tiny"->new(
name => "Negative",
parent => Int,
constraint => sub { $_ < 0 },
);
should_pass(-2, $even & $negative);
should_pass(-1, $odd & $negative);
should_pass(0, $even & ~$negative & ~$positive);
should_pass(1, $odd & $positive);
should_pass(2, $even & $positive);
should_pass(3, $even | $odd);
should_pass(4, $even | $odd);
should_pass(5, $negative | $positive);
should_pass(-6, $negative | $positive);
should_fail(-3, $even & $negative);
should_fail(1, $odd & $negative);
should_fail(1, $even & ~$negative & ~$positive);
should_fail(2, $odd & $positive);
should_fail(1, $even & $positive);
should_fail("Str", $even | $odd);
should_fail(1.1, $even | $odd);
should_fail(0, $negative | $positive);
should_fail("Str", $negative | $positive);
is(
($even & ~$negative & ~$positive)->display_name,
"Even&~Negative&~Positive",
"coolio stringification",
);
ok(Item > Value, "Item > Value");
ok(Value > Str, "Value > Str");
ok(Str > Num, "Str > Num");
ok(Num > Int, "Num > Int");
ok(Int > $odd, "Int > \$odd");
ok(Item >= Value, "Item >= Value");
ok(Value >= Str, "Value >= Str");
ok(Str >= Num, "Str >= Num");
ok(Num >= Int, "Num >= Int");
ok(Int >= $odd, "Int >= \$odd");
ok(Value() < Item, "Value < Item");
ok(Str() < Value, "Str < Value");
ok(Num() < Str, "Num < Str");
ok(Int() < Num, "Int < Num");
ok($even < Int, "\$even < Int");
ok(Value() <= Item, "Value <= Item");
ok(Str() <= Value, "Str <= Value");
ok(Num() <= Str, "Num <= Str");
ok(Int() <= Num, "Int <= Num");
ok($even <= Int, "\$even < Int");
ok(not(Int > Int), "not(Int > Int)");
ok(not(Int() < Int), "not(Int < Int)");
ok(Int() <= Int, "Int <= Int");
ok(Int >= Int, "Int >= Int");
ok(not((ArrayRef[Int]) > (ArrayRef[Num])), 'not(ArrayRef[Int] > ArrayRef[Num])');
ok(not((ArrayRef[Int]) == (ArrayRef[Num])), 'not(ArrayRef[Int] == ArrayRef[Num])');
ok((ArrayRef[Int]) == (ArrayRef[Int]), 'ArrayRef[Int] == ArrayRef[Int]');
ok(not(ArrayRef == ArrayRef[Int]), 'not(ArrayRef == ArrayRef[Int])');
ok(ArrayRef > ArrayRef[Int], 'ArrayRef > ArrayRef[Int]');
done_testing;
|
