def test_specific_registry_clearing(self):
Ent = type('Ent', (Registrable,), {})
Ent.make_registry()
Sub = type('Sub', (Ent,), {})
Sub.register()
self.assertTrue(Sub in Registry.entries_for(Ent))
Registry.clear(Ent)
self.assertFalse(Sub in Registry.entries_for(Ent))
def test_specific_registry_clearing(self):
Ent = type('Ent', (Registrable, ), {})
Ent.make_registry()
Sub = type('Sub', (Ent, ), {})
Sub.register()
self.assertTrue(Sub in Registry.entries_for(Ent))
Registry.clear(Ent)
self.assertFalse(Sub in Registry.entries_for(Ent))
def test_global_registries_clearing(self):
Ent1 = type('Ent1', (Registrable,), {})
Ent1.make_registry()
Ent2 = type('Ent2', (Registrable,), {})
Ent2.make_registry()
Registry.clear()
with self.assertRaises(TypeError):
Registry.entries_for(Ent1)
with self.assertRaises(TypeError):
Registry.entries_for(Ent2)
def test_global_registries_clearing(self):
Ent1 = type('Ent1', (Registrable, ), {})
Ent1.make_registry()
Ent2 = type('Ent2', (Registrable, ), {})
Ent2.make_registry()
Registry.clear()
with self.assertRaises(TypeError):
Registry.entries_for(Ent1)
with self.assertRaises(TypeError):
Registry.entries_for(Ent2)
def test_decorators(self):
@registry
class Ent(Registrable): pass
self.assertTrue(issubclass(Ent, Registry))
@register
class Sub(Ent): pass
self.assertTrue(Sub in Registry.entries_for(Ent))
def test_that_it_registers_properly(self):
Ent = type('Ent', (Registrable,), {})
Ent.make_registry()
self.assertTrue(issubclass(Ent, Registry))
Sub = type('Sub', (Ent,), {})
Sub.register()
self.assertTrue(Sub in Registry.entries_for(Ent))
def test_that_it_registers_properly(self):
Ent = type('Ent', (Registrable, ), {})
Ent.make_registry()
self.assertTrue(issubclass(Ent, Registry))
Sub = type('Sub', (Ent, ), {})
Sub.register()
self.assertTrue(Sub in Registry.entries_for(Ent))
def test_decorators(self):
@registry
class Ent(Registrable):
pass
self.assertTrue(issubclass(Ent, Registry))
@register
class Sub(Ent):
pass
self.assertTrue(Sub in Registry.entries_for(Ent))
