def test_items_are_reasonable_keys(self):
# All the items in the known_hooks registry need to map from
# (module_name, member_name) tuples to the callable used to get an
# empty Hooks for that attribute. This is used to support the test
# suite which needs to generate empty hooks (and HookPoints) to ensure
# isolation and prevent tests failing spuriously.
for key, factory in known_hooks.items():
self.assertTrue(callable(factory),
"The factory(%r) for %r is not callable" % (factory, key))
obj = known_hooks_key_to_object(key)
self.assertIsInstance(obj, Hooks)
new_hooks = factory()
self.assertIsInstance(obj, Hooks)
self.assertEqual(type(obj), type(new_hooks))
self.assertEqual("No hook name", new_hooks.get_hook_name(None))
def test_items_are_reasonable_keys(self):
# All the items in the known_hooks registry need to map from
# (module_name, member_name) tuples to the callable used to get an
# empty Hooks for that attribute. This is used to support the test
# suite which needs to generate empty hooks (and HookPoints) to ensure
# isolation and prevent tests failing spuriously.
for key, factory in known_hooks.items():
self.assertTrue(
callable(factory),
"The factory(%r) for %r is not callable" % (factory, key))
obj = known_hooks_key_to_object(key)
self.assertIsInstance(obj, Hooks)
new_hooks = factory()
self.assertIsInstance(obj, Hooks)
self.assertEqual(type(obj), type(new_hooks))
self.assertEqual("No hook name", new_hooks.get_hook_name(None))
def test_known_hooks_key_to_object(self):
self.assertIs(
branch.Branch.hooks,
known_hooks_key_to_object(('bzrlib.branch', 'Branch.hooks')))
def test_known_hooks_key_to_object(self):
self.assertIs(branch.Branch.hooks,
known_hooks_key_to_object(('bzrlib.branch', 'Branch.hooks')))
