def test_should_dump_course(self, last_command_run, last_course_published, should_dump):
"""
Tests whether a course should be dumped given the last time it was
dumped and the last time it was published.
"""
mss = ModuleStoreSerializer()
mss.get_command_last_run = lambda course_key, graph: last_command_run
mss.get_course_last_published = lambda course_key: last_course_published
mock_course_key = mock.Mock
mock_graph = mock.Mock()
self.assertEqual(
mss.should_dump_course(mock_course_key, mock_graph),
should_dump,
)
def test_coerce_types_iterable(self, iterable_type):
"""
Tests the coerce_types helper method for iterable types
"""
example_iterable = iterable_type([object, object, object])
# each element in the iterable is not unicode:
self.assertFalse(
any(isinstance(tab, six.text_type) for tab in example_iterable))
# but after they are coerced, they are:
coerced = ModuleStoreSerializer().coerce_types(example_iterable)
self.assertTrue(all(isinstance(tab, six.text_type) for tab in coerced))
# finally, make sure we haven't changed the type:
self.assertEqual(type(coerced), iterable_type)
def setUpClass(cls):
"""Any ModuleStore course/content operations can go here."""
super(TestModuleStoreSerializer, cls).setUpClass()
cls.mss = ModuleStoreSerializer.create()
def setUpClass(cls):
"""Any ModuleStore course/content operations can go here."""
super(TestModuleStoreSerializer, cls).setUpClass()
cls.mss = ModuleStoreSerializer.create()
