def test_key_len(self):
''' Test the length of a `Key`, which should only be 0 in the case of an incomplete key. '''
k, nk = Key("Sample"), Key("Sample", "sample")
# a key with no ID should evaluate to 0 via len()
self.assertEqual(len(k), 0)
self.assertEqual(len(nk), 1)
def test_key_nonzero(self):
''' Test nonzero functionality in a key. '''
# sample zero key and nonzero key
k, nk = Key("Sample"), Key("Sample", "sample")
# key with no ID should evaluate to falsy
self.assertTrue(nk)
self.assertTrue(not k)
def test_key_flatten(self):
""" Test flattening a Key into a raw iterable """
# sample key
k = Key("Sample", "sample")
# flatten in & out
self.assertEqual(Key(raw=k.flatten()), k)
self.assertEqual(Key.from_raw(k.flatten()), k)
def test_urlsafe_key_format(self):
""" Test constructing a key from its encoded form """
# sample key
k = Key("Sample", "sample")
# urlsafe in & out
self.assertEqual(Key(urlsafe=k.urlsafe()), k)
self.assertEqual(Key.from_urlsafe(k.urlsafe()), k)
def test_abstract_key(self):
''' Make sure `model.AbstractKey` works abstractly. '''
# should not be able to instantiate `AbstractKey`
with self.assertRaises(exceptions.AbstractConstructionFailure):
AbstractKey()
self.assertIsInstance(Key(), AbstractKey)
def test_raw_key_format(self):
''' Try constructing a key from a raw iterable. '''
# sample key
k = Key("Sample", "sample")
# tupled raw
self.assertEqual(Key(raw=k.flatten()), k)
self.assertEqual(Key.from_raw(k.flatten()), k)
# joined raw
joined, struct = k.flatten(True)
self.assertEqual(Key(raw=joined), k)
self.assertEqual(Key.from_raw(joined), k)
def test_construct_key(self):
''' Try constructing a key manually. '''
# test kinded empty key
k = Key("TestKind")
self.assertEqual(k.kind, "TestKind")
# test kinded ID'd key
k = Key("TestKind", "sample")
self.assertEqual(k.kind, "TestKind")
self.assertEqual(k.id, "sample")
# test parented, kinded ID'd key
pk = Key("TestParentKind", "parent")
k = Key("TestKind", "child", parent=pk)
self.assertEqual(k.kind, "TestKind")
self.assertEqual(k.id, "child")
self.assertEqual(k.parent, pk)
# make sure basic properties are ok
self.assertEqual(k.__slots__, set())
self.assertEqual(k.__class__.__name__, "Key")
self.assertEqual(k.__class__.__slots__, set())
def test_key_flatten(self):
''' Try flattening a Key into a raw iterable. '''
# sample key
k = Key("Sample", "sample")
# flatten in & out
self.assertEqual(Key(raw=k.flatten()), k)
self.assertEqual(Key.from_raw(k.flatten()), k)
def test_urlsafe_key_format(self):
''' Try constructing a key from its URL-encoded form. '''
# sample key
k = Key("Sample", "sample")
# urlsafe in & out
self.assertEqual(Key(urlsafe=k.urlsafe()), k)
self.assertEqual(Key.from_urlsafe(k.urlsafe()), k)
def test_key_stringify(self):
''' Test the string representation of a `Key` object. '''
# build and stringify key
k = Key("SampleKind", "sample_id")
x = str(k)
# make sure the kind is somewhere
self.assertTrue(("kind" in x))
self.assertTrue(("SampleKind" in x))
# make sure the ID is somewhere
self.assertTrue(("id" in x))
self.assertTrue(("sample_id" in x))
# make sure the key class is somewhere
self.assertTrue(('Key' in x))
def test_key_inheritance(self):
''' Make sure there's a proper inheritance structure for `model.Key`. '''
# test basic key inheritance
k = Key("TestKind", "sample")
# test basic inheritance
self.assertIsInstance(k, Key)
self.assertIsInstance(k, AbstractKey)
self.assertIsInstance(k, object)
# test class inheritance
self.assertTrue(issubclass(Key, AbstractKey))
self.assertTrue(AbstractKey in Key.__bases__)
self.assertIsInstance(Key, AbstractKey.__metaclass__)
# check `AbstractKey` inheritance
self.assertTrue(type(k) == Key)
self.assertTrue(issubclass(Key, object))
def test_raw_key_format(self):
""" Test constructing a key from a raw iterable """
# sample key
k = Key("Sample", "sample")
# tupled raw
self.assertEqual(Key(raw=k.flatten()), k)
self.assertEqual(Key.from_raw(k.flatten()), k)
# joined raw
joined, struct = k.flatten(True)
self.assertEqual(Key(raw=joined), k)
self.assertEqual(Key.from_raw(joined), k)
