def test_decoding(self):
su = ShortUUID()
random_uid = uuid4()
smallest_uid = UUID(int=0)
encoded_random = su.encode(random_uid)
encoded_small = su.encode(smallest_uid)
self.assertEqual(su.decode(encoded_small), smallest_uid)
self.assertEqual(su.decode(encoded_random), random_uid)
def test_decoding(self):
su = ShortUUID()
random_uid = uuid4()
smallest_uid = UUID(int=0)
encoded_random = su.encode(random_uid)
encoded_small = su.encode(smallest_uid)
self.assertEqual(su.decode(encoded_small), smallest_uid)
self.assertEqual(su.decode(encoded_random), random_uid)
def test_alphabet(self):
alphabet = "01"
su1 = ShortUUID(alphabet)
su2 = ShortUUID()
self.assertEqual(alphabet, su1.get_alphabet())
su1.set_alphabet("01010101010101")
self.assertEqual(alphabet, su1.get_alphabet())
self.assertEqual(set(su1.uuid()), set("01"))
self.assertTrue(116 < len(su1.uuid()) < 140)
self.assertTrue(20 < len(su2.uuid()) < 24)
ui = uuid4()
self.assertEqual(ui, su1.decode(su1.encode(ui)))
ui = su1.uuid()
self.assertEqual(ui, su1.encode(su1.decode(ui)))
self.assertRaises(ValueError, su1.set_alphabet, "1")
self.assertRaises(ValueError, su1.set_alphabet, "1111111")
def test_alphabet(self):
alphabet = "01"
su1 = ShortUUID(alphabet)
su2 = ShortUUID()
self.assertEqual(alphabet, su1.get_alphabet())
su1.set_alphabet("01010101010101")
self.assertEqual(alphabet, su1.get_alphabet())
self.assertEqual(set(su1.uuid()), set("01"))
self.assertTrue(116 < len(su1.uuid()) < 140)
self.assertTrue(20 < len(su2.uuid()) < 24)
u = uuid4()
self.assertEqual(u, su1.decode(su1.encode(u)))
u = su1.uuid()
self.assertEqual(u, su1.encode(su1.decode(u)))
self.assertRaises(ValueError, su1.set_alphabet, "1")
self.assertRaises(ValueError, su1.set_alphabet, "1111111")
def test_consistency(self):
su = ShortUUID()
num_iterations = 1000
uid_lengths = defaultdict(int)
for count in range(num_iterations):
random_uid = uuid4()
encoded_random = su.encode(random_uid)
uid_lengths[len(encoded_random)] += 1
decoded_random = su.decode(encoded_random)
self.assertEqual(random_uid, decoded_random)
self.assertEqual(len(uid_lengths), 1)
uid_length = next(iter(uid_lengths.keys())) # Get the 1 value
self.assertEqual(uid_lengths[uid_length], num_iterations)
def test_consistency(self):
su = ShortUUID()
num_iterations = 1000
uid_lengths = defaultdict(int)
for count in range(num_iterations):
random_uid = uuid4()
encoded_random = su.encode(random_uid)
uid_lengths[len(encoded_random)] += 1
decoded_random = su.decode(encoded_random)
self.assertEqual(random_uid, decoded_random)
self.assertEqual(len(uid_lengths), 1)
uid_length = next(iter(uid_lengths.keys())) # Get the 1 value
self.assertEqual(uid_lengths[uid_length], num_iterations)
def test_decoding(self):
su = ShortUUID()
ui = UUID("{3b1f8b40-222c-4a6e-b77e-779d5a94e21c}")
self.assertEqual(su.decode("bYRT25J5s7Bniqr4b58cXC"), ui)
def test_decoding(self):
su = ShortUUID()
u = UUID("{3b1f8b40-222c-4a6e-b77e-779d5a94e21c}")
self.assertEqual(su.decode("CXc85b4rqinB7s5J52TRYb"), u)
def test_decoding(self):
su = ShortUUID()
u = UUID("{3b1f8b40-222c-4a6e-b77e-779d5a94e21c}")
self.assertEqual(su.decode("CXc85b4rqinB7s5J52TRYb"), u)
