def test_generate_one_key(self, rand_call):
rand_call.return_value = 0.987654321
expected_key = 'BWa221u4'
if not PY3:
expected_key = 'Aa1txnLk'
gen = AbstractAlphabetKeyGenerator(seed=12345)
key = gen.generate_one_key()
self.assertEqual(expected_key, key)
def test_generate_one_key(self):
seed = 12345
expected_key = 'Aa1txnLk'
gen = AbstractAlphabetKeyGenerator(seed=seed)
key = gen.generate_one_key()
self.assertEqual(expected_key, key)
def test_valid_key(self):
gen = AbstractAlphabetKeyGenerator()
goodkey = 'abc123+-'
self.assertTrue(gen.valid_key(goodkey))
badkey = 'abc"123'
self.assertFalse(gen.valid_key(badkey))
def test_generate_one_key(self):
seed = 12345
expected_key = 'Aa1txnLk'
gen = AbstractAlphabetKeyGenerator(seed=seed)
key = gen.generate_one_key()
self.assertEqual(expected_key, key)
def test_valid_key(self):
gen = AbstractAlphabetKeyGenerator()
goodkey = 'abc123+-'
self.assertTrue(gen.valid_key(goodkey))
badkey = 'abc"123'
self.assertFalse(gen.valid_key(badkey))
def test_init(self):
gen = AbstractAlphabetKeyGenerator()
self.assertEqual(gen.alphabet, SAFE_ALPHABET)
self.assertEqual(gen.length, SHORT_LENGTH)
self.assertTrue(hasattr(gen, 'base'))
self.assertTrue(hasattr(gen, 'valid_re'))
