def test_set_key(self):
key = m2.aes_new()
m2.AES_set_key(key, KEY_TEXT, 128, 1)
m2.AES_free(key)
key2 = m2.aes_new()
m2.AES_set_key(key2, KEY_TEXT, 128, 0)
m2.AES_free(key2)
def test_set_key(self):
key = m2.aes_new()
m2.AES_set_key(key, KEY_TEXT, 128, 1)
m2.AES_free(key)
key2 = m2.aes_new()
m2.AES_set_key(key2, KEY_TEXT, 128, 0)
m2.AES_free(key2)
def test_crypt(self):
padded = b'zezulicka ' # len(padded) % 16 == 0
key = m2.aes_new()
# op == 0: encrypt
# otherwise: decrypt (Python code will supply the value 1.)
m2.AES_set_key(key, KEY_TEXT, 128, 0)
enc = m2.AES_crypt(key, padded, len(padded), 0)
m2.AES_free(key)
key2 = m2.aes_new()
m2.AES_set_key(key2, KEY_TEXT, 128, 1)
observed = m2.AES_crypt(key2, enc, len(enc), 1)
m2.AES_free(key2)
self.assertEqual(padded, observed)
def test_crypt(self):
padded = b'zezulicka ' # len(padded) % 16 == 0
key = m2.aes_new()
# op == 0: encrypt
# otherwise: decrypt (Python code will supply the value 1.)
m2.AES_set_key(key, KEY_TEXT, 128, 0)
enc = m2.AES_crypt(key, padded, len(padded), 0)
m2.AES_free(key)
key2 = m2.aes_new()
m2.AES_set_key(key2, KEY_TEXT, 128, 1)
observed = m2.AES_crypt(key2, enc, len(enc), 1)
m2.AES_free(key2)
self.assertEqual(padded, observed)
def test_type_check(self):
key = m2.aes_new()
m2.AES_set_key(key, KEY_TEXT, 128, 1)
res = m2.AES_type_check(key)
m2.AES_free(key)
self.assertEqual(res, 1) # Just to make sure nothing crashed
def test_type_check(self):
key = m2.aes_new()
m2.AES_set_key(key, KEY_TEXT, 128, 1)
res = m2.AES_type_check(key)
m2.AES_free(key)
self.assertEqual(res, 1) # Just to make sure nothing crashed