def test_basic_auto_b64decode(self):
packed = self.build_opdata1()
packed = base64.b64encode(packed)
plaintext_length, iv, cryptext, expected_hmac, _ = crypt_util.opdata1_unpack(
packed)
self.assertEqual(plaintext_length, 0)
self.assertEqual(cryptext, b"")
def test_basic(self):
packed = self.build_opdata1()
plaintext_length, iv, cryptext, expected_hmac, _ = crypt_util.opdata1_unpack(
packed)
self.assertEqual(plaintext_length, 0)
self.assertEqual(cryptext, b"")
def test_bad_header_fails(self):
with assert_raises(TypeError):
crypt_util.opdata1_unpack(b"")
with assert_raises(TypeError):
crypt_util.opdata1_unpack(b"opdata02abcdef")
def test_basic_auto_b64decode(self):
packed = self.build_opdata1()
packed = base64.b64encode(packed)
plaintext_length, iv, cryptext, expected_hmac, _ = crypt_util.opdata1_unpack(packed)
T.assert_equal(plaintext_length, 0)
T.assert_equal(cryptext, "")
def test_basic(self):
packed = self.build_opdata1()
plaintext_length, iv, cryptext, expected_hmac, _ = crypt_util.opdata1_unpack(packed)
T.assert_equal(plaintext_length, 0)
T.assert_equal(cryptext, "")
def test_bad_header_fails(self):
with T.assert_raises(TypeError):
crypt_util.opdata1_unpack("")
with T.assert_raises(TypeError):
crypt_util.opdata1_unpack("opdata02abcdef")
