class EncryptionTests(Base):
def setUp(self):
self.pkl = EncryptingPickleSerializer()
@override_settings(ENCRYPTED_COOKIE_KEYS=None)
def test_empty_key_not_allowed(self):
with self.assertRaises(ImproperlyConfigured):
self.pkl.dumps('summat')
def test_encrypt_decrypt(self):
plaintext_bytes = 'adsfasdfw34wras'
encrypted = self.pkl.dumps(plaintext_bytes)
self.assertNotEqual(plaintext_bytes, encrypted)
decrypted = self.pkl.loads(encrypted)
self.assertEqual(plaintext_bytes, decrypted)
@override_settings(ENCRYPTED_COOKIE_KEYS=['nope'])
def test_incorrect_key_value(self):
with self.assertRaises(ValueError):
self.pkl.dumps('summat')
@override_settings(COMPRESS_ENCRYPTED_COOKIE=True)
def test_compressed_encrypt_decrypt(self):
plaintext_bytes = 'adsfasdfw34wras'
encrypted = self.pkl.dumps(plaintext_bytes)
self.assertNotEqual(plaintext_bytes, encrypted)
decrypted = self.pkl.loads(encrypted)
self.assertEqual(plaintext_bytes, decrypted)
def test_recover_from_uncompressed_value(self):
plaintext_bytes = 'adsfasdfw34wras'
with override_settings(COMPRESS_ENCRYPTED_COOKIE=False):
encrypted = self.pkl.dumps(plaintext_bytes)
with override_settings(COMPRESS_ENCRYPTED_COOKIE=True):
# Make sure this doesn't raise an exception.
decrypted = self.pkl.loads(encrypted)
self.assertEqual(plaintext_bytes, decrypted)
class EncryptionTests(Base):
def setUp(self):
self.pkl = EncryptingPickleSerializer()
@override_settings(ENCRYPTED_COOKIE_KEYS=None)
def test_empty_key_not_allowed(self):
with self.assertRaises(ImproperlyConfigured):
self.pkl.dumps('summat')
def test_encrypt_decrypt(self):
plaintext_bytes = 'adsfasdfw34wras'
encrypted = self.pkl.dumps(plaintext_bytes)
self.assertNotEqual(plaintext_bytes, encrypted)
decrypted = self.pkl.loads(encrypted)
self.assertEqual(plaintext_bytes, decrypted)
@override_settings(ENCRYPTED_COOKIE_KEYS=['nope'])
def test_incorrect_key_value(self):
with self.assertRaises(ValueError):
self.pkl.dumps('summat')
@override_settings(COMPRESS_ENCRYPTED_COOKIE=True)
def test_compressed_encrypt_decrypt(self):
plaintext_bytes = 'adsfasdfw34wras'
encrypted = self.pkl.dumps(plaintext_bytes)
self.assertNotEqual(plaintext_bytes, encrypted)
decrypted = self.pkl.loads(encrypted)
self.assertEqual(plaintext_bytes, decrypted)
def test_recover_from_uncompressed_value(self):
plaintext_bytes = 'adsfasdfw34wras'
with override_settings(COMPRESS_ENCRYPTED_COOKIE=False):
encrypted = self.pkl.dumps(plaintext_bytes)
with override_settings(COMPRESS_ENCRYPTED_COOKIE=True):
# Make sure this doesn't raise an exception.
decrypted = self.pkl.loads(encrypted)
self.assertEqual(plaintext_bytes, decrypted)
def setUp(self):
self.pkl = EncryptingPickleSerializer()
class EncryptionTests(TestCase):
def setUp(self):
self.pkl = EncryptingPickleSerializer()
@override_settings(SECRET_KEY='', ENCRYPTED_COOKIE_KEY='')
def test_empty_secret_key_not_allowed(self):
with self.assertRaises(ValueError):
self.pkl.dumps('summat')
def test_encrypt_decrypt(self):
plaintext_bytes = 'adsfasdfw34wras'
encrypted = self.pkl.dumps(plaintext_bytes)
self.assertNotEqual(plaintext_bytes, encrypted)
decrypted = self.pkl.loads(encrypted)
self.assertEqual(plaintext_bytes, decrypted)
def test_multiple_encrypt_decrypt(self):
"""
Make sure that crypto isn't invalidly reusing a same cipher object
in a feedback mode (this test was for the pycrypto implementation)
"""
plaintext_bytes = 'adsfasdfw34wras'
encrypted = self.pkl.dumps(plaintext_bytes)
self.pkl.dumps('asdf')
decrypted = self.pkl.loads(encrypted)
self.assertEqual(plaintext_bytes, decrypted)
@override_settings(COMPRESS_ENCRYPTED_COOKIE=True)
def test_compressed_encrypt_decrypt(self):
plaintext_bytes = 'adsfasdfw34wras'
encrypted = self.pkl.dumps(plaintext_bytes)
self.assertNotEqual(plaintext_bytes, encrypted)
decrypted = self.pkl.loads(encrypted)
self.assertEqual(plaintext_bytes, decrypted)
def test_recover_from_uncompressed_value(self):
plaintext_bytes = 'adsfasdfw34wras'
with override_settings(COMPRESS_ENCRYPTED_COOKIE=False):
encrypted = self.pkl.dumps(plaintext_bytes)
with override_settings(COMPRESS_ENCRYPTED_COOKIE=True):
# Make sure this doesn't raise an exception.
decrypted = self.pkl.loads(encrypted)
self.assertEqual(plaintext_bytes, decrypted)
class EncryptionTests(TestCase):
def setUp(self):
self.pkl = EncryptingPickleSerializer()
@override_settings(SECRET_KEY='', ENCRYPTED_COOKIE_KEY='')
def test_empty_secret_key_not_allowed(self):
with self.assertRaises(ValueError):
self.pkl.dumps('summat')
def test_encrypt_decrypt(self):
plaintext_bytes = 'adsfasdfw34wras'
encrypted = self.pkl.dumps(plaintext_bytes)
self.assertNotEqual(plaintext_bytes, encrypted)
decrypted = self.pkl.loads(encrypted)
self.assertEqual(plaintext_bytes, decrypted)
def test_multiple_encrypt_decrypt(self):
"""
Make sure that crypto isn't invalidly reusing a same cipher object
in a feedback mode (this test was for the pycrypto implementation)
"""
plaintext_bytes = 'adsfasdfw34wras'
encrypted = self.pkl.dumps(plaintext_bytes)
self.pkl.dumps('asdf')
decrypted = self.pkl.loads(encrypted)
self.assertEqual(plaintext_bytes, decrypted)
@override_settings(COMPRESS_ENCRYPTED_COOKIE=True)
def test_compressed_encrypt_decrypt(self):
plaintext_bytes = 'adsfasdfw34wras'
encrypted = self.pkl.dumps(plaintext_bytes)
self.assertNotEqual(plaintext_bytes, encrypted)
decrypted = self.pkl.loads(encrypted)
self.assertEqual(plaintext_bytes, decrypted)
def test_recover_from_uncompressed_value(self):
plaintext_bytes = 'adsfasdfw34wras'
with override_settings(COMPRESS_ENCRYPTED_COOKIE=False):
encrypted = self.pkl.dumps(plaintext_bytes)
with override_settings(COMPRESS_ENCRYPTED_COOKIE=True):
# Make sure this doesn't raise an exception.
decrypted = self.pkl.loads(encrypted)
self.assertEqual(plaintext_bytes, decrypted)
