def update(self, answer):
self.validate(answer)
if not self.solved:
return False
if self.type == 'submission' and GCE.ENCRYPTION_AVAILABLE:
self.tip_key = GCE.generate_key()
return True
def update(self, answer):
self.validate(answer)
if not self.solved:
return False
if self.type == 'submission' and self.tokenlist.state.tenant_cache[self.tid].encryption:
self.tip_key = GCE.generate_key()
return True
GCE.ALGORITM_CONFIGURATION['KDF']['ARGON2']['OPSLIMIT'] = GCE.ALGORITM_CONFIGURATION['HASH']['ARGON2']['OPSLIMIT'] = 1
GCE.ALGORITM_CONFIGURATION['HASH']['SCRYPT']['N'] = 1<<1
################################################################################
# BEGIN MOCKS NECESSARY FOR DETERMINISTIC ENCRYPTION
VALID_PASSWORD1 = u'ACollectionOfDiplomaticHistorySince_1966_ToThe_Pr esentDay#'
VALID_PASSWORD2 = VALID_PASSWORD1
VALID_SALT1 = GCE.generate_salt()
VALID_SALT2 = GCE.generate_salt()
VALID_HASH1 = GCE.hash_password(VALID_PASSWORD1, VALID_SALT1)
VALID_HASH2 = GCE.hash_password(VALID_PASSWORD2, VALID_SALT2)
VALID_BASE64_IMG = 'iVBORw0KGgoAAAANSUhEUgAAAAEAAAABCAQAAAC1HAwCAAAAC0lEQVQYV2NgYAAAAAMAAWgmWQ0AAAAASUVORK5CYII='
INVALID_PASSWORD = u'antani'
KEY = GCE.generate_key()
USER_KEY = GCE.derive_key(VALID_PASSWORD1, VALID_SALT1)
USER_PRV_KEY, USER_PUB_KEY = GCE.generate_keypair()
USER_PRV_KEY_ENC = GCE.symmetric_encrypt(USER_KEY, USER_PRV_KEY)
GCE_orig_generate_key = GCE.generate_key
GCE_orig_generate_keypair = GCE.generate_keypair
@staticmethod
def GCE_mock_generate_key():
return KEY
@staticmethod
def GCE_mock_generate_keypair():
return USER_PRV_KEY, USER_PUB_KEY
GCE.ALGORITM_CONFIGURATION['KDF']['ARGON2']['OPSLIMIT'] = GCE.ALGORITM_CONFIGURATION['HASH']['ARGON2']['OPSLIMIT'] = 1
GCE.ALGORITM_CONFIGURATION['HASH']['SCRYPT']['N'] = 1<<1
################################################################################
# BEGIN MOCKS NECESSARY FOR DETERMINISTIC ENCRYPTION
VALID_PASSWORD1 = u'ACollectionOfDiplomaticHistorySince_1966_ToThe_Pr esentDay#'
VALID_PASSWORD2 = VALID_PASSWORD1
VALID_SALT1 = GCE.generate_salt()
VALID_SALT2 = GCE.generate_salt()
VALID_HASH1 = GCE.hash_password(VALID_PASSWORD1, VALID_SALT1)
VALID_HASH2 = GCE.hash_password(VALID_PASSWORD2, VALID_SALT2)
VALID_BASE64_IMG = 'iVBORw0KGgoAAAANSUhEUgAAAAEAAAABCAQAAAC1HAwCAAAAC0lEQVQYV2NgYAAAAAMAAWgmWQ0AAAAASUVORK5CYII='
INVALID_PASSWORD = u'antani'
KEY = GCE.generate_key()
USER_KEY = GCE.derive_key(VALID_PASSWORD1, VALID_SALT1)
USER_PRV_KEY, USER_PUB_KEY = GCE.generate_keypair()
USER_PRV_KEY_ENC = GCE.symmetric_encrypt(USER_KEY, USER_PRV_KEY)
GCE_orig_generate_key = GCE.generate_key
GCE_orig_generate_keypair = GCE.generate_keypair
@staticmethod
def GCE_mock_generate_key():
return KEY
@staticmethod
def GCE_mock_generate_keypair():
return USER_PRV_KEY, USER_PUB_KEY
def test_crypto_generate_key_encrypt_decrypt_key(self):
enc_key = GCE.generate_key()
enc = GCE.symmetric_encrypt(enc_key, message)
dec = GCE.symmetric_decrypt(enc_key, enc)
self.assertEqual(dec, message)
def test_generate_keypair(self):
key = GCE.generate_key()
prv_key, pub_key = GCE.generate_keypair()
prv_key_enc = GCE.symmetric_encrypt(key, prv_key)
self.assertEqual(prv_key, GCE.symmetric_decrypt(key, prv_key_enc))
def test_generate_key(self):
GCE.generate_key()
def test_crypto_generate_key_encrypt_decrypt_key(self):
enc_key = GCE.generate_key()
enc = GCE.symmetric_encrypt(enc_key, message)
dec = GCE.symmetric_decrypt(enc_key, enc)
self.assertEqual(dec, message)
def test_generate_keypair(self):
key = GCE.generate_key()
prv_key, pub_key = GCE.generate_keypair()
prv_key_enc = GCE.symmetric_encrypt(key, prv_key)
self.assertEqual(prv_key, GCE.symmetric_decrypt(key, prv_key_enc))
def test_generate_key(self):
GCE.generate_key()