def test_from_public_key_1(self):
Network.use("mainnet")
public_key = Keys("secret").get_public_key()
address = Address.from_public_key(public_key)
self.assertTrue(isinstance(address, bytes))
self.assertEqual(address, b"AJWRd23HNEhPLkK1ymMnwnDBX2a7QBZqff")
def test_from_secret_2(self):
Network.use("mainnet")
address = Address.from_secret(
"secret second test to be sure it works correctly")
self.assertTrue(isinstance(address, bytes))
self.assertEqual(address, b"AQSqYnjmwj1GBL5twD4K9EBXDaTHZognox")
def generate(cls, votes, secret, second_secret=None, fee=None):
"""
Creates a vote transaction
:param votes: votes (list)
:param secret: secret passphrase (string or bytes)
:param second_secret: second secret passphrase (string or bytes)
:param fee: fee for transaction
:return: (Vote)
"""
self = cls(fee, _error_use_class_method=False)
self._sender_public_key = Keys(secret).get_public_key()
self._recipient_id = Address.from_secret(secret)
self._asset["votes"] = votes
self.sign(secret, second_secret)
return self
def test_validate_2(self):
Network.use("mainnet")
self.assertFalse(Address.validate("totally not valid address"))
def test_validate_1(self):
Network.use("mainnet")
self.assertTrue(Address.validate("AQSqYnjmwj1GBL5twD4K9EBXDaTHZognox"))
def test_from_secret_1(self):
Network.use("mainnet")
address = Address.from_secret("secret")
self.assertTrue(isinstance(address, bytes))
self.assertEqual(address, b"AJWRd23HNEhPLkK1ymMnwnDBX2a7QBZqff")