def testsha256(self):
for src, result in BitcoinSHA256.vectors:
self.assertEqual(Bitcoin.hash(src), result)
def testsha256(self):
for src, result in BitcoinSHA256.vectors:
self.assertEqual(Bitcoin.hash(src), result)
def test_serialize_public_key(self):
pubkey = keys.PrivateKey(Bitcoin.hash(b"test case")).get_public_key(False)
data = pubkey.as_hex()
pubkey2 = keys.PublicKey.from_hex(data)
self.assertEqual(pubkey, pubkey2)
def test_serialize_private_key(self):
pk = keys.PrivateKey(Bitcoin.hash(b"test case"))
data = pk.serialize()
pk2, v = keys.PrivateKey.unserialize(data)
self.assertEqual(v, b"")
self.assertEqual(pk, pk2)
def test_serialize_public_key(self):
pubkey = keys.PrivateKey(
Bitcoin.hash(b'test case')).get_public_key(False)
data = pubkey.as_hex()
pubkey2 = keys.PublicKey.from_hex(data)
self.assertEqual(pubkey, pubkey2)
def test_serialize_private_key(self):
pk = keys.PrivateKey(Bitcoin.hash(b'test case'))
data = pk.serialize()
pk2, v = keys.PrivateKey.unserialize(data)
self.assertEqual(v, b'')
self.assertEqual(pk, pk2)
