def test_b58check(self):
vectors = [
('', '3QJmnh'),
('61', 'C2dGTwc'),
('626262', '4jF5uERJAK'),
('636363', '4mT4krqUYJ'),
('73696d706c792061206c6f6e6720737472696e67', 'BXF1HuEUCqeVzZdrKeJjG74rjeXxqJ7dW'),
('00eb15231dfceb60925886b67d065299925915aeb172c06647', '13REmUhe2ckUKy1FvM7AMCdtyYq831yxM3QeyEu4'),
('516b6fcd0f', '237LSrY9NUUas'),
('bf4f89001e670274dd', 'GwDDDeduj1jpykc27e'),
('572e4794', 'FamExfqCeza'),
('ecac89cad93923c02321', '2W1Yd5Zu6WGyKVtHGMrH'),
('10c8511e', '3op3iuGMmhs'),
('00000000000000000000', '111111111146Momb')
]
for v in vectors:
self.assertEqual(
convert.bytes_to_b58check(convert.hex_to_bytes(v[0])),
v[1]
)
self.assertEqual(
convert.b58check_to_bytes(v[1]),
convert.hex_to_bytes(v[0])
)
def serialize_xpub(k):
b = b''
b += HD_HEADER_PUBLIC
b += convert.int_to_byte(k['depth'])
b += k['fingerprint']
b += convert.int_to_bytes(k['i'], 4)
b += k['chaincode']
b += ecdsa.serialize_pub(k['pub'])
return convert.bytes_to_b58check(b)
def serialize_xpriv(k):
b = b''
b += HD_HEADER_PRIVATE
b += convert.int_to_byte(k['depth'])
b += k['fingerprint']
b += convert.int_to_bytes(k['i'], 4)
b += k['chaincode']
b += b'\x00' + ecdsa.serialize_priv(k['priv'])
return convert.bytes_to_b58check(b)