def test_from_private_key(self):
raw = encoding.a2b_hex(data['privkey_hex'])
priv = privkey.PrivateKey.from_bytes(raw)
pub = priv.public_key()
assert pub.network is priv.network
assert pub.compressed == priv.compressed
assert pub.key.public_numbers().x == data['pubkey_pair'][0]
assert pub.key.public_numbers().y == data['pubkey_pair'][1]
def from_hex(cls, string):
"""TODO"""
try:
data = encoding.a2b_hex(string)
except encoding.InvalidEncoding as e:
raise InvalidEncoding(e.message)
return cls.from_bytes(data)
def from_hex(cls, string):
"""TODO"""
try:
data = encoding.a2b_hex(string)
except encoding.InvalidEncoding as e:
raise InvalidEncoding(e.message)
return cls.from_bytes(data)
def test_bitcoind_valid_wifs(self, valid_wifs):
for wif, secret_hex, attrs in valid_wifs:
secret = encoding.b2i_bigendian(encoding.a2b_hex(secret_hex))
network_ = network.testnet if attrs['isTestnet'] else network.livenet
compressed = attrs['isCompressed']
k = PrivateKey.from_wif(wif)
assert k.key.private_numbers().private_value == secret
assert k.network is network_
assert k.compressed == compressed