def test_encode_public(self):
secretkey = PrivateKey(secret=b16decode(self.secret_2))
publickey = PublicKey.from_secret(secretkey.secret)
self.assertEqual(self.public_address,
integrity.compute_public_address(publickey))
self.assertEqual(self.public_digest,
b16encode(integrity.public_digest(publickey)))
def test_passphrase():
w = Wallet(MNEMONIC, passphrase="@@@@")
sk, pk = w.derive_account("btc")
expected_sk = bytes.fromhex(
"63c7cf13220c7e2d81a7edf88cef431da1f7a323b8cfc9125be4311651aa6b43")
expected_pk = bytes.fromhex(
"03fcd9a4f6abc4a0548e57fae133c47de5715372cfc5ea44e2b5f7ab4a3997d344")
assert sk == expected_sk
assert pk == expected_pk
assert pk == PublicKey.from_secret(expected_sk).format()
def test_btc_wallet():
w = Wallet(MNEMONIC_JA, language="japanese")
sk, pk = w.derive_account("btc")
expected_sk = bytes.fromhex(
"b9a012b6b7a483cd31dee2cf3c6734b7f5c043657f3b7068e3ca806c3b5d7ef1")
expected_pk = bytes.fromhex(
"02e5552d6999ce4f43c2b519c3b5d541585a6980dca3f3c5a96ce1b482824dd713")
assert sk == expected_sk
assert pk == expected_pk
assert pk == PublicKey.from_secret(expected_sk).format()
sk, pk = w.derive_account(1) # testnet
expected_pk = bytes.fromhex(
"02c0dc81e9753524f3303881ab026d27b3a614ce4de93dbe7d2b115aba103d19b5")
assert pk == expected_pk
def key_pair():
"""Generate a public key and a secret key."""
secretkey = PrivateKey()
publickey = PublicKey.from_secret(secretkey.secret)
return (publickey, secretkey)
