def test_xrp_public_key_signature():
private_key = RippleKey()
key = RippleKey(public_key=private_key.to_public())
data = {'Account': key.to_account()}
with pytest.raises(AssertionError):
key.sign_tx(data)
async def sign_and_submit(self, tx: dict, key: RippleKey) -> dict:
"""
Signs, serializes and submits the transaction using provided key
"""
tx = deepcopy(tx)
if 'SigningPubKey' not in tx:
tx['SigningPubKey'] = key.to_public()
if 'Sequence' not in tx:
info = await self.account_info(tx['Account'],
ledger_index='current')
tx['Sequence'] = info['account_data']['Sequence']
tx['TxnSignature'] = key.sign_tx(tx)
tx_blob = binascii.hexlify(serializer.serialize(tx)).decode()
return await self.submit(tx_blob)
def test_xrp_key_to_public():
key = RippleKey(private_key='shHM53KPZ87Gwdqarm1bAmPeXg8Tn')
assert key.to_public() == (
b'\x03\xfa%\xb6\x8d\xa6\xffh2\xe4F/\xdf\xb9\xa2\xaa\xa5\x88\x88\xc0'
b'\xed\x17(_\xfe\x92\xe4F^\x0cnx*')