def atomic_swap(
self,
sender_address: str,
recipient_address: str,
value: float,
solvable_utxo: list,
secret_hash: str = None,
) -> BitcoinAtomicSwapTransaction:
transaction = BitcoinAtomicSwapTransaction(self, sender_address,
recipient_address, value,
solvable_utxo, secret_hash)
transaction.create_unsigned_transaction()
return transaction
def atomic_swap(
self,
sender_address: str,
recipient_address: str,
value: float,
solvable_utxo: list = None,
secret_hash: str = None,
) -> BitcoinAtomicSwapTransaction:
if not solvable_utxo:
solvable_utxo = self.get_utxo(sender_address, value)
if not solvable_utxo:
logger.error(f'Cannot get UTXO for address {sender_address}')
return
transaction = BitcoinAtomicSwapTransaction(self, sender_address,
recipient_address, value,
solvable_utxo, secret_hash)
transaction.create_unsigned_transaction()
return transaction
def atomic_swap(
self,
sender_address: str,
recipient_address: str,
value: float,
solvable_utxo: list = None,
secret_hash: str = None,
) -> Optional[BitcoinAtomicSwapTransaction]:
'''
Creates atomic swap unsigned transaction object.
Args:
sender_address (str): wallet address of the sender
recipient_address (str): wallet address of the recipient
value (float): amount to swap
solvable_utxo (list): optional list of UTXO objects. If None then it will try to find UTXO automatically
by using the `get_utxo` method.
secret_hash (str): optional secret hash to be used in transaction. If None then the new hash
will be generated.
Returns:
BitcoinAtomicSwapTransaction, None: unsigned Atomic Swap transaction object or None if something went wrong
Example:
>>> from clove.network import BitcoinTestNet
>>> network = BitcoinTestNet()
>>> network.atomic_swap('msJ2ucZ2NDhpVzsiNE5mGUFzqFDggjBVTM', 'mmJtKA92Mxqfi3XdyGReza69GjhkwAcBN1', 2.4)
<clove.network.bitcoin.transaction.BitcoinAtomicSwapTransaction at 0x7f989439d630>
'''
if not solvable_utxo:
solvable_utxo = self.get_utxo(sender_address, value)
if not solvable_utxo:
logger.error(f'Cannot get UTXO for address {sender_address}')
return
transaction = BitcoinAtomicSwapTransaction(self, sender_address,
recipient_address, value,
solvable_utxo, secret_hash)
transaction.create_unsigned_transaction()
return transaction