def build_transaction(self,
transaction_id,
wallet,
amount,
asset=bytom["BTM_asset"]):
"""
Build Bytom refund transaction.
:param transaction_id: Bytom fund transaction id to redeem.
:type transaction_id: str
:param wallet: Bytom sender wallet.
:type wallet: bytom.wallet.Wallet
:param amount: Bytom amount to withdraw.
:type amount: int
:param asset: Bytom asset id, defaults to BTM asset.
:type asset: str
:returns: RefundTransaction -- Bytom refund transaction instance.
>>> from swap.providers.bytom.transaction import RefundTransaction
>>> from swap.providers.bytom.wallet import Wallet
>>> sender_wallet = Wallet(network="testnet").from_mnemonic("indicate warm sock mistake code spot acid ribbon sing over taxi toast")
>>> refund_transaction = RefundTransaction(network="testnet")
>>> refund_transaction.build_transaction(transaction_id="481c00212c552fbdf537fcc88c1006a69bdd3130f593965f6ff4f91818a1c6e1", wallet=sender_wallet, amount=10000, asset="ffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffff")
<swap.providers.bytom.transaction.RefundTransaction object at 0x0409DAF0>
"""
# Checking parameter instances
if not isinstance(transaction_id, str):
raise TypeError(
"invalid transaction id instance, only takes Bytom string type"
)
if not isinstance(wallet, Wallet):
raise TypeError(
"invalid wallet instance, only takes Bytom Wallet class")
if not isinstance(amount, int):
raise TypeError("invalid asset instance, only takes integer type")
if not isinstance(asset, str):
raise TypeError("invalid amount instance, only takes string type")
# Finding htlc utxo id.
utxo_id = find_p2wsh_utxo(transaction_id=transaction_id,
network=self.network)
if utxo_id is None:
raise ValueError(
"invalid transaction id, there is no smart contact")
if not wallet.guid():
raise ValueError("can't find sender wallet guid from wallet")
elif not isinstance(wallet.guid(), str):
raise TypeError("invalid sender guid type, only takes string type")
# Setting wallet GUID
self.guid = wallet.guid()
# Actions
inputs, outputs = list(), list()
# Input action
inputs.append(spend_utxo_action(utxo=utxo_id))
# Output action
outputs.append(
control_address_action(
asset=asset,
amount=amount,
address=wallet.address() if wallet.address() else list_address(
guid=wallet.guid(), limit=1,
network=self.network)["result"]["data"][0]["address"]))
# Transaction
tx = dict(guid=self.guid,
inputs=inputs,
outputs=outputs,
fee=bytom["fee"],
confirmations=bytom["confirmations"])
# Building transaction
self.transaction = build_transaction(tx=tx, network=self.network)
self._type = "bytom_refund_unsigned"
return self
def build_transaction(self,
transaction_id,
wallet,
amount,
asset=bytom["BTM_asset"]):
"""
Build Bytom claim transaction.
:param transaction_id: Bytom fund transaction id to redeem.
:type transaction_id: str
:param wallet: Bytom recipient wallet.
:type wallet: bytom.wallet.Wallet
:param amount: Bytom amount to withdraw.
:type amount: int
:param asset: Bytom asset id, defaults to BTM asset.
:type asset: str
:returns: ClaimTransaction -- Bytom claim transaction instance.
>>> from swap.providers.bytom.transaction import ClaimTransaction
>>> from swap.providers.bytom.wallet import Wallet
>>> recipient_wallet = Wallet(network="testnet").from_mnemonic("hint excuse upgrade sleep easily deputy erase cluster section other ugly limit")
>>> claim_transaction = ClaimTransaction(network="testnet")
>>> claim_transaction.build_transaction(transaction_id="1006a6f537fcc4888c65f6ff4f91818a1c6e19bdd3130f59391c00212c552fbd", wallet=recipient_wallet, amount=10000, asset="ffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffff")
<swap.providers.bytom.transaction.ClaimTransaction object at 0x0409DAF0>
"""
# Checking parameter instances
if not isinstance(transaction_id, str):
raise TypeError(
"invalid transaction id instance, only takes Bytom string type"
)
if not isinstance(wallet, Wallet):
raise TypeError(
"invalid wallet instance, only takes Bytom Wallet class")
if not isinstance(amount, int):
raise TypeError("invalid asset instance, only takes integer type")
if not isinstance(asset, str):
raise TypeError("invalid amount instance, only takes string type")
# Finding htlc utxo id.
utxo_id = find_p2wsh_utxo(transaction_id=transaction_id,
network=self.network)
if utxo_id is None:
raise ValueError(
"invalid transaction id, there is no pay to witness script hash"
)
if not wallet.guid():
raise ValueError("can't find recipient wallet guid from wallet")
elif not isinstance(wallet.guid(), str):
raise TypeError(
"invalid recipient guid type, only takes string type")
# Setting wallet GUID
self.guid = wallet.guid()
# Actions
inputs, outputs = list(), list()
# Input action
inputs.append(spend_utxo_action(utxo=utxo_id))
# Output action
outputs.append(
control_address_action(
asset=asset,
amount=amount,
address=wallet.address() if wallet.address() else list_address(
guid=wallet.guid(), limit=1,
network=self.network)["result"]["data"][0]["address"]))
# Transaction
tx = dict(guid=self.guid,
inputs=inputs,
outputs=outputs,
fee=bytom["fee"],
confirmations=bytom["confirmations"])
# Building transaction
self.transaction = build_transaction(tx=tx, network=self.network)
self._type = "bytom_claim_unsigned"
return self
address=wallet.address(vapor=VAPOR),
asset=ASSET,
amount=amount_converter(0.0001, "BTM2NEU"),
confirmations=1,
network=NETWORK,
vapor=VAPOR)
print("Estimated Transaction Fee:", estimated_transaction_fee)
# Build Bytom advanced transaction
unsigned_advanced_transaction.build_transaction(
wallet.address(vapor=VAPOR), # address
[
spend_utxo(utxo=find_p2wsh_utxo(
transaction_id=
"049d4c26bb15885572c16e0eefac5b2f4d0fde50eaf90f002272d39507ff315b",
network=NETWORK,
vapor=VAPOR))
], # inputs
[
control_address(asset=ASSET,
amount=0.0001,
address=wallet.address(vapor=VAPOR),
symbol="BTM")
], # outputs
estimated_transaction_fee, # fee
1, # confirmations
False, # forbid_chain_tx
)
print("\nUnsigned Advanced Transaction Fee:",
def test_transaction():
estimated_transaction_fee: int = estimate_transaction_fee(
address=_["wallet"]["vapor_address"]["mainnet"],
asset=ASSET,
amount=amount_converter(0.0001, "BTM2NEU"),
confirmations=1,
network=_["network"],
vapor=True)
assert isinstance(estimated_transaction_fee, int)
assert estimated_transaction_fee == 449000
unsigned_transaction: Transaction = Transaction(
network=_["network"], vapor=True
).build_transaction(
address=_["wallet"]["vapor_address"]["mainnet"],
inputs=[
spend_utxo(utxo=find_p2wsh_utxo(
transaction_id=
"675392fcbc1867e247add457597611717229e5d2c46a53c44e3e61d6ce351474",
network=_["network"],
vapor=True))
],
outputs=[
control_address(asset=ASSET,
amount=amount_converter(0.0001, "BTM2NEU"),
address=_["wallet"]["vapor_address"]["mainnet"],
symbol="NEU",
vapor=True)
],
fee=estimated_transaction_fee,
confirmations=1,
forbid_chain_tx=False)
assert unsigned_transaction.fee(
) == _["transaction"]["transaction"]["unsigned"]["fee"]
assert unsigned_transaction.confirmations(
) == _["transaction"]["transaction"]["unsigned"]["confirmations"]
assert unsigned_transaction.hash(
) == _["transaction"]["transaction"]["unsigned"]["hash"]
assert unsigned_transaction.raw(
) == _["transaction"]["transaction"]["unsigned"]["raw"]
assert unsigned_transaction.json(
) == _["transaction"]["transaction"]["unsigned"]["json"]
assert unsigned_transaction.unsigned_datas(
False) == _["transaction"]["transaction"]["unsigned"]["unsigned_datas"]
assert unsigned_transaction.signatures(
) == _["transaction"]["transaction"]["unsigned"]["signatures"]
signed_transaction = unsigned_transaction.sign(
xprivate_key=_["wallet"]["xprivate_key"],
indexes=_["wallet"]["indexes"])
assert signed_transaction.fee(
) == _["transaction"]["transaction"]["signed"]["fee"]
assert signed_transaction.confirmations(
) == _["transaction"]["transaction"]["signed"]["confirmations"]
assert signed_transaction.hash(
) == _["transaction"]["transaction"]["signed"]["hash"]
assert signed_transaction.raw(
) == _["transaction"]["transaction"]["signed"]["raw"]
assert signed_transaction.json(
) == _["transaction"]["transaction"]["signed"]["json"]
assert signed_transaction.unsigned_datas(
False) == _["transaction"]["transaction"]["signed"]["unsigned_datas"]
assert signed_transaction.signatures(
) == _["transaction"]["transaction"]["signed"]["signatures"]
def test_advanced_transaction():
estimated_transaction_fee: int = estimate_transaction_fee(
address=_["wallet"]["address"]["mainnet"],
asset=ASSET,
amount=amount_converter(0.0001, "BTM2NEU"),
confirmations=1,
network=_["network"],
vapor=False
)
assert isinstance(estimated_transaction_fee, int)
assert estimated_transaction_fee == 449000
unsigned_advanced_transaction: AdvancedTransaction = AdvancedTransaction(
network=_["network"], vapor=False
).build_transaction(
address=_["wallet"]["address"]["mainnet"],
inputs=[
spend_utxo(
utxo=find_p2wsh_utxo(
transaction_id="049d4c26bb15885572c16e0eefac5b2f4d0fde50eaf90f002272d39507ff315b",
network=_["network"],
vapor=False
)
)
],
outputs=[
control_address(
asset=ASSET,
amount=10_000,
address=_["wallet"]["address"]["mainnet"],
symbol="NEU",
vapor=False
)
],
fee=estimated_transaction_fee,
confirmations=1,
forbid_chain_tx=False
)
assert unsigned_advanced_transaction.fee() == _["transaction"]["advanced_transaction"]["unsigned"]["fee"]
assert unsigned_advanced_transaction.confirmations() == _["transaction"]["advanced_transaction"]["unsigned"]["confirmations"]
assert unsigned_advanced_transaction.hash() == _["transaction"]["advanced_transaction"]["unsigned"]["hash"]
assert unsigned_advanced_transaction.raw() == _["transaction"]["advanced_transaction"]["unsigned"]["raw"]
assert unsigned_advanced_transaction.json() == _["transaction"]["advanced_transaction"]["unsigned"]["json"]
assert unsigned_advanced_transaction.unsigned_datas(False) == _["transaction"]["advanced_transaction"]["unsigned"]["unsigned_datas"]
assert unsigned_advanced_transaction.signatures() == _["transaction"]["advanced_transaction"]["unsigned"]["signatures"]
signed_advanced_transaction = unsigned_advanced_transaction.sign(
xprivate_key=_["wallet"]["xprivate_key"],
indexes=_["wallet"]["indexes"]
)
assert signed_advanced_transaction.fee() == _["transaction"]["advanced_transaction"]["signed"]["fee"]
assert signed_advanced_transaction.confirmations() == _["transaction"]["advanced_transaction"]["signed"]["confirmations"]
assert signed_advanced_transaction.hash() == _["transaction"]["advanced_transaction"]["signed"]["hash"]
assert signed_advanced_transaction.raw() == _["transaction"]["advanced_transaction"]["signed"]["raw"]
assert signed_advanced_transaction.json() == _["transaction"]["advanced_transaction"]["signed"]["json"]
assert signed_advanced_transaction.unsigned_datas(False) == _["transaction"]["advanced_transaction"]["signed"]["unsigned_datas"]
assert signed_advanced_transaction.signatures() == _["transaction"]["advanced_transaction"]["signed"]["signatures"]
address=wallet.address(vapor=VAPOR),
asset=ASSET,
amount=amount_converter(0.0001, "BTM2NEU"),
confirmations=1,
network=NETWORK,
vapor=VAPOR)
print("Estimated Transaction Fee:", estimated_transaction_fee)
# Build Bytom transaction
unsigned_transaction.build_transaction(
address=wallet.address(vapor=VAPOR),
inputs=[
spend_utxo(utxo=find_p2wsh_utxo(
transaction_id=
"675392fcbc1867e247add457597611717229e5d2c46a53c44e3e61d6ce351474",
network=NETWORK,
vapor=VAPOR))
],
outputs=[
control_address(asset=ASSET,
amount=amount_converter(0.0001, "BTM2NEU"),
address=wallet.address(vapor=VAPOR),
symbol="NEU",
vapor=VAPOR)
],
fee=estimated_transaction_fee,
confirmations=1)
print("\nUnsigned Transaction Fee:", unsigned_transaction.fee())
print("Unsigned Transaction Confirmations:",
