def get_transaction_from_address(symbol, address):
print_section('Searching for transaction:', address)
network = get_network_by_symbol(symbol)
tx = network.get_transaction(address)
if not tx:
print_section('Cannot find such transaction')
exit(1)
return tx['hex']
def test_get_network_obj_on_existing_networks(network):
symbol = network.symbols[0]
is_test_network = network.is_test_network()
network_object = get_network_by_symbol(f"{symbol}{'-TESTNET' if is_test_network else ''}")
assert type(network_object) == network
assert network_object.symbols[0] == symbol
assert network_object.is_test_network() == is_test_network
def test_valid_address(network_symbol, address, is_valid):
network = get_network_by_symbol(network_symbol)
assert network.is_valid_address(address) == is_valid
def test_get_network_obj_on_not_existing_network():
assert get_network_by_symbol('NON_EXISTING_NETWORK_SYMBOL') is None
help='Initial transaction network',
type=str,
required=True)
parser.add_argument('-n',
'--network',
help='Network for creating transaction in',
type=str,
required=True)
parser.add_argument('-a',
'--amount',
help='Transaction amount',
type=float,
required=True)
args = parser.parse_args()
network = get_network_by_symbol(args.network)
wallet = network.get_wallet(private_key=args.private_key)
tx_hex = get_transaction_from_address(args.initial_network,
args.transaction)
print_section('Found transaction:', tx_hex)
print_section('Transaction audit...')
contract = network.audit_contract(args.contract, tx_hex)
pprint(contract.show_details())
utxo = network.get_utxo(wallet.address, args.amount)
if not utxo:
print_error('UTXO not found')
exit(1)
print_section(f'Found {len(utxo)} UTXO\'s')