def main():
# We need a wallet, but don't need a network. Set peer_goal to 0
spv = pyspv.pyspv('pyspv-simple-wallet',
logging_level=pyspv.INFO,
peer_goal=0,
listen=None)
tx, _ = pyspv.transaction.Transaction.unserialize(
pyspv.hexstring_to_bytes(sys.argv[1], reverse=False), spv.coin)
input_count = len(tx.inputs)
total_added = 0
for spend_hash in sys.argv[2:]:
spend_hash = pyspv.hexstring_to_bytes(spend_hash)
spend = spv.wallet.spends[spend_hash]['spend']
for input_creator in spend.create_input_creators(
spv, pyspv.transaction.Transaction.SIGHASH_ALL
| pyspv.transaction.Transaction.SIGHASH_ANYONECANPAY):
tx.inputs.append(
pyspv.transaction.UnsignedTransactionInput(input_creator))
total_added += spend.amount
for i, unsigned_input in enumerate(tx.inputs):
if isinstance(unsigned_input,
pyspv.transaction.UnsignedTransactionInput):
tx.inputs[i] = unsigned_input.sign(tx, i)
print(pyspv.bytes_to_hexstring(tx.serialize(), reverse=False))
print("total added as inputs: {}".format(
spv.coin.format_money(total_added)))
spv.shutdown() # Async shutdown
spv.join() # Wait for shutdown to complete
def main():
# We need a wallet, but don't need a network. Set peer_goal to 0
spv = pyspv.pyspv('pyspv-simple-wallet', logging_level=pyspv.INFO, peer_goal=0, listen=None)
tx, _ = pyspv.transaction.Transaction.unserialize(pyspv.hexstring_to_bytes(sys.argv[1], reverse=False), spv.coin)
input_count = len(tx.inputs)
total_added = 0
for spend_hash in sys.argv[2:]:
spend_hash = pyspv.hexstring_to_bytes(spend_hash)
spend = spv.wallet.spends[spend_hash]['spend']
for input_creator in spend.create_input_creators(spv, pyspv.transaction.Transaction.SIGHASH_ALL | pyspv.transaction.Transaction.SIGHASH_ANYONECANPAY):
tx.inputs.append(pyspv.transaction.UnsignedTransactionInput(input_creator))
total_added += spend.amount
for i, unsigned_input in enumerate(tx.inputs):
if isinstance(unsigned_input, pyspv.transaction.UnsignedTransactionInput):
tx.inputs[i] = unsigned_input.sign(tx, i)
print(pyspv.bytes_to_hexstring(tx.serialize(), reverse=False))
print("total added as inputs: {}".format(spv.coin.format_money(total_added)))
spv.shutdown() # Async shutdown
spv.join() # Wait for shutdown to complete
class BitcoinSHA256(unittest.TestCase):
vectors = [
(b'abc',
hexstring_to_bytes(
'4f8b42c22dd3729b519ba6f68d2da7cc5b2d606d05daed5ad5128cc03e6c6358',
False)),
(b'crazy horse battery staple',
hexstring_to_bytes(
'83e8d1654ddd49726cebed16b32cbfd7ac807f66d2fcad8dc61c774e38812ae2',
False)),
]
def testsha256(self):
for src, result in BitcoinSHA256.vectors:
self.assertEqual(Bitcoin.hash(src), result)
def test1(self):
hasher = hashlib.sha256()
hasher.update(b'test case')
data = hasher.digest()
self.assertEqual(bytes_to_hexstring(data, reverse=False),
'{:064x}'.format(int.from_bytes(data, 'big')))
self.assertEqual(
hexstring_to_bytes(bytes_to_hexstring(data, reverse=False),
reverse=False), data)
class AddressTestBitcoinKeys(unittest.TestCase):
test_vectors = [
(hexstring_to_bytes(
'0000000000000000000000000000000000000000000000000000000000000001',
reverse=False),
'5HpHagT65TZzG1PH3CSu63k8DbpvD8s5ip4nEB3kEsreAnchuDf', False,
'1EHNa6Q4Jz2uvNExL497mE43ikXhwF6kZm'),
(hexstring_to_bytes(
'0000000000000000000000000000000000000000000000000000000000000001',
reverse=False),
'KwDiBf89QgGbjEhKnhXJuH7LrciVrZi3qYjgd9M7rFU73sVHnoWn', True,
'1BgGZ9tcN4rm9KBzDn7KprQz87SZ26SAMH'),
# TODO : more...
]
def test_private_keys(self):
for pk_bytes, wif, is_compressed, bitcoin_address in AddressTestBitcoinKeys.test_vectors:
private_key = keys.PrivateKey(pk_bytes)
self.assertEqual(private_key.as_wif(Bitcoin, is_compressed), wif)
public_key = private_key.get_public_key(is_compressed)
self.assertEqual(public_key.as_address(Bitcoin), bitcoin_address)
def sendspendtoaddress(spend_hash, address, amount, memo=''):
spend_hash = pyspv.hexstring_to_bytes(spend_hash)
transaction_builder = spv.new_transaction_builder(memo=memo)
transaction_builder.include_spend(spend_hash)
transaction_builder.process_change(pyspv.PubKeyChange)
transaction_builder.process(get_output_producer(spv, address, spv.coin.parse_money(amount)))
tx = transaction_builder.finish(shuffle_inputs=True, shuffle_outputs=True)
if not tx.verify_scripts():
raise Exception("internal error building transaction")
spv.broadcast_transaction(tx)
return {
'tx': pyspv.bytes_to_hexstring(tx.serialize(), reverse=False),
'hash': pyspv.bytes_to_hexstring(tx.hash()),
}
def sendspendtoaddress(spend_hash, address, amount, memo=''):
spend_hash = pyspv.hexstring_to_bytes(spend_hash)
transaction_builder = spv.new_transaction_builder(memo=memo)
transaction_builder.include_spend(spend_hash)
transaction_builder.process_change(pyspv.PubKeyChange)
transaction_builder.process(
get_output_producer(spv, address, spv.coin.parse_money(amount)))
tx = transaction_builder.finish(shuffle_inputs=True, shuffle_outputs=True)
if not tx.verify_scripts():
raise Exception("internal error building transaction")
spv.broadcast_transaction(tx)
return {
'tx': pyspv.bytes_to_hexstring(tx.serialize(), reverse=False),
'hash': pyspv.bytes_to_hexstring(tx.hash()),
}
def test1(self):
hasher = hashlib.sha256()
hasher.update(b'test case')
data = hasher.digest()
self.assertEqual(bytes_to_hexstring(data, reverse=False), '{:064x}'.format(int.from_bytes(data, 'big')))
self.assertEqual(hexstring_to_bytes(bytes_to_hexstring(data, reverse=False), reverse=False), data)
def sendrawtransaction(tx_bytes):
tx_bytes = pyspv.hexstring_to_bytes(tx_bytes, reverse=False)
tx, _ = pyspv.transaction.Transaction.unserialize(tx_bytes, spv.coin)
spv.broadcast_transaction(tx)
return pyspv.bytes_to_hexstring(tx.hash())
def sendrawtransaction(tx_bytes):
tx_bytes = pyspv.hexstring_to_bytes(tx_bytes, reverse=False)
tx, _ = pyspv.transaction.Transaction.unserialize(tx_bytes, spv.coin)
spv.broadcast_transaction(tx)
return pyspv.bytes_to_hexstring(tx.hash())
