def test_to_legacy_p2sh(self):
self.assertEqual(
convert.to_legacy_address('3CWFddi6m4ndiGyKqzYvsFYagqDLPVMTzC'),
'3CWFddi6m4ndiGyKqzYvsFYagqDLPVMTzC')
self.assertEqual(
convert.to_legacy_address(
'bitcoincash:ppm2qsznhks23z7629mms6s4cwef74vcwvn0h829pq'),
'3CWFddi6m4ndiGyKqzYvsFYagqDLPVMTzC')
def test_to_legacy_p2sh_testnet(self):
self.assertEqual(
convert.to_legacy_address('2MwikwR6hoVijCmr1u8UgzFMHFP6rpQyRvP'),
'2MwikwR6hoVijCmr1u8UgzFMHFP6rpQyRvP')
self.assertEqual(
convert.to_legacy_address(
'bchtest:pqc3tyspqwn95retv5k3c5w4fdq0cxvv95u36gfk00'),
'2MwikwR6hoVijCmr1u8UgzFMHFP6rpQyRvP')
def test_to_legacy_p2pkh_testnet(self):
self.assertEqual(
convert.to_legacy_address('mqp7vM7eU7Vu9NPH1V7s7pPg5FFBMo6SWK'),
'mqp7vM7eU7Vu9NPH1V7s7pPg5FFBMo6SWK')
self.assertEqual(
convert.to_legacy_address(
'bchtest:qpc0qh2xc3tfzsljq79w37zx02kwvzm4gydm222qg8'),
'mqp7vM7eU7Vu9NPH1V7s7pPg5FFBMo6SWK')
def test_to_legacy_p2pkh(self):
self.assertEqual(
convert.to_legacy_address('155fzsEBHy9Ri2bMQ8uuuR3tv1YzcDywd4'),
'155fzsEBHy9Ri2bMQ8uuuR3tv1YzcDywd4')
self.assertEqual(
convert.to_legacy_address(
'bitcoincash:qqkv9wr69ry2p9l53lxp635va4h86wv435995w8p2h'),
'155fzsEBHy9Ri2bMQ8uuuR3tv1YzcDywd4')
def get_balance(cls, address):
# As of 2018-05-16, cashexplorer.bitcoin.com only supports legacy addresses.
address = cashaddress.to_legacy_address(address)
r = requests.get(cls.MAIN_BALANCE_API.format(address), timeout=DEFAULT_TIMEOUT)
if r.status_code != 200: # pragma: no cover
raise ConnectionError
return r.json()
def verify_tx_with_amount(addr, amount):
_legacy = convert.to_legacy_address(addr)
_json_addr = get_api_addr(addr)
#print(json.dumps(_json_addr, indent=4))
if len(_json_addr['transactions']) > 0:
for _txid in _json_addr['transactions']:
print('txid: ' + _txid)
_json_tx = get_api_tx(_txid)
#print(json.dumps(_json_tx, indent=4))
for _out in _json_tx['vout']:
if float(_out['value']) == float(amount):
if _legacy == _out['scriptPubKey']['addresses'][
0] or addr.lstrip('bitcoincash:') == _out[
'scriptPubKey']['addresses'][0]:
print('FOUND!')
print(_out['value'])
_tx = {
"value": amount,
"input_address": addr,
"confirmations": _json_tx['confirmations'],
"transaction_hash": _txid,
"input_transaction_hash": _txid,
"destination_address": addr,
}
return _tx
return False
def get_balance(cls, address):
if not cls.NEW_ADDRESS_SUPPORTED:
address = cashaddress.to_legacy_address(address)
r = requests.get((cls.MAIN_ENDPOINT+cls.MAIN_BALANCE_API).format(address), timeout=DEFAULT_TIMEOUT)
if r.status_code != 200: # pragma: no cover
raise ConnectionError
return r.json()
def verify(addr, amount):
_legacy = convert.to_legacy_address(addr)
_json_addr = get_api_addr(addr)
if _json_addr['unconfirmedBalance'] == float(
amount) or _json_addr['balance'] == float(amount):
for _txid in _json_addr['transactions']:
print('txid: ' + _txid)
_json_tx = get_api_tx(_txid)
for _out in _json_tx['vout']:
if float(_out['value']) == float(amount):
if _legacy == _out['scriptPubKey']['addresses'][
0] or addr.lstrip('bitcoincash:') == _out[
'scriptPubKey']['addresses'][0]:
print('FOUND!')
print(_out['value'])
_tx = {
"received": 1,
"receive_address": addr,
"amount": amount,
"confirmations": _json_tx['confirmations'],
"txid": _txid,
}
return _tx
return {"received": 0}
def get_transactions(cls, address):
address = cashaddress.to_legacy_address(address)
r = requests.get(cls.MAIN_ADDRESS_API.format(address),
timeout=DEFAULT_TIMEOUT)
if r.status_code != 200: # pragma: no cover
raise ConnectionError
return r.json()['transactions']
def get_transactions(cls, address):
# As of 2018-05-16, cashexplorer.bitcoin.com only supports legacy addresses.
address = cashaddress.to_legacy_address(address)
r = requests.get(cls.MAIN_ADDRESS_API + address, timeout=DEFAULT_TIMEOUT)
if r.status_code != 200: # pragma: no cover
raise ConnectionError
return r.json()['transactions']
def get_balance(cls, address):
address = cashaddress.to_legacy_address(address)
r = requests.get(cls.MAIN_BALANCE_API.format(address),
timeout=DEFAULT_TIMEOUT)
if r.status_code != 200: # pragma: no cover
raise ConnectionError
return r.json()
def bitcoinAddress2bin(btcAddress):
"""convert a bitcoin address to binary data capable of being put in a CScript"""
#print("btcAddress = ", btcAddress)
legacyAddressBytes = b''
# btcAddress contains prefix
if convert.is_valid(btcAddress):
# 2nd argument "1" is included for regtest; otherwise, omit the second argument
legacyAddressBytes = convert.to_legacy_address(btcAddress, 1).encode()
else:
assert(0) # should not arrive here
return legacyAddressBytes
def get_transactions(cls, address):
"""
:param address:
:return:list of transaction hash
"""
if not cls.NEW_ADDRESS_SUPPORTED:
address = cashaddress.to_legacy_address(address)
r = requests.get(cls.MAIN_ENDPOINT+cls.MAIN_ADDRESS_API + address, timeout=DEFAULT_TIMEOUT)
if r.status_code != 200: # pragma: no cover
raise ConnectionError
return r.json()['transactions']
def get_unspent(cls, address):
address = cashaddress.to_legacy_address(address)
r = requests.get(cls.MAIN_UNSPENT_API.format(address),
timeout=DEFAULT_TIMEOUT)
if r.status_code != 200: # pragma: no cover
raise ConnectionError
return [
Unspent(currency_to_satoshi(tx['amount'],
'bsv'), tx['confirmations'],
tx['scriptPubKey'], tx['txid'], tx['vout'])
for tx in r.json()
]
def get_unspent(cls, address):
# As of 2018-05-16, cashexplorer.bitcoin.com only supports legacy addresses.
address = cashaddress.to_legacy_address(address)
r = requests.get(cls.MAIN_UNSPENT_API.format(address),
timeout=DEFAULT_TIMEOUT)
if r.status_code != 200: # pragma: no cover
raise ConnectionError
return [
Unspent(currency_to_satoshi(tx['amount'],
'bch'), tx['confirmations'],
tx['scriptPubKey'], tx['txid'], tx['vout'])
for tx in r.json()
]
def process(rpc_connection, nblktime):
if len(g_exUserAddrs) == 0:
return []
txs = BTC_ListTransactions.process(rpc_connection, '*', 100000000)
retTxs = []
for tx in txs:
strLegacyAddr = convert.to_legacy_address(tx["address"].strip())
tx["address"] = strLegacyAddr.strip()
# print(tx)
if int(str(tx['blocktime'])) >= nblktime and tx["address"].strip(
) in g_exUserAddrs:
retTxs.append(tx)
return retTxs
def read_bch_file():
with open(input_bch_filename) as f:
bch_list = f.read().rstrip('\n').split('\n')
print('\n\nLoaded ' + str(len(bch_list)) +' BitcoinCash address from the file')
xx_list = list()
for line in bch_list:
try:
xx = convert.to_legacy_address('bitcoincash:'+line)
except:
continue
xx_list.append(xx)
print('\nIgnored ' + str(len(bch_list) - len(xx_list)) +' BitcoinCash address before converting to H160')
return xx_list
def get_txs(address):
"""Gets utxos for given legacy address"""
address = cashaddress.to_legacy_address(address)
headers = {
'Content-Type': 'application/json',
'Accept': 'application/json'
}
r = requests.get(
'https://api.bitindex.network/api/v2/addrs/txs?address={}'.format(
address),
headers=headers)
return r.json()
def get_api_addr(addr):
_legacy = convert.to_legacy_address(addr)
_addr = {
'caddr': addr,
'legacy': _legacy,
}
_api = randomize()
_request = _api['api_addr'].format(**_addr)
print(_request)
_r = requests.get(_request)
_json_addr = _r.json()
return _json_addr
def utxo(rpcconn, addrs, minconf=1, maxconf=9999999, opt=None):
argAddrs = addrs if isinstance(addrs, list) else [addrs]
if opt == None:
commands = [["listunspent", minconf, maxconf, argAddrs, True]]
else:
commands = [["listunspent", minconf, maxconf, argAddrs, True, opt]]
utxos = rpcconn.batch_(commands)[0]
#要进行地址格式的转换
for i in range(len(utxos)):
cashAddr = utxos[i]['address']
legacyAddr = convert.to_legacy_address(cashAddr)
utxos[i]['address'] = legacyAddr
utxos[i]['cashaddress'] = cashAddr
return utxos
def get_utxo(address):
"""gets utxos for given address BitIndex api"""
address = cashaddress.to_legacy_address(address)
json_payload = json.dumps({"addrs": address})
headers = {
'Content-Type': 'application/json',
'Accept': 'application/json'
}
r = requests.post('https://api.bitindex.network/api/addrs/utxo',
data=json_payload,
headers=headers)
return [
Unspent(amount=currency_to_satoshi(tx['amount'], 'bsv'),
script=tx['scriptPubKey'],
txid=tx['txid'],
txindex=tx['vout'],
confirmations=tx['confirmations']) for tx in r.json()
]
def get_transactions_by_addresses(cls,addresses,start_index=0,stop_index=50):
if stop_index-start_index>50:
raise ValueError('Range between start_index ({}) and stop_index '
'({}) less than or equal to 50!'.format(start_index,stop_index))
if isinstance(addresses,str):
addresses=[addresses]
if not cls.NEW_ADDRESS_SUPPORTED:
addresses = [cashaddress.to_legacy_address(address) for address in addresses]
addresses_str=','.join(addresses)
r=requests.get((cls.MAIN_ENDPOINT + cls.MAIN_TXS_BY_ADDRESSES_API).
format(addresses_str,start_index,stop_index), timeout=DEFAULT_TIMEOUT)
if r.status_code!=200:
raise ConnectionError
data=r.json()
total_txs=data['totalItems']
txs=data['items'] #type:list
return total_txs,txs
def generate_payment(parameters, ip_addr):
_amount = False
_label = False
_payment = False
_uri = ""
_uri_params = ""
_qr = "/qr?addr="
_qr_params = ""
if 'amount' in parameters:
_amount = parameters.amount
_qr_params += "&amount=" + _amount
_uri_params += "?amount=" + _amount
else:
abort(400, "Specify an amount!")
if 'label' in parameters:
_label = parameters.label
_qr_params += "&label=" + _label
if _amount:
_uri_params += "&message=" + _label
else:
_uri_params += "?message=" + _label
_addr = get_address(ip_addr, _amount, _label)
_legacy = convert.to_legacy_address(_addr)
_qr += _addr + _qr_params
_uri = _addr + _uri_params
_payreq = {
"payment": {
"amount": _amount,
#"addr": _addr.lstrip('BITCOINCASH:'),
"addr": _addr,
"legacy_addr": _legacy,
"label": _label,
"qr_img": _qr,
"payment_uri": _uri,
}
}
_json = json.dumps(_payreq)
return _json
def verify_tx(addr):
_legacy = convert.to_legacy_address(addr)
_addr = {
'caddr': addr,
'legacy': _legacy,
}
_json_addr = get_api_addr(addr)
_amount = _json_addr['unconfirmedBalance'] if _json_addr[
'unconfirmedBalance'] != 0 else _json_addr['totalReceived']
#print(json.dumps(_json_addr, indent=4))
if len(_json_addr['transactions']) == 1:
print('tx: ' + _json_addr['transactions'][0])
_txid = _json_addr['transactions'][0]
_request = api_tx + _txid
_r = requests.get(_request)
_json_tx = _r.json()
#print(json.dumps(_json_tx, indent=4))
for _out in _json_tx['vout']:
if float(_out['value']) == _amount:
if _legacy == _out['scriptPubKey']['addresses'][
0] or addr.lstrip('bitcoincash:') == _out[
'scriptPubKey']['addresses'][0]:
print('FOUND!')
print(_out['value'])
_tx = {
"value": _amount,
"input_address": addr,
"confirmations": _json_tx['confirmations'],
"transaction_hash": _txid,
"input_transaction_hash": _txid,
"destination_address": addr,
}
return _tx
return False
from cashaddress import convert
import sys
if len(sys.argv) != 2:
print("usage : bhcconvert <cashAddrss>")
else:
addrss = sys.argv[1]
addrss = addrss.replace('bitcoincash:', '')
if convert.is_valid('bitcoincash:' + addrss):
print(convert.to_legacy_address('bitcoincash:' + addrss))
else:
sys.stderr.write('Invalid address\n')
def address_to_public_key_hash(address):
# Support cashaddr and "legacy" for now.
address = cashaddress.to_legacy_address(address)
get_version(address)
return b58decode_check(address)[1:]
get_transaction(
'fef8e336024a23c76155819ceda562b5a05da33c5d24757137d0db84ce23fbb3'))
print()
print(
get_transaction_btc(
'a7e3babfd7658cfa5ebf5d9b1477da0b40cab68d75c7bc8638eaafcba066b062'))
print()
print(get_transactions('qqa0dwrk79um6wgmzk9rrv303l2qwppuk5vmr8taqq'))
k = Key('L3KavUvcjBj7pzKBMS4doKyJpBY4nJJbm31VnVwhcC26mTvCP3Lh')
# k = PrivateKeyTestnet('cPW1zL9JJzgTKwQyHYeQ8KE5Cdo33fGE15QcZiWDCWKHhU43KsU2')
# print(k.public_key)
print(k.address)
# print(k._public_key)
# print(k.public_point)
address = convert.to_legacy_address(k.address)
print(address)
bchaddr = convert.to_cash_address('13A8QNwEeuYyvcPSJwR4F5xDr6RUryLVfw')
# print(bchaddr)
# print(k.to_wif())
print(k.get_balance(currency='satoshi'))
# print(k.unspents)
# print(k.transactions)
print(k.get_transactions())
print(k.get_unspents())
txid = k.send([('13A8QNwEeuYyvcPSJwR4F5xDr6RUryLVfw', 0.01001, 'bch')],
fee=452)
print(txid)
print(get_balance('qz7xc0vl85nck65ffrsx5wvewjznp9lflgktxc5878',
currency='bch'))
def to_legacy_address(self, addr):
return to_string(to_legacy_address(addr))
def test_to_legacy_p2sh_regtest(self):
self.assertEqual(convert.to_legacy_address('2MwSNRexxm3uhAKF696xq3ztdiqgMj36rJo'),
'2MwSNRexxm3uhAKF696xq3ztdiqgMj36rJo')
self.assertEqual(convert.to_legacy_address('bchreg:pqklc8ehp365xvtru6a394e4wxz52nt5nurac3g7rq'),
'2MwSNRexxm3uhAKF696xq3ztdiqgMj36rJo')
def test_to_legacy_p2pkh_regtest(self):
self.assertEqual(convert.to_legacy_address('moehusBtUt3aKW5c2p3ZTRkSTRrr3dpnwe'),
'moehusBtUt3aKW5c2p3ZTRkSTRrr3dpnwe')
self.assertEqual(convert.to_legacy_address('bchreg:qpvns5lcufh5haf5jt79fk8trcw4j8c3nsvhdappvt'),
'moehusBtUt3aKW5c2p3ZTRkSTRrr3dpnwe')
