def test(chat_id=chat_id, coin=coin):
if coin == 'btc':
b = bc.generate_new_address(api_key=self.token, coin_symbol='bcy')
addr = b['address']
priv = b['private']
self.record_to_addressdb(chat_id, coin, addr, priv)
elif coin == 'ltc':
b = bc.generate_new_address(api_key=self.token, coin_symbol='bcy')
addr = b['address']
priv = b['private']
self.record_to_addressdb(chat_id, coin, addr, priv)
return addr
def generateAddress():
address_object = blockcypher.generate_new_address(
coin_symbol='btc-testnet', api_key='141dbdc7350f4275900fd063fd56b6d3')
address = address_object['address']
public_key = address_object['public']
private_key = address_object['private']
print("address: ", address, "public_key: ", public_key, "private_key: ",
private_key)
def test_generate_single_addr(self):
for coin_symbol in ('btc', 'btc-testnet', 'doge', 'ltc', 'bcy'):
response_dict = generate_new_address(
coin_symbol=coin_symbol,
api_key=BC_API_KEY,
)
assert is_valid_address(response_dict['address']), response_dict
assert uses_only_hash_chars(response_dict['private']), response_dict
assert uses_only_hash_chars(response_dict['public']), response_dict
assert 'wif' in response_dict, response_dict
def test_generate_single_addr(self):
for coin_symbol in ('btc', 'btc-testnet', 'doge', 'dash', 'ltc', 'bcy'):
response_dict = generate_new_address(
coin_symbol=coin_symbol,
api_key=BC_API_KEY,
)
assert is_valid_address(response_dict['address']), response_dict
assert uses_only_hash_chars(response_dict['private']), response_dict
assert uses_only_hash_chars(response_dict['public']), response_dict
assert 'wif' in response_dict, response_dict
def generate_new_address(user, coin_symbol):
if isinstance(user, get_user_model()) and get_wallet_model(coin_symbol):
r = blockcypher.generate_new_address(coin_symbol=coin_symbol,
api_key=get_api_key())
obj = get_wallet_model(coin_symbol).objects.create(
user=user,
private=r['private'],
public=r['public'],
address=r['address'],
wif=r['wif'])
return obj
else:
return None
def newWallet(request):
try:
resp = generate_new_address(coin_symbol=blockchainName, api_key=token)
assert is_valid_address(resp['address']), resp
if resp:
result = str(resp['address'])
deposit = Deposits(address=result, key=request.session.session_key)
deposit.save()
else:
raise Exception('Ocorreu um erro, por favor tente novamente')
except Exception as e :
result = 'Ocorreu um erro, por favor tente novamente'
print(e)
return render(request, 'index.html', {'result': result})
def generate_address(self):
self.address = blockcypher.generate_new_address(
api_key=config.BLOCKCYPHER_TOKEN)
import blockcypher
addr = blockcypher.generate_new_address(
coin_symbol='btc-testnet', api_key='32b0191e07db4a2eaf11dc6568c644b4')
print(addr)
#{'private': 'fc6bcef57f9ae29e25928641a9f70cfc2acbd734a5a445a94fa884bbdb20fb84', 'public': '02c18671d24509524bf64be7688b0cf745029951310de03e371e8eba743cca4cb6', 'address': 'muFrB2JPfA2yEAgi6y8eBo7SZQTCSvjXXV', 'wif': 'cW3NirDSBK8CJjRSDBJbpfpbSY9Kxvkm1Ljr8LB2S8ySySkQt6xx'}
#Specify the inputs and outputs below
#For convenince you can specify an address, and the backend will work out what transaction output that address has available to spend
#You do not need to list a change address, by default the transaction will be created with all change (minus the fees) going to the first input address
inputs = [{'address': 'muFrB2JPfA2yEAgi6y8eBo7SZQTCSvjXXV'}]
outputs = [{'value': 0, 'script_type': "null-data", 'script': ""}]
# outputs = [{'address': 'mpamtqLA66JFVSQNDaPHZ5xMiCz6T2MeNn', 'value': 100}]
"add"
print("OP_RETURN mjqf76".hex())
print(b'OP_RETURN mjqf76'.hex())
#The next line creates the transaction shell, which is as yet unsigned
unsigned_tx = blockcypher.create_unsigned_tx(
inputs=inputs,
outputs=outputs,
coin_symbol='btc-testnet',
api_key='32b0191e07db4a2eaf11dc6568c644b4')
#You can edit the transaction fields at this stage, before signing it.
# # Now list the private and public keys corresponding to the inputs
# private_keys=['fc6bcef57f9ae29e25928641a9f70cfc2acbd734a5a445a94fa884bbdb20fb84']
# public_keys=['02c18671d24509524bf64be7688b0cf745029951310de03e371e8eba743cca4cb6']
# #Next create the signatures
