def register_account(key_data, stub) -> AccountData:
# Generate an account key from this root entropy
if 'mnemonic' in key_data:
resp = stub.GetAccountKeyFromMnemonic(
mobilecoind_api_pb2.GetAccountKeyFromMnemonicRequest(
mnemonic=key_data['mnemonic']))
elif 'root_entropy' in key_data:
resp = stub.GetAccountKeyFromRootEntropy(
mobilecoind_api_pb2.GetAccountKeyFromRootEntropyRequest(
root_entropy=bytes(key_data['root_entropy'])))
else:
raise Exception('unknown key format')
account_key = resp.account_key
# Add this account to the wallet
resp = stub.AddMonitor(
mobilecoind_api_pb2.AddMonitorRequest(account_key=account_key, first_subaddress=0, num_subaddresses=1))
monitor_id = resp.monitor_id
resp = stub.GetPublicAddress(
mobilecoind_api_pb2.GetPublicAddressRequest(monitor_id=monitor_id, subaddress_index=0))
public_address = resp.public_address
return AccountData(account_key, monitor_id, public_address)
def add_monitor(self,
account_key,
first_subaddress=0,
num_subaddresses=100000,
first_block=0):
""" Create a process that watches the ledger for tx outputs belonging to a
set of subaddresses, each specified by account_key and an index.
"""
request = api.AddMonitorRequest(account_key=account_key,
first_subaddress=first_subaddress,
num_subaddresses=num_subaddresses,
first_block=first_block)
return self.stub.AddMonitor(request).monitor_id
def register_account(key_data, stub) -> AccountData:
# Generate an account key from this root entropy
resp = stub.GetAccountKeyFromRootEntropy(
mobilecoind_api_pb2.GetAccountKeyFromRootEntropyRequest(
root_entropy=bytes(key_data['root_entropy'])))
account_key = resp.account_key
# Add this account to the wallet
resp = stub.AddMonitor(
mobilecoind_api_pb2.AddMonitorRequest(account_key=account_key, first_subaddress=0, num_subaddresses=1))
monitor_id = resp.monitor_id
resp = stub.GetPublicAddress(
mobilecoind_api_pb2.GetPublicAddressRequest(monitor_id=monitor_id, subaddress_index=0))
public_address = resp.public_address
return AccountData(account_key, monitor_id, public_address)