def get_or_create_username(config, machine_auth):
""" Gets an existing username or creates a new account
On a bitcoin computer a user can create one account per
machine auth wallet. When not on a BC a user must log into
an existing account created at the free signup page.
Args:
config (Config): config object used for getting .two1 information
machine_auth (MachineAuthWallet): machine auth wallet used for authentication
Returns:
str: username of the current user on the system
"""
# User hasn't logged in with the wallet
if not config.mining_auth_pubkey:
# A user can create an account on a BC
if two1.TWO1_DEVICE_ID:
login.create_account_on_bc(config, machine_auth)
# log into an existing account
else:
login.login_account(config, machine_auth)
if not config.username:
raise exceptions.Two1Error(uxstring.UxString.Error.login_error_username)
if not config.mining_auth_pubkey:
exceptions.Two1Error(uxstring.UxString.Error.login_error_mining_auth_pubkey)
return config.username
def test_mine_log(patch_click, config, rest_client, machine_auth_wallet,
username, password):
# first log into the test account given by PASSWORD and USER_NAME
login.login_account(config, machine_auth_wallet, username, password)
click.confirm.assert_called_with(uxstring.UxString.analytics_optin)
# cannot make an assumption of zero balance for now
pre_status_dict = status._status(config, rest_client,
machine_auth_wallet.wallet, False)
pre_balance = pre_status_dict['wallet']['wallet']['twentyone_balance']
# run mine to get an expected amount of off chain balance
mine._mine(config, rest_client, machine_auth_wallet.wallet)
# Status now should have an offchain balance
post_status_dict = status._status(config, rest_client,
machine_auth_wallet.wallet, False)
post_balance = post_status_dict['wallet']['wallet']['twentyone_balance']
# payout is higher for BCs
# FIXME: prod temporarily has the payout at 20k
payout = 20000
# payout = 20000 if bitcoin_computer.has_mining_chip() else 10000
# esure payout shows in status
assert post_balance == pre_balance + payout
# check logs to ensure payout is theres
logs = log.get_bc_logs(rest_client, False)
assert str(payout) in logs[1]
def test_mine_log(patch_click, config, rest_client, machine_auth_wallet, username, password):
# first log into the test account given by PASSWORD and USER_NAME
login.login_account(config, machine_auth_wallet, username, password)
click.confirm.assert_called_with(uxstring.UxString.analytics_optin)
# cannot make an assumption of zero balance for now
pre_status_dict = status._status(config, rest_client, machine_auth_wallet.wallet, False)
pre_balance = pre_status_dict['wallet']['wallet']['twentyone_balance']
# run mine to get an expected amount of off chain balance
mine._mine(config, rest_client, machine_auth_wallet.wallet)
# Status now should have an offchain balance
post_status_dict = status._status(config, rest_client, machine_auth_wallet.wallet, False)
post_balance = post_status_dict['wallet']['wallet']['twentyone_balance']
# payout is higher for BCs
# FIXME: prod temporarily has the payout at 20k
payout = 20000
# payout = 20000 if bitcoin_computer.has_mining_chip() else 10000
# esure payout shows in status
assert post_balance == pre_balance + payout
# check logs to ensure payout is theres
logs = log.get_bc_logs(rest_client, False)
assert str(payout) in logs[1]