nkfido2_client = <pynitrokey.fido2.client.NKFido2Client object at 0x7fddcf241220>

    def test_logout(nkfido2_client: NKFido2Client):
        # check first if we are logged in
        helper_login(nkfido2_client, Constants.PIN)
        configuration_data = send_and_receive_cbor(nkfido2_client, Command.GET_CONFIGURATION)
        send_and_receive_cbor(nkfido2_client, Command.GENERATE_KEY)
        send_and_receive(nkfido2_client, Command.LOGOUT)
    
        # here test some TP requiring operation
        commands_requiring_session = [
            (Command.SET_CONFIGURATION, configuration_data),
            # (Command.GET_CONFIGURATION, None),
            (Command.INITIALIZE_SEED, None),
            (Command.RESTORE_FROM_SEED, {"MASTER": b"1" * 32, "SALT": b"2" * 8}),
            (Command.GENERATE_KEY, None),
            (Command.SIGN, {"HASH": b"placeholder", "KEYHANDLE": b"placeholder"}),
            (Command.DECRYPT,
             {"DATA": b"placeholder", "KEYHANDLE": b"placeholder", "HMAC": b"placeholder", "ECCEKEY": b"placeholder"}),
    
            (Command.GENERATE_KEY_FROM_DATA, {"HASH": b"p"*32}),
            (Command.GENERATE_RESIDENT_KEY, None),
            (Command.READ_RESIDENT_KEY_PUBLIC, {"KEYHANDLE": b"placeholder"}),
            (Command.DISCOVER_RESIDENT_KEYS, None),  # TODO correct input data once this command is implemented
            (Command.WRITE_RESIDENT_KEY, {"RAW_KEY_DATA": b"placeholder"}),
        ]
        for cmd, data in commands_requiring_session:
>           send_and_receive(nkfido2_client, cmd, data=data, expected_error=ExecError.REQ_AUTH)

test_comm.py:539: 
_ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _

nkfido2_client = <pynitrokey.fido2.client.NKFido2Client object at 0x7fddcf241220>, command = <Command.SET_CONFIGURATION: (8,)>, data = {'CONFIRMATION': 2}, expected_success = False, check = True
expected_error = <ExecError.REQ_AUTH: (240,)>

    def send_and_receive(nkfido2_client: NKFido2Client, command: Command, data=None, expected_success: bool = True,
                         check: bool = True, expected_error: ExecError = None) -> Tuple[
        bool, bytes]:
        if data is None:
            data = {}
        import copy
        data = copy.deepcopy(data)
    
        if expected_error:
            expected_success = False
    
        for k,v in data.items():
            if isinstance(v, str):
                raise RuntimeError(f'{k} is a str!')
    
        log.info(f'Sending data: {data}')
    
        execution_success = None
        last_err = None
        start = time()
        MAX_CONFIRMATION_TIME = 30
        while time() - start < MAX_CONFIRMATION_TIME:
            execution_success, err_codes = device_send(nkfido2_client, data, command)
            last_err = err_codes[-1]
            if last_err != ExecError.ERR_USER_NOT_PRESENT.value[0]:
                break
            my_print(f'Please confirm the action for command: {command}')
            sys.stdout.flush()
            sys.stderr.flush()
            sleep(1)
    
        if check:
>           assert execution_success == expected_success
E           assert True == False

webcrypt/communication.py:94: AssertionError

nkfido2_client = <pynitrokey.fido2.client.NKFido2Client object at 0x7fddcf241220>

    def test_factory_reset(nkfido2_client: NKFido2Client):
        # Setup. Make sure we are logged in, and we can call commands normally
        helper_login(nkfido2_client, Constants.PIN)
        send_and_receive_cbor(nkfido2_client, Command.GENERATE_KEY)
        data_key = {"HASH": sha256(b"test").digest()}
        read_data_initial = send_and_receive_cbor(nkfido2_client, Command.GENERATE_KEY_FROM_DATA, data_key)
        rk_kh_init = send_and_receive_cbor(nkfido2_client, Command.GENERATE_RESIDENT_KEY)["KEYHANDLE"]
        send_and_receive_cbor(nkfido2_client, Command.READ_RESIDENT_KEY_PUBLIC, {"KEYHANDLE": rk_kh_init})
    
        # Execute operation to be tested
        send_and_receive(nkfido2_client, Command.FACTORY_RESET)
    
        # A. Session should be closed if open
>       send_and_receive(nkfido2_client, Command.GENERATE_KEY, expected_error=ExecError.REQ_AUTH)

test_comm.py:555: 
_ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _

nkfido2_client = <pynitrokey.fido2.client.NKFido2Client object at 0x7fddcf241220>, command = <Command.GENERATE_KEY: (18,)>, data = {}, expected_success = False, check = True
expected_error = <ExecError.REQ_AUTH: (240,)>

    def send_and_receive(nkfido2_client: NKFido2Client, command: Command, data=None, expected_success: bool = True,
                         check: bool = True, expected_error: ExecError = None) -> Tuple[
        bool, bytes]:
        if data is None:
            data = {}
        import copy
        data = copy.deepcopy(data)
    
        if expected_error:
            expected_success = False
    
        for k,v in data.items():
            if isinstance(v, str):
                raise RuntimeError(f'{k} is a str!')
    
        log.info(f'Sending data: {data}')
    
        execution_success = None
        last_err = None
        start = time()
        MAX_CONFIRMATION_TIME = 30
        while time() - start < MAX_CONFIRMATION_TIME:
            execution_success, err_codes = device_send(nkfido2_client, data, command)
            last_err = err_codes[-1]
            if last_err != ExecError.ERR_USER_NOT_PRESENT.value[0]:
                break
            my_print(f'Please confirm the action for command: {command}')
            sys.stdout.flush()
            sys.stderr.flush()
            sleep(1)
    
        if check:
            assert execution_success == expected_success
            if expected_error:
>               assert last_err == expected_error.value[0]
E               assert 253 == 240

webcrypt/communication.py:96: AssertionError