How to use pytradfri - 10 common examples

combined = command1 + command2
    assert combined._data == DATA_DICT_INT

    command1 = Command('method', 'path', DATA_DICT_INT)
    command2 = Command('method', 'path', DATA_DICT_STRING)
    combined = command1 + command2
    assert combined._data == DATA_DICT_INTSTRING

    command1 = Command('method', 'path', DATA_DICT_STRING)
    command2 = Command('method', 'path', DATA_DICT_STRING2)
    combined = command1 + command2
    assert combined._data == DATA_DICT_STRING2

    command1 = Command('method', 'path', DATA_DICT_INT)
    command2 = Command('method', 'path', DATA_DICT_STRING2)
    command3 = Command('method', 'path', DATA_DICT_STRING)
    combined = command1 + command2 + command3
    assert combined._data == DATA_DICT_INTSTRING

def test_property_access():
    def pr():
        pass

    def ec():
        pass

    command = Command(method='method',
                      path='path',
                      data='data',
                      parse_json=True,
                      observe=False,
                      observe_duration=0,
                      process_result=pr,
                      err_callback=ec)

    assert command.method == 'method'
    assert command.path == 'path'
    assert command.parse_json is True
    assert command.observe is False
    assert command.observe_duration == 0
    assert command.process_result == pr
    assert command.err_callback == ec

async def test_request_returns_single(monkeypatch):
    monkeypatch.setattr('aiocoap.Context.create_client_context',
                        mock_create_context)

    api = APIFactory('127.0.0.1').request

    command = Command('', '')

    response = await api(command)

    assert type(response) != list

def test_combining_list_keys():
    DATA_EMPTY_LIST = {'key_list': []}
    DATA_INT_LIST1 = {'key_list': [0, 1, 2]}
    DATA_INT_LIST2 = {'key_list': [10, 11, 12]}

    command1 = Command('method', 'path', DATA_EMPTY_LIST)
    command2 = Command('method', 'path', DATA_INT_LIST1)
    combined = command1 + command2
    assert combined._data == DATA_INT_LIST1

    # Duplicated keys are replaced if not dicts
    command1 = Command('method', 'path', DATA_INT_LIST1)
    command2 = Command('method', 'path', DATA_INT_LIST2)
    combined = command1 + command2
    assert combined._data == DATA_INT_LIST2

command1 = Command('method', 'path', DATA_EMPTY_DICT)
    command2 = Command('method', 'path', DATA_DICT_INT)
    combined = command1 + command2
    assert combined._data == DATA_DICT_INT

    command1 = Command('method', 'path', DATA_DICT_INT)
    command2 = Command('method', 'path', DATA_DICT_STRING)
    combined = command1 + command2
    assert combined._data == DATA_DICT_INTSTRING

    command1 = Command('method', 'path', DATA_DICT_STRING)
    command2 = Command('method', 'path', DATA_DICT_STRING2)
    combined = command1 + command2
    assert combined._data == DATA_DICT_STRING2

    command1 = Command('method', 'path', DATA_DICT_INT)
    command2 = Command('method', 'path', DATA_DICT_STRING2)
    command3 = Command('method', 'path', DATA_DICT_STRING)
    combined = command1 + command2 + command3
    assert combined._data == DATA_DICT_INTSTRING

def light(raw):
    return Device(raw).light_control.lights[0]

def test_binary_division():
    dev_ws = Device(LIGHT_WS).light_control.lights[0]
    dev_color = Device(LIGHT_CWS).light_control.lights[0]

    assert dev_ws.dimmer == 254
    assert dev_ws.color_temp == 400
    assert dev_color.hex_color == 'f1e0b5'
    assert dev_color.xy_color == (30015, 26870)

from pytradfri.device import Device
from devices import (
    LIGHT_W, LIGHT_WS, LIGHT_CWS, LIGHT_PHILIPS, REMOTE_CONTROL,
    MOTION_SENSOR, OUTLET, BLIND)


@pytest.fixture
def device():
    return Device(LIGHT_WS)


input_devices = (
    ("comment", "device"),
    [
        ("Remote control", Device(REMOTE_CONTROL)),
        ("Motion sensor", Device(MOTION_SENSOR)),
    ]
)

output_devices = (
    ("comment", "device"),
    [
        ("White fixed color bulb", Device(LIGHT_W)),
        ("White spectrum bulb", Device(LIGHT_WS)),
        ("Full color bulb", Device(LIGHT_CWS)),
        ("Philips Hue bulb", Device(LIGHT_PHILIPS)),
    ]
)

wall_plugs = (
    ("comment", "device"),
    [

def test_socket_state_on(device):
    if device.has_socket_control:
        socket = Device(device.raw.copy()).socket_control.socket[0]
        socket.raw[ATTR_DEVICE_STATE] = 1
        assert socket.state is True

def test_light_state_mangled(device):
    light = Device(device.raw.copy()).light_control.lights[0]
    light.raw[ATTR_DEVICE_STATE] = "RandomString"
    assert light.state is False