async def test_dimmer(self, _):
client = get_client()
await client.find_devices(True)
devices = client.get_devices("light")
assert len(devices) == 1
light = next(
(el for el in devices if el.lookup_key == "BEED82AC0001/ch0000"))
# Test attributes
assert light.name == "Arbeitsfläche (room1)"
assert light.serialnumber == "BEED82AC0001"
assert light.channel_id == "ch0000"
assert light.device_info["identifiers"] == {("freeathome",
"BEED82AC0001")}
assert light.device_info["name"] == "Arbeitsfläche (BEED82AC0001)"
assert light.device_info["model"] == "Hue Aktor"
assert light.device_info["sw_version"] == "123" # ABB dev humor?
assert light.is_on() == True
# Test datapoints
await light.turn_on()
client.set_datapoint.assert_has_calls([
call("BEED82AC0001", "ch0000", "idp0000", "1"),
call("BEED82AC0001", "ch0000", "idp0002", "100"),
])
client.set_datapoint.reset_mock()
await light.turn_off()
client.set_datapoint.assert_called_once_with("BEED82AC0001", "ch0000",
"idp0000", "0")
# Set brightness
client.set_datapoint.reset_mock()
light.set_brightness('48')
await light.turn_on()
client.set_datapoint.assert_has_calls([
call("BEED82AC0001", "ch0000", "idp0000", "1"),
call("BEED82AC0001", "ch0000", "idp0002", "48"),
])
# Test device being turned off
light.update_datapoint('odp0001', '36')
assert light.get_brightness() == '36'
# Test device being turned off
light.update_datapoint('odp0000', '0')
assert light.is_on() == False
async def test_climate(self, _):
client = get_client()
await client.find_devices(True)
devices = client.get_devices("thermostat")
assert len(devices) == 1
climate = next(
(el for el in devices if el.lookup_key == "ABB700D12345/ch0000"))
# Test attributes
assert climate.name == "RTR AB (room1)"
assert climate.serialnumber == "ABB700D12345"
assert climate.channel_id == "ch0000"
assert climate.device_info["identifiers"] == {("freeathome",
"ABB700D12345")}
assert climate.device_info["name"] == "RTR AB (ABB700D12345)"
assert climate.device_info["model"] == "Raumtemperaturregler"
assert climate.device_info["sw_version"] == "2.1139"
# TODO: Convert to decimal
# TODO: This should be its own sensor
assert climate.current_temperature == '21.56'
assert climate.target_temperature == '20'
# TODO: This should be its own sensor
assert climate.current_actuator == '16'
assert climate.state == True
assert climate.ecomode == False
# Test datapoints
await climate.turn_on()
client.set_datapoint.assert_has_calls([
call("ABB700D12345", "ch0000", "idp0011", "0"),
call("ABB700D12345", "ch0000", "idp0012", "1"),
])
client.set_datapoint.reset_mock()
await climate.turn_off()
client.set_datapoint.assert_called_once_with("ABB700D12345", "ch0000",
"idp0012", "0")
client.set_datapoint.reset_mock()
await climate.eco_mode()
client.set_datapoint.assert_called_once_with("ABB700D12345", "ch0000",
"idp0011", "1")
client.set_datapoint.reset_mock()
await climate.set_target_temperature(22.5)
client.set_datapoint.assert_called_once_with("ABB700D12345", "ch0000",
"idp0016", "22.50")
# Test changing target temperature
await client.update_devices(
load_fixture("1004_update_target_temperature.xml"))
assert climate.target_temperature == '20.5'
# Test updating current temperature
await client.update_devices(
load_fixture("1004_update_current_temperature.xml"))
assert climate.current_temperature == '20.9'
# Test eco mode turned on
await client.update_devices(load_fixture("1004_update_eco_mode.xml"))
assert climate.ecomode == True
# Test device turned off
await client.update_devices(load_fixture("1004_update_turn_off.xml"))
assert climate.state == False
# Test device turned back on, target temperature, and actuator value up
await client.update_devices(load_fixture("1004_update_turn_on.xml"))
assert climate.state == True
assert climate.target_temperature == '18'
assert climate.current_actuator == '27'
# Test eco mode turned off, and target temperature up
await client.update_devices(
load_fixture("1004_update_eco_mode_off.xml"))
assert climate.ecomode == False
assert climate.target_temperature == '21'
# Test alternative ecomode turn on
climate.update_datapoint('odp0009', '36')
assert climate.ecomode == True
climate.update_datapoint('odp0009', '33')
assert climate.ecomode == False