def test_fan_speed_range():
"""Tests the fan_speed property's range."""
# Arrange
status = DeviceStatus(None, device_id=DEVICE_ID)
# Act/Assert
with pytest.raises(ValueError):
status.fan_speed = -1
def test_switch():
"""Tests the switch property."""
# Arrange
status = DeviceStatus(None, device_id=DEVICE_ID)
# Act
status.switch = True
# Assert
assert status.switch
def test_level():
"""Tests the level property."""
# Arrange
status = DeviceStatus(None, device_id=DEVICE_ID)
# Act
status.level = 50
# Assert
assert status.level == 50
def test_fan_speed():
"""Tests the fan_speed property."""
# Arrange
status = DeviceStatus(None, device_id=DEVICE_ID)
# Act
status.fan_speed = 50
# Assert
assert status.fan_speed == 50
def test_color_format():
"""Tests the color property's validation."""
# Arrange
status = DeviceStatus(None, device_id=DEVICE_ID)
# Act/Assert
values = ['000000', '#00000', '#HH2000']
for value in values:
with pytest.raises(ValueError):
status.color = value
def test_color_temperature_range():
"""Tests the hue property's range."""
# Arrange
status = DeviceStatus(None, device_id=DEVICE_ID)
# Act/Assert
values = [0, 30001]
for value in values:
with pytest.raises(ValueError):
status.color_temperature = value
def test_saturation_range():
"""Tests the hue property's range."""
# Arrange
status = DeviceStatus(None, device_id=DEVICE_ID)
# Act/Assert
values = [-1, 101]
for value in values:
with pytest.raises(ValueError):
status.saturation = value
def test_apply_attribute_update_child_status():
"""Tests the apply_attribute_update method to a child status."""
# Arrange
data = get_json('device_status.json')
status = DeviceStatus(None, DEVICE_ID, data)
# Act
status.apply_attribute_update(
'bottomButton', 'switchLevel', 'level', 50)
# Assert
assert status.components['bottomButton'].level == 50
def test_apply_attribute_update_preserve_unit():
"""Tests the apply_attribute_update preserves the old unit."""
# Arrange
data = get_json('device_status.json')
device = DeviceStatus(None, DEVICE_ID, data)
device.attributes[Capability.switch_level] = Status(40, '%', None)
# Act
device.apply_attribute_update(
'main', Capability.switch_level, Attribute.level, 50)
# Assert
status = device.attributes[Attribute.level]
assert status.unit == '%'
def test_apply_attribute_update():
"""Tests the apply_attribute_update method."""
# Arrange
data = get_json('device_status.json')
device = DeviceStatus(None, DEVICE_ID, data)
# Act
device.apply_attribute_update(
'main', Capability.switch_level, Attribute.level, 50, '%',
{'test': 'test'})
# Assert
status = device.attributes[Attribute.level]
assert status.value == 50
assert status.unit == '%'
assert status.data == {'test': 'test'}
def test_well_known_drlc_attributes():
"""Tests the drlc related attributes."""
status = DeviceStatus(None, device_id=DEVICE_ID)
# No attribute
assert status.drlc_status is None
assert status.drlc_status_duration is None
assert status.drlc_status_level is None
assert status.drlc_status_override is None
assert status.drlc_status_start is None
# Populated
drlc_status = {
"duration": 0,
"drlcLevel": -1,
"start": "1970-01-01T00:00:00Z",
"override": False,
}
status.update_attribute_value(Attribute.drlc_status, drlc_status)
assert status.drlc_status == drlc_status
assert status.drlc_status_duration == 0
assert status.drlc_status_level == -1
assert not status.drlc_status_override
assert status.drlc_status_start == "1970-01-01T00:00:00Z"
# Missing
status.update_attribute_value(Attribute.drlc_status, {})
assert status.drlc_status == {}
assert status.drlc_status_duration is None
assert status.drlc_status_level is None
assert status.drlc_status_override is None
assert status.drlc_status_start is None
# Not valid
drlc_status = {"duration": "Foo", "drlcLevel": "Foo"}
status.update_attribute_value(Attribute.drlc_status, drlc_status)
assert status.drlc_status == drlc_status
assert status.drlc_status_duration is None
assert status.drlc_status_level is None
def test_apply_attribute_update():
"""Tests the apply_attribute_update method."""
# Arrange
data = get_json("device_status.json")
device = DeviceStatus(None, DEVICE_ID, data)
# Act
device.apply_attribute_update("main", Capability.switch_level,
Attribute.level, 50, "%",
{"test": "test"})
# Assert
status = device.attributes[Attribute.level]
assert status.value == 50
assert status.unit == "%"
assert status.data == {"test": "test"}
def test_well_known_power_consumption_attributes():
"""Tests the power consumption related attributes."""
status = DeviceStatus(None, device_id=DEVICE_ID)
# No attribute
assert status.power_consumption is None
assert status.power_consumption_end is None
assert status.power_consumption_energy is None
assert status.power_consumption_power is None
assert status.power_consumption_start is None
# Populated
data = {
"start": "2019-02-24T21:03:04Z",
"power": 0,
"energy": 500,
"end": "2019-02-26T02:05:55Z",
}
status.update_attribute_value(Attribute.power_consumption, data)
assert status.power_consumption == data
assert status.power_consumption_end == "2019-02-26T02:05:55Z"
assert status.power_consumption_energy == 500
assert status.power_consumption_power == 0
assert status.power_consumption_start == "2019-02-24T21:03:04Z"
# Missing
status.update_attribute_value(Attribute.power_consumption, {})
assert status.power_consumption == {}
assert status.power_consumption_end is None
assert status.power_consumption_energy is None
assert status.power_consumption_power is None
assert status.power_consumption_start is None
# Not valid
data = {"power": "Foo", "energy": "Bar"}
status.update_attribute_value(Attribute.power_consumption, data)
assert status.power_consumption == data
assert status.power_consumption_energy is None
assert status.power_consumption_power is None
def test_attributes_default():
"""Test the attributes property."""
# Arrange
data = get_json('device_status.json')
status = DeviceStatus(None, DEVICE_ID, data)
# Act/Assert
assert status.attributes['thermostatSetpoint'] == (None, None, None)
async def test_refresh(api):
"""Tests the refresh method."""
# Arrange
status = DeviceStatus(api, device_id=DEVICE_ID)
# Act
await status.refresh()
# Assert
assert len(status.attributes) == 9
def test_is_on():
"""Tests the is_on method."""
# Arrange
status = DeviceStatus(None, device_id=DEVICE_ID)
status.update_attribute_value(Attribute.acceleration, 'active')
status.level = 100
# Act/Assert
assert status.is_on(Attribute.acceleration)
assert status.is_on(Attribute.level)
assert not status.is_on(Attribute.switch)
def test_init():
"""Tests the init method."""
# Arrange/Act
status = DeviceStatus(None, device_id=DEVICE_ID)
# Assert
assert status.device_id == DEVICE_ID
assert status.attributes == {}
assert not status.switch
assert not status.motion
assert status.level == 0
assert status.component_id == 'main'
def test_apply_data():
"""Tests the apply_data method."""
# Arrange
data = get_json('device_status.json')
# Act
status = DeviceStatus(None, DEVICE_ID, data)
# Assert
assert len(status.attributes) == 9
assert status.switch
assert status.level == 100
assert len(status.components) == 2
assert len(status.components['topButton'].attributes) == 3
assert len(status.components['bottomButton'].attributes) == 3
def test_values():
"""Test the values property."""
# Arrange
data = get_json("device_status.json")
status = DeviceStatus(None, DEVICE_ID, data)
# Act/Assert
assert status.values == {
"button": None,
"numberOfButtons": None,
"supportedButtonValues": None,
"indicatorStatus": "when off",
"switch": "on",
"checkInterval": 1920,
"healthStatus": None,
"DeviceWatch-DeviceStatus": None,
"level": 100,
}
def test_values():
"""Test the values property."""
# Arrange
data = get_json('device_status.json')
status = DeviceStatus(None, DEVICE_ID, data)
# Act/Assert
assert status.values == {
'button': None,
'numberOfButtons': None,
'supportedButtonValues': None,
'indicatorStatus': 'when off',
'switch': 'on',
'checkInterval': 1920,
'healthStatus': None,
'DeviceWatch-DeviceStatus': None,
'level': 100
}
def test_attributes():
"""Test the attributes property."""
# Arrange
data = get_json('device_status.json')
status = DeviceStatus(None, DEVICE_ID, data)
# Act/Assert
assert status.attributes == {
'button': (None, None, None),
'numberOfButtons': (None, None, None),
'supportedButtonValues': (None, None, None),
'indicatorStatus': ('when off', None, None),
'switch': ('on', None, None),
'checkInterval': (1920, 's', {"protocol": "zwave",
"hubHardwareId": "000F"}),
'healthStatus': (None, None, {}),
'DeviceWatch-DeviceStatus': (None, None, {}),
'level': (100, '%', None)
}
def test_well_known_ocf_attributes():
"""Tests the OCF related attributes."""
# Arrange
data = get_json('device_samsungac_status.json')
status = DeviceStatus(None, device_id=DEVICE_ID, data=data)
# Act/Assert
assert status.ocf_data_model_version == 'res.1.1.0,sh.1.1.0'
assert status.ocf_date_of_manufacture == '2019-02-26T02:05:55Z'
assert status.ocf_device_id == DEVICE_ID
assert status.ocf_firmware_version == '0.1.0'
assert status.ocf_hardware_version == '1.0'
assert status.ocf_manufacturer_details_link == 'http://www.samsung.com'
assert status.ocf_manufacturer_name == 'Samsung Electronics'
assert status.ocf_model_number == \
'ARTIK051_KRAC_18K|10193441|60010123001111010200000000000000'
assert status.ocf_name == 'Air Conditioner'
assert status.ocf_os_version == 'TizenRT2.0'
assert status.ocf_platform_id == 'd5226d90-1b4f-e59d-5f3f-027ac3b18faf'
assert status.ocf_platform_version == '0.1.0'
assert status.ocf_spec_version == 'core.1.1.0'
assert status.ocf_support_link == 'http://www.samsung.com/support'
assert status.ocf_system_time == '02:05:55Z'
assert status.ocf_vendor_id == 'DA-AC-RAC-000001'
def test_attributes():
"""Test the attributes property."""
# Arrange
data = get_json("device_status.json")
status = DeviceStatus(None, DEVICE_ID, data)
# Act/Assert
assert status.attributes == {
"button": (None, None, None),
"numberOfButtons": (None, None, None),
"supportedButtonValues": (None, None, None),
"indicatorStatus": ("when off", None, None),
"switch": ("on", None, None),
"checkInterval": (
1920,
"s",
{
"protocol": "zwave",
"hubHardwareId": "000F"
},
),
"healthStatus": (None, None, {}),
"DeviceWatch-DeviceStatus": (None, None, {}),
"level": (100, "%", None),
}
def test_well_known_attributes():
"""Tests the humidity property."""
# Arrange
status = DeviceStatus(None, device_id=DEVICE_ID)
assert status.supported_ac_modes == []
assert status.supported_ac_fan_modes == []
status.update_attribute_value(Attribute.humidity, 50)
status.update_attribute_value(Attribute.temperature, 55)
status.update_attribute_value(Attribute.thermostat_operating_state,
"on")
status.update_attribute_value(Attribute.supported_thermostat_fan_modes,
["on", "off"])
status.update_attribute_value(Attribute.supported_thermostat_modes,
["auto", "off"])
status.update_attribute_value(Attribute.lock, "locked")
status.update_attribute_value(Attribute.door, "open")
status.update_attribute_value(Attribute.window_shade, "closed")
status.update_attribute_value(Attribute.data, {"test": "test"})
status.update_attribute_value(Attribute.three_axis, [0, 0, 0])
status.update_attribute_value(Attribute.supported_ac_modes,
["auto", "cool"])
status.update_attribute_value(Attribute.fan_mode, "low")
status.update_attribute_value(Attribute.supported_ac_fan_modes,
["auto", "low"])
# Act/Assert
assert status.humidity == 50
assert status.temperature == 55
assert status.thermostat_operating_state == "on"
assert status.supported_thermostat_fan_modes == ["on", "off"]
assert status.supported_thermostat_modes == ["auto", "off"]
assert status.lock == "locked"
assert status.door == "open"
assert status.window_shade == "closed"
assert status.data == {"test": "test"}
assert status.three_axis == [0, 0, 0]
assert status.supported_ac_modes == ["auto", "cool"]
assert status.supported_ac_fan_modes == ["auto", "low"]
def test_well_known_attributes():
"""Tests the humidity property."""
# Arrange
status = DeviceStatus(None, device_id=DEVICE_ID)
assert status.supported_ac_modes == []
assert status.supported_ac_fan_modes == []
status.update_attribute_value(Attribute.humidity, 50)
status.update_attribute_value(Attribute.temperature, 55)
status.update_attribute_value(
Attribute.thermostat_operating_state, 'on')
status.update_attribute_value(
Attribute.supported_thermostat_fan_modes, ['on', 'off'])
status.update_attribute_value(
Attribute.supported_thermostat_modes, ['auto', 'off'])
status.update_attribute_value(Attribute.lock, 'locked')
status.update_attribute_value(Attribute.door, 'open')
status.update_attribute_value(Attribute.window_shade, 'closed')
status.update_attribute_value(Attribute.data, {'test': 'test'})
status.update_attribute_value(Attribute.three_axis, [0, 0, 0])
status.update_attribute_value(
Attribute.supported_ac_modes, ['auto', 'cool'])
status.update_attribute_value(Attribute.fan_mode, 'low')
status.update_attribute_value(
Attribute.supported_ac_fan_modes, ['auto', 'low'])
# Act/Assert
assert status.humidity == 50
assert status.temperature == 55
assert status.thermostat_operating_state == 'on'
assert status.supported_thermostat_fan_modes == ['on', 'off']
assert status.supported_thermostat_modes == ['auto', 'off']
assert status.lock == 'locked'
assert status.door == 'open'
assert status.window_shade == 'closed'
assert status.data == {'test': 'test'}
assert status.three_axis == [0, 0, 0]
assert status.supported_ac_modes == ['auto', 'cool']
assert status.supported_ac_fan_modes == ['auto', 'low']
