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# Copyright Tomer Figenblat.
#
# Licensed under the Apache License, Version 2.0 (the "License");
# you may not use this file except in compliance with the License.
# You may obtain a copy of the License at
#
# http://www.apache.org/licenses/LICENSE-2.0
#
# Unless required by applicable law or agreed to in writing, software
# distributed under the License is distributed on an "AS IS" BASIS,
# WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
# See the License for the specific language governing permissions and
# limitations under the License.
"""Switcher integration devices dataclasses test cases."""
from dataclasses import dataclass
from assertpy import assert_that
from pytest import fixture, mark
from aioswitcher.device import (
DeviceState,
DeviceType,
ShutterDirection,
SwitcherPowerPlug,
SwitcherShutter,
SwitcherThermostat,
SwitcherWaterHeater,
ThermostatFanLevel,
ThermostatMode,
ThermostatSwing,
)
@dataclass(frozen=True)
class FakeData:
"""Fake data for unit tests."""
device_id: str = "aaaaaa"
device_key: str = "18"
ip_address: str = "192.168.1.33"
mac_address: str = "12:A1:A2:1A:BC:1A"
name: str = "My Switcher Boiler"
token_needed: bool = False
power_consumption: int = 2600
electric_current: float = 11.8
remaining_time: str = "01:30:00"
auto_shutdown: str = "03:00:00"
mode: ThermostatMode = ThermostatMode.COOL
fan_level: ThermostatFanLevel = ThermostatFanLevel.HIGH
swing: ThermostatSwing = ThermostatSwing.OFF
target_temperature: int = 24
temperature: float = 26.5
remote_id: str = "ELEC7022"
position: int = 50
direction: ShutterDirection = ShutterDirection.SHUTTER_STOP
@fixture
def fake_data():
return FakeData()
@mark.parametrize("device_type", [DeviceType.MINI, DeviceType.TOUCH, DeviceType.V2_ESP, DeviceType.V2_QCA, DeviceType.V4])
def test_given_a_device_of_type_water_heater_when_instantiating_as_a_water_heater_should_be_instatiated_properly(fake_data, device_type):
sut = SwitcherWaterHeater(
device_type,
DeviceState.ON,
fake_data.device_id,
fake_data.device_key,
fake_data.ip_address,
fake_data.mac_address,
fake_data.name,
fake_data.token_needed,
fake_data.power_consumption,
fake_data.electric_current,
fake_data.remaining_time,
fake_data.auto_shutdown,
)
assert_that(sut.device_type).is_equal_to(device_type)
assert_that(sut.device_state).is_equal_to(DeviceState.ON)
assert_that(sut.device_id).is_equal_to(fake_data.device_id)
assert_that(sut.ip_address).is_equal_to(fake_data.ip_address)
assert_that(sut.mac_address).is_equal_to(fake_data.mac_address)
assert_that(sut.name).is_equal_to(fake_data.name)
assert_that(sut.power_consumption).is_equal_to(fake_data.power_consumption)
assert_that(sut.electric_current).is_equal_to(fake_data.electric_current)
assert_that(sut.remaining_time).is_equal_to(fake_data.remaining_time)
assert_that(sut.auto_shutdown).is_equal_to(fake_data.auto_shutdown)
assert_that(sut.auto_off_set).is_equal_to(fake_data.auto_shutdown)
def test_given_a_device_of_type_power_plug_when_instantiating_as_a_power_plug_should_be_instatiated_properly(fake_data):
sut = SwitcherPowerPlug(
DeviceType.POWER_PLUG,
DeviceState.ON,
fake_data.device_id,
fake_data.device_key,
fake_data.ip_address,
fake_data.mac_address,
fake_data.name,
fake_data.token_needed,
fake_data.power_consumption,
fake_data.electric_current,
)
assert_that(sut.device_type).is_equal_to(DeviceType.POWER_PLUG)
assert_that(sut.device_state).is_equal_to(DeviceState.ON)
assert_that(sut.device_id).is_equal_to(fake_data.device_id)
assert_that(sut.ip_address).is_equal_to(fake_data.ip_address)
assert_that(sut.mac_address).is_equal_to(fake_data.mac_address)
assert_that(sut.name).is_equal_to(fake_data.name)
assert_that(sut.power_consumption).is_equal_to(fake_data.power_consumption)
assert_that(sut.electric_current).is_equal_to(fake_data.electric_current)
def test_given_a_device_of_type_thermostat_when_instantiating_as_a_thermostat_should_be_instatiated_properly(fake_data):
sut = SwitcherThermostat(
DeviceType.BREEZE,
DeviceState.ON,
fake_data.device_id,
fake_data.device_key,
fake_data.ip_address,
fake_data.mac_address,
fake_data.name,
fake_data.token_needed,
fake_data.mode,
fake_data.temperature,
fake_data.target_temperature,
fake_data.fan_level,
fake_data.swing,
fake_data.remote_id
)
assert_that(sut.device_type).is_equal_to(DeviceType.BREEZE)
assert_that(sut.device_state).is_equal_to(DeviceState.ON)
assert_that(sut.device_id).is_equal_to(fake_data.device_id)
assert_that(sut.ip_address).is_equal_to(fake_data.ip_address)
assert_that(sut.mac_address).is_equal_to(fake_data.mac_address)
assert_that(sut.name).is_equal_to(fake_data.name)
assert_that(sut.mode).is_equal_to(fake_data.mode)
assert_that(sut.temperature).is_equal_to(fake_data.temperature)
assert_that(sut.target_temperature).is_equal_to(fake_data.target_temperature)
assert_that(sut.fan_level).is_equal_to(fake_data.fan_level)
assert_that(sut.swing).is_equal_to(fake_data.swing)
assert_that(sut.remote_id).is_equal_to(fake_data.remote_id)
def test_given_a_device_of_type_shutter_when_instantiating_as_a_shutter_should_be_instatiated_properly(fake_data):
sut = SwitcherShutter(
DeviceType.RUNNER,
DeviceState.ON,
fake_data.device_id,
fake_data.device_key,
fake_data.ip_address,
fake_data.mac_address,
fake_data.name,
fake_data.token_needed,
fake_data.position,
fake_data.direction
)
assert_that(sut.device_type).is_equal_to(DeviceType.RUNNER)
assert_that(sut.device_state).is_equal_to(DeviceState.ON)
assert_that(sut.device_id).is_equal_to(fake_data.device_id)
assert_that(sut.ip_address).is_equal_to(fake_data.ip_address)
assert_that(sut.mac_address).is_equal_to(fake_data.mac_address)
assert_that(sut.name).is_equal_to(fake_data.name)
assert_that(sut.position).is_equal_to(fake_data.position)
assert_that(sut.direction).is_equal_to(fake_data.direction)
@mark.parametrize("device_type", [DeviceType.MINI, DeviceType.TOUCH, DeviceType.V2_ESP, DeviceType.V2_QCA, DeviceType.V4])
def test_given_a_device_of_type_water_heater_when_instantiating_as_a_power_plug_should_raise_an_error(fake_data, device_type):
assert_that(SwitcherPowerPlug).raises(ValueError).when_called_with(
device_type,
DeviceState.ON,
fake_data.device_id,
fake_data.device_key,
fake_data.ip_address,
fake_data.mac_address,
fake_data.name,
fake_data.token_needed,
fake_data.power_consumption,
fake_data.electric_current,
).is_equal_to("only power plugs are allowed")
def test_given_a_device_of_type_power_plug_when_instantiating_as_a_water_heater_should_raise_an_error(fake_data):
assert_that(SwitcherWaterHeater).raises(ValueError).when_called_with(
DeviceType.POWER_PLUG,
DeviceState.ON,
fake_data.device_id,
fake_data.device_key,
fake_data.ip_address,
fake_data.mac_address,
fake_data.name,
fake_data.token_needed,
fake_data.power_consumption,
fake_data.electric_current,
fake_data.remaining_time,
fake_data.auto_shutdown,
).is_equal_to("only water heaters are allowed")
def test_given_a_device_of_type_power_plug_when_instantiating_as_a_thermostatr_should_raise_an_error(fake_data):
assert_that(SwitcherThermostat).raises(ValueError).when_called_with(
DeviceType.POWER_PLUG,
DeviceState.ON,
fake_data.device_id,
fake_data.device_key,
fake_data.ip_address,
fake_data.mac_address,
fake_data.name,
fake_data.token_needed,
fake_data.mode,
fake_data.temperature,
fake_data.target_temperature,
fake_data.fan_level,
fake_data.swing,
fake_data.remote_id
).is_equal_to("only thermostats are allowed")
def test_given_a_device_of_type_power_plug_when_instantiating_as_a_shutter_should_raise_an_error(fake_data):
assert_that(SwitcherShutter).raises(ValueError).when_called_with(
DeviceType.POWER_PLUG,
DeviceState.ON,
fake_data.device_id,
fake_data.device_key,
fake_data.ip_address,
fake_data.mac_address,
fake_data.name,
fake_data.token_needed,
fake_data.position,
fake_data.direction
).is_equal_to("only shutters are allowed")
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