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"""Test cloud functions."""
import pytest
# from httpx import Cookies
from intellifire4py import UnifiedFireplace
from intellifire4py.cloud_interface import IntelliFireCloudInterface
from intellifire4py.const import IntelliFireApiMode
from intellifire4py.exceptions import LoginError
@pytest.mark.asyncio
async def test_cloud_login( # type: ignore
mock_cloud_login_flow_no_local,
user_id,
api_key,
):
"""Test cloud login."""
username = "user"
password = "pass" # noqa: S105
async with IntelliFireCloudInterface() as cloud_interface:
await cloud_interface.login_with_credentials(
username=username, password=password
)
user_data = cloud_interface.user_data
fireplaces = await UnifiedFireplace.build_fireplaces_from_user_data(
user_data,
desired_control_mode=IntelliFireApiMode.NONE,
desired_read_mode=IntelliFireApiMode.NONE,
)
fireplace = fireplaces[0]
await fireplace.perform_cloud_poll()
assert fireplace.serial == "XXXXXE834CE109D849CBB15CDDBAFF381"
assert fireplace.data.brand == "H&G"
assert fireplace.data.name == "Living Room"
assert fireplace.api_key == api_key
assert fireplace.data.is_on is False
assert fireplace.data.pilot_on is True
assert cloud_interface.user_data.user_id == user_id
@pytest.mark.asyncio
@pytest.mark.asyncio
async def test_control( # type: ignore
mock_login_for_control_testing,
user_id: str,
api_key: str,
) -> None: # Build cookies
"""Test control."""
username = "user"
password = "pass" # noqa: S105
async with IntelliFireCloudInterface() as cloud_interface:
await cloud_interface.login_with_credentials(
username=username, password=password
)
user_data = cloud_interface.user_data
fireplaces = await UnifiedFireplace.build_fireplaces_from_user_data(
user_data,
desired_control_mode=IntelliFireApiMode.CLOUD,
desired_read_mode=IntelliFireApiMode.CLOUD,
)
fp = fireplaces[0]
assert fp.data.serial == "unset"
assert fp.data.brand == "H&G"
assert fp.data.battery == 0
assert fp.data.connection_quality == 987690
await fp.read_api.start_background_polling()
assert fp.read_api.is_polling_in_background is True
await fp.control_api.pilot_on()
assert fp.data.pilot_on is True
await fp.control_api.flame_on()
assert fp.data.is_on is True
await fp.control_api.flame_off()
await fp.control_api.soft_reset()
await fp.control_api.stop_sleep_timer()
await fp.control_api.set_thermostat_c(10)
await fp.control_api.set_thermostat_f(70)
await fp.control_api.turn_on_thermostat()
await fp.control_api.turn_off_thermostat()
await fp.control_api.fan_off()
await fp.control_api.beep()
assert fp.data.is_on is False
assert fp.read_api.is_polling_in_background is True
assert fp.read_api.data.name == "Living Room"
await fp.read_api.stop_background_polling()
@pytest.mark.asyncio
async def test_incorrect_login_credentials(mock_login_bad_credentials) -> None: # type: ignore
"""Test login with incorrect credentials."""
username = "incorrect_user"
password = "incorrect_password" # noqa S105)
async with IntelliFireCloudInterface() as cloud_interface:
with pytest.raises(LoginError):
await cloud_interface.login_with_credentials(
username=username, password=password
)
@pytest.mark.asyncio
async def test_bad_command_param(mock_cloud_login_flow_no_local) -> None: # type:ignore
"""Test bad command parameter handling."""
username = "user"
password = "pass" # noqa: S105
async with IntelliFireCloudInterface() as cloud_interface:
await cloud_interface.login_with_credentials(
username=username, password=password
)
user_data = cloud_interface.user_data
fireplaces = await UnifiedFireplace.build_fireplaces_from_user_data(
user_data,
desired_control_mode=IntelliFireApiMode.CLOUD,
desired_read_mode=IntelliFireApiMode.CLOUD,
)
fireplace = fireplaces[0] # type: ignore #noqa: F841
#
# @pytest.mark.asyncio
# @pytest.mark.parametrize(
# "status_code, expected_error",
# [
# (204, None), # Success
# (403, "Not authorized"),
# (404, "Fireplace not found (bad serial number)"),
# (422, "Invalid Parameter (invalid command id or command value)"),
# (69, "Unexpected return code"),
# ],
# )
# async def test_sending(
# httpx_mock: HTTPXMock,
# status_code: int,
# expected_error: str,
# enum_fireplaces_json: str,
# enum_locations_json: str,
# cloud_poll_json: str,
# cookies: list[tuple[str, str]],
# user_id: str,
# api_key: str,
# ) -> None:
# """Test some sending."""
# username = "user"
# password = "pass" # noqa: S105
# httpx_mock.add_response(
# method="POST",
# url="https://iftapi.net/a/login",
# status_code=204,
# headers=cookies,
# )
# httpx_mock.add_response(
# method="GET",
# url="https://iftapi.net/a/enumlocations",
# text=enum_locations_json,
# )
#
# httpx_mock.add_response(
# method="GET",
# url="https://iftapi.net/a/enumfireplaces?location_id=11118333339267293392",
# text=enum_fireplaces_json,
# )
# httpx_mock.add_response(
# method="GET",
# url="https://iftapi.net/a/XXXXXE834CE109D849CBB15CDDBAFF381//apppoll",
# text=cloud_poll_json,
# )
#
# cloud_api = IntelliFireCloudInterface()
# await cloud_api.login_with_credentials(username=username, password=password)
# # Fake logged in state
#
# # cloud_api = IntelliFireAPICloud()
# # await cloud_api.beep() # Do nothing
#
# # ALl this should be mock/patched
#
# @pytest.mark.asyncio
# @pytest.mark.parametrize(
# "status_code, expected_error",
# [
# (204, None), # Success
# (403, "Not authorized"),
# (404, "Fireplace not found (bad serial number)"),
# (422, "Invalid Parameter (invalid command id or command value)"),
# (69, "Unexpected return code"),
# ],
# )
# async def test_sending(
# status_code: int,
# expected_error: str,
# enum_fireplaces_json: str,
# enum_locations_json: str,
# cloud_poll_json: str,
# cookies: list[tuple[str, str]],
# user_id: str,
# api_key: str,
# ):
# """Test some sending."""
# username = "user"
# password = "pass" # noqa: S105
#
# with aioresponses() as m:
# # Mocking the POST login request
# m.post("https://iftapi.net/a/login", status=204, headers=cookies)
#
# # Mocking other GET requests
# m.get(
# "https://iftapi.net/a/enumlocations", status=200, body=enum_locations_json
# )
# m.get(
# "https://iftapi.net/a/enumfireplaces?location_id=11118333339267293392",
# status=200,
# body=enum_fireplaces_json,
# )
# m.get(
# "https://iftapi.net/a/XXXXXE834CE109D849CBB15CDDBAFF381//apppoll",
# status=200,
# body=cloud_poll_json,
# )
#
# async with IntelliFireCloudInterface() as cloud_interface:
# await cloud_interface.login_with_credentials(
# username=username, password=password
# )
#
# # Get a fireplace
# user_data = cloud_interface.user_data
# fireplaces = await UnifiedFireplace.build_fireplaces_from_user_data(
# user_data,
# control_mode=IntelliFireApiMode.CLOUD,
# read_mode=IntelliFireApiMode.CLOUD,
# )
# fireplace = fireplaces[0]
#
# if expected_error:
# with pytest.raises(expected_error):
# await fireplace.control_api.beep()
#
# # Depending on what you are testing, you'll need to simulate sending a request
# # and mock the response based on the status_code and expected_error parameters
# # For example, if you're testing a POST request:
# # m.post("https://iftapi.net/a/some_endpoint", status=status_code)
#
# # Now you can call the method that sends the request and assert the expected behavior
# # For example:
# # if expected_error:
# # with pytest.raises(expected_error):
# # # Call the method that sends the request
# # pass
# # else:
# # # Call the method that sends the request and assert the success case
# # pass
#
#
# #
# #
# # async with IntelliFireCloudInterface() as cloud_interface:
# # await cloud_interface.login_with_credentials(
# # username=username, password=password
# # )
# # user_data = cloud_interface.user_data
# # fireplaces = await UnifiedFireplace.build_fireplaces_from_user_data(
# # user_data,
# # control_mode=IntelliFireApiMode.NONE,
# # read_mode=IntelliFireApiMode.NONE,
# # )
# # fireplace = fireplaces[0]
# # await fireplace.perform_cloud_poll()
# # assert fireplace.serial == "XXXXXE834CE109D849CBB15CDDBAFF381"
# # assert fireplace.data.brand == "H&G"
# # assert fireplace.data.name == "Living Room"
# # assert fireplace.api_key == api_key
# # assert fireplace.data.is_on is False
# # assert fireplace.data.pilot_on is True
# #
# # assert cloud_interface.user_data.user_id == user_id
|
