test_integration.py•6.6 kB
import os
import pytest
import dotenv
from uuid import UUID
from src.api import Location, Granularity
dotenv.load_dotenv()
TOKEN = os.getenv("TOKEN")
pytestmark = pytest.mark.skipif(not TOKEN, reason="TOKEN environment variable not set")
def _get_location():
if TOKEN is None:
raise ValueError("TOKEN environment variable not set")
return Location(TOKEN)
def test_fetch_devices():
loc = _get_location()
devices = loc.get_devices_short()
assert isinstance(devices, list)
assert devices, "no devices returned"
assert "deviceId" in devices[0]
def test_event_history():
loc = _get_location()
devices = loc.get_devices_short()
if not devices:
pytest.skip("no devices available")
first_device_id = devices[0]["deviceId"]
history = loc.event_history(device_id=first_device_id, limit=1)
assert len(history) == 1
assert "deviceId" in history[0]
def test_room_history():
loc = _get_location()
rooms = loc.rooms
if not rooms:
pytest.skip("no rooms available")
first_room_id = next(iter(rooms.keys()))
history = loc.room_history(room_id=first_room_id)
assert len(history) > 0
assert "time" in history[0]
def test_history_p30d():
loc = _get_location()
devices = loc.get_devices_short()
if not devices:
pytest.skip("no devices available")
first_device_id = devices[0]["deviceId"]
history = loc.history(device_id=first_device_id, attribute="temperature", delta_start="P30D")
assert history, "empty history for P30D"
missing_attributes = {
'temperatureRange', 'heatingSetpointRange', 'coolingSetpointRange',
'quantity', 'type', # battery
'availableFanOscillationModes',
'numberOfButtons', # button
'levelRange', 'colorTemperatureRange', # switchLevel
'driverVersion', 'fade', 'circadian',
'commandResult', # lock
}
missing_capabilities = {'firmwareUpdate', 'bridge', 'healthCheck'}
def test_get_devices_with_status():
loc = _get_location()
devices = loc.get_devices(include_status=True)
if not devices:
pytest.skip("no devices available")
for dev in devices:
for component in dev.components:
for capability in component.capabilities:
if capability.id in missing_capabilities:
continue
if capability.status is None:
pytest.fail(f"Capability {capability.id} has no status for device {dev.device_id}")
for (attribute, status) in capability.status.items():
if attribute in missing_attributes or attribute.startswith("supported") or attribute.startswith("available"):
continue
#if status.value is None:
# pytest.warns(UserWarning, f"Status value is None for capability {capability.id}/{attribute} in device {dev.device_id}")
def test_get_status_by_device_by_id():
loc = _get_location()
devices = loc.get_devices(include_status=True)
if not devices:
pytest.skip("no devices available")
dev = devices.pop()
status_dict = loc.device_status(dev.device_id)
assert status_dict is not None, f"No status returned for device {dev.device_id}"
for (comp_name, component_value) in status_dict.items():
for (capability_id, capability_value) in component_value.items():
if capability_value is None:
pytest.fail(f"Capability {capability_id} has no status for device {dev.device_id}")
for (attribute, status) in capability_value.items():
if attribute in missing_attributes or attribute.startswith("supported") or attribute.startswith("available"):
continue
assert status.value is not None, f"Status value is None for capability {capability_id}/{attribute} in device {dev.device_id}"
@pytest.mark.parametrize("granularity", ["5min", "hourly", "daily"])
def test_history_hourly_avg_device(granularity: Granularity):
loc = _get_location()
devices = loc.get_devices(include_status=True)
if not devices:
pytest.skip("no devices available")
dev_id = None
for dev in devices:
for comp in dev.components:
for cap in comp.capabilities:
if cap.status and "temperature" in cap.status:
dev_id = dev.device_id
break
if dev_id:
break
if dev_id:
break
if dev_id is None:
pytest.skip("no temperature capable device found")
history = loc.history(
device_id=dev_id,
attribute="temperature",
delta_start="PT6H",
granularity=granularity,
aggregate="avg",
)
#if not history:
# pytest.skip("empty history")
for item in history:
if granularity == "5min":
assert item["time"].minute % 5 == 0
elif granularity == "hourly":
assert item["time"].minute == 0
elif granularity == "daily":
assert item["time"].hour == 0
assert item["time"].minute == 0
assert item["time"].second == 0
assert item["time"].microsecond == 0
@pytest.mark.parametrize("granularity", ["5min", "hourly", "daily"])
def test_history_room_avg_granularity(granularity: Granularity):
loc = _get_location()
rooms = loc.rooms
#if not rooms:
# pytest.skip("no rooms available")
first_room_id = next(iter(rooms.keys()))
history = loc.history(
room_id=first_room_id,
attribute="temperature",
delta_start="PT6H",
granularity=granularity,
aggregate="avg",
)
#if not history:
# pytest.skip("empty history")
for item in history:
if granularity == "5min":
assert item["time"].minute % 5 == 0
elif granularity == "hourly":
assert item["time"].minute == 0
elif granularity == "daily":
assert item["time"].hour == 0
assert item["time"].minute == 0
assert item["time"].second == 0
assert item["time"].microsecond == 0
def test_motion_history():
loc = _get_location()
history = loc.history(device_id=UUID("e4c44ca3-14f4-41c8-acc4-afbf1ad7442e"), attribute= "motion", delta_start= "P5D",
granularity= "hourly", aggregate= "raw")
assert history, "empty history for PT6H"
assert isinstance(history[0]["time"], str) # Ensure time is a string
assert "temperature" in history[0] # Ensure temperature is in the history item