def test_save_device_desired_state_unkwon_device(rollback_registry, webserver,
some_desired_states, device,
data):
registry = rollback_registry
with pytest.raises(NoResultFound):
webserver.post(f"/api/device/{device}/UNKNOWN/desired/state",
json=data)
def test_save_device_state_unkwon_device(rollback_registry, webserver):
registry = rollback_registry
State = registry.Iot.State
count_before = State.query().count()
with pytest.raises(NoResultFound):
webserver.post(f"/api/device/relay/UNKNOWN/state",
data='{"is_open": true}')
def test_set_test_range(rollback_registry, webserver):
registry = rollback_registry
data = {"start": "08:11", "end": "3:22:30", "celsius": 15.5}
expected_data = {"start": "08:11:00", "end": "03:22:30", "celsius": 15.5}
r = webserver.post(f"/api/thermostat/range/22", json=data)
assert r.status_code == 200, str(r)
assert r.json() == expected_data
data2 = {"start": "08:23", "end": "23:1", "celsius": 20.5}
expected_data2 = {"start": "08:23:00", "end": "23:01:00", "celsius": 20.5}
r = webserver.post(f"/api/thermostat/range/22", json=data2)
assert r.status_code == 200, str(r)
assert r.json() == expected_data2
r = webserver.get(f"/api/thermostat/range/22", )
assert r.status_code == 200, str(r)
assert r.json() == expected_data2
def test_save_device_state(rollback_registry, webserver, engine):
registry = rollback_registry
State = registry.Iot.State
count_before = State.query().count()
response = webserver.post(f"/api/device/relay/{engine.code}/state",
json={"is_open": True})
assert response.status_code == 200, str(response)
assert count_before + 1 == State.query().count()
def test_save_device_desired_state_wrong_format(rollback_registry, webserver,
engine, device, data):
registry = rollback_registry
State = registry.Iot.State
count_before = State.query().count()
response = webserver.post(
f"/api/device/{device}/{engine.code}/desired/state", json=data)
assert response.status_code == 422, str(response)
assert count_before + 0 == State.query().count()
def test_save_device_state_wrong_format(rollback_registry, webserver, engine):
registry = rollback_registry
State = registry.Iot.State
count_before = State.query().count()
response = webserver.post(
f"/api/device/relay/{engine.code}/state",
data='{"is_open": "wrong type", "extra": true}',
)
assert response.status_code == 422, str(response)
assert count_before + 0 == State.query().count()
def test_set_get_mode(
rollback_registry,
webserver,
):
registry = rollback_registry
mode = {"mode": "thermostat"}
r = webserver.post(f"/api/mode", json=mode)
assert r.status_code == 200, str(r)
assert r.json() == mode
r = webserver.get(f"/api/mode", )
assert r.status_code == 200, str(r)
assert r.json() == mode
def test_save_weather_station_packet(rollback_registry, webserver,
weather_station):
registry = rollback_registry
State = registry.Iot.State
count_before = State.query().count()
response = webserver.post(
f"/api/device/weather-station/aprs-packet",
json={
'raw':
"FW5282>APRS,TCPXX*,qAX,CWOP-5:@192116z4759.58N/00227.12E_052/005g013t038r000p004P001h95b10271L000.DsVP",
})
assert response.status_code == 200, str(response)
assert response.json()["station_code"] == weather_station.code
assert count_before + 1 == State.query().count()
with pytest.raises(IntegrityError):
# same station_code/tiemstamp
response = webserver.post(
f"/api/device/weather-station/aprs-packet",
json={
'raw':
"FW5282>APRS,TCPXX*,qAX,CWOP-5:@192116z4759.58N/00227.12E_052/005g013t038r000p004P001h95b10271L000.DsVP",
},
)
def test_save_weather_station_state(rollback_registry, webserver,
weather_station):
registry = rollback_registry
State = registry.Iot.State
count_before = State.query().count()
response = webserver.post(
f"/api/device/weather-station/{weather_station.code}/state",
json={
'station_code': weather_station.code,
'sensor_date': "2020-06-15T11:42:00+00:00",
'wind_direction': 52,
'wind_speed': 2.2352,
'wind_gust': 5.81152,
'temperature': 3.333333333333333,
'rain_1h': 0.0,
'rain_24h': 1.016,
'rain_since_midnight': 0.254,
'humidity': 95,
'pressure': 1027.1,
'luminosity': 0
})
assert response.status_code == 200, str(response)
assert count_before + 1 == State.query().count()
def test_save_thermostat_mode(rollback_registry, webserver, payload, response):
r = webserver.post(f"/api/mode", json=payload)
assert r.status_code == 200, str(r)
assert r.json() == response