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import pytest
from pyecoforest.exceptions import EcoforestError
from pyecoforest.models.device import Alarm, Device, OperationMode, State
def get_api_data():
return {
"status": {
"on_off": "0",
"estado": "0",
"consigna_potencia": "6",
"consigna_temperatura": "22",
"temperatura": "24.5",
"modo_operacion": "0",
},
"stats": {
"Me": "model-version",
"Vs": "firmware-version",
"Ns": "serial-number",
"Tp": "33.5",
"Th": "36.5",
"Tn": "23.5",
"Da": "002",
"Nh": "000006826",
"Ne": "001152",
"Pn": "0.0",
"Pf": "0.0",
"Es": "0",
"Ex": "0.0",
"Ni": "0",
"Co": "0.0",
},
"alarms": {"get_alarmas": "A099"},
}
def test_operation_mode_build():
assert OperationMode.build("0") == OperationMode.POWER
assert OperationMode.build("1") == OperationMode.TEMPERATURE
assert OperationMode.build("2") == OperationMode.EMERGENCY
with pytest.raises(EcoforestError) as error:
OperationMode.build("3")
assert str(error.value) == "The operation mode 3 is not a valid operation!"
def test_state_build():
assert State.build("0") == State.OFF
for i in [*range(1, 5), 10]:
assert State.build(i) == State.STARTING
for i in range(5, 7):
assert State.build(i) == State.PRE_HEATING
assert State.build("7") == State.ON
for i in [8, 11, -3]:
assert State.build(i) == State.SHUTTING_DOWN
assert State.build("-20") == State.STAND_BY
assert State.build("-4") == State.ALARM
with pytest.raises(EcoforestError) as error:
State.build("9")
assert str(error.value) == "The state 9 is not a valid state!"
def test_alarm_build():
for i in ["A001", "A002"]:
assert Alarm.build(i) == Alarm.AIR_DEPRESSION
assert Alarm.build("A012") == Alarm.CPU_OVERHEATING
assert Alarm.build("A099") == Alarm.PELLETS
assert Alarm.build("N") is None
assert Alarm.build("A100") == Alarm.UNKNOWN
def test_device_build():
assert Device.build(get_api_data()) == Device(
is_supported=False,
model="model-version",
model_name="Cordoba glass",
firmware="firmware-version",
serial_number="serial-number",
operation_mode=OperationMode.POWER,
on=False,
state=State.OFF,
power=6,
temperature=22,
alarm=Alarm.PELLETS,
alarm_code="A099",
environment_temperature=24.5,
cpu_temperature=33.5,
gas_temperature=36.5,
ntc_temperature=23.5,
depression=2,
working_hours=6826,
ignitions=1152,
live_pulse=0.0,
pulse_offset=0.0,
working_state=0,
extractor=0,
working_level=0,
convecto_air_flow=0.0,
)
def test_device_build_with_supportted_device():
data = get_api_data()
data["stats"]["Me"] = "CC2014_v2"
assert Device.build(data).is_supported is True
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