def test_sensor_values_returned_as_json(api_server):
value = api_server.get("/sensors/").json
python_version = PythonVersion().value()
sensor_names = value.keys()
assert "Python Version" in sensor_names
assert value["Python Version"] == list(python_version)
def test_erroring_sensor_excluded_but_reported(self, api_server, api_key):
from .test_utils import FailingSensor
with mock.patch("apd.sensors.cli.get_sensors") as get_sensors:
# Ensure failing sensor is first, to test that subsequent sensors
# are still processed
get_sensors.return_value = [FailingSensor(2), PythonVersion()]
value = api_server.get("/sensors/", headers={"X-API-Key": api_key}).json
second_attempt_value = api_server.get(
"/sensors/", headers={"X-API-Key": api_key}
).json
sensors = value["sensors"]
failing = [sensor for sensor in sensors if sensor["id"] == "FailingSensor"]
assert len(failing) == 0
errors = value["errors"]
failing = [sensor for sensor in errors if sensor["id"] == "FailingSensor"]
assert len(failing) == 1
python_version = [
sensor for sensor in sensors if sensor["id"] == "PythonVersion"
]
assert len(python_version) == 1
sensors = second_attempt_value["sensors"]
assert second_attempt_value["errors"] == []
failing = [sensor for sensor in sensors if sensor["id"] == "FailingSensor"]
assert len(failing) == 1
python_version = [
sensor for sensor in sensors if sensor["id"] == "PythonVersion"
]
assert len(python_version) == 1
def test_sensor_values_returned_as_json(self, api_server, api_key):
value = api_server.get("/sensors/", headers={"X-API-Key": api_key}).json
python_version = PythonVersion().value()
sensor_names = value.keys()
assert "Python Version" in sensor_names
assert value["Python Version"] == list(python_version)
def test_sensor_values_returned_as_json(self, api_server, api_key):
value = api_server.get("/sensors/", headers={"X-API-Key": api_key}).json
sensors = value["sensors"]
python_version = [
sensor for sensor in sensors if sensor["id"] == "PythonVersion"
][0]
assert python_version["title"] == "Python Version"
assert python_version["value"] == list(PythonVersion().value())
def test_erroring_sensor_shows_None(self, api_server, api_key):
from .test_utils import FailingSensor
with mock.patch("apd.sensors.cli.get_sensors") as get_sensors:
# Ensure failing sensor is first, to test that subsequent sensors
# are still processed
get_sensors.return_value = [FailingSensor(10), PythonVersion()]
value = api_server.get("/sensors/", headers={"X-API-Key": api_key}).json
assert value["Sensor which fails"] is None
assert "Python Version" in value.keys()
def test_erroring_sensor_shows_None(self, api_server, api_key):
from .test_utils import FailingSensor
with mock.patch("apd.sensors.cli.get_sensors") as get_sensors:
# Ensure failing sensor is first, to test that subsequent sensors
# are still processed
get_sensors.return_value = [FailingSensor(10), PythonVersion()]
value = api_server.get("/sensors/", headers={"X-API-Key": api_key}).json
sensors = value["sensors"]
failing = [sensor for sensor in sensors if sensor["id"] == "FailingSensor"][0]
python_version = [
sensor for sensor in sensors if sensor["id"] == "PythonVersion"
][0]
assert failing["title"] == "Sensor which fails"
assert failing["value"] is None
assert python_version["title"] == "Python Version"
def sensors() -> t.Iterator[t.List[Sensor[t.Any]]]:
"""Patch the get_sensors method to return a known pair of sensors only"""
data: t.List[Sensor[t.Any]] = [PythonVersion(), ACStatus()]
with patch("apd.sensors.cli.get_sensors") as get_sensors:
get_sensors.return_value = data
yield data
def sensor():
return PythonVersion()