def test_get_newest_notification_returns_newest_record(self, sqlalchemy):
sensor_service = SensorReadingPersistenceService()
reading = AnalogSensorReading()
reading.name = 'Test Sensor'
sensor_service.create(reading)
old_notification = NotificationEvent()
old_notification.sensor_id = reading.id
old_notification.timestamp = datetime(2015, 1, 1)
new_notification = NotificationEvent()
new_notification.sensor_id = reading.id
new_notification.timestamp = datetime(2016, 1, 1)
service = NotificationPersistenceService()
# Insert in reverse order to confirm order by
service.create(new_notification)
service.create(old_notification)
newest_timestamp = new_notification.timestamp
db_timestamp = service.get_newest_notification(reading.name).timestamp
assert db_timestamp == newest_timestamp
def test_get_newest_notification_returns_newest_record(self, sqlalchemy):
sensor_service = SensorReadingPersistenceService()
reading = AnalogSensorReading()
reading.name = 'Test Sensor'
sensor_service.create(reading)
old_notification = NotificationEvent()
old_notification.sensor_id = reading.id
old_notification.timestamp = datetime(2015, 1, 1)
new_notification = NotificationEvent()
new_notification.sensor_id = reading.id
new_notification.timestamp = datetime(2016, 1, 1)
service = NotificationPersistenceService()
# Insert in reverse order to confirm order by
service.create(new_notification)
service.create(old_notification)
newest_timestamp = new_notification.timestamp
db_timestamp = service.get_newest_notification(reading.name).timestamp
assert db_timestamp == newest_timestamp
def test_get_returns_single_model_object(self, sqlalchemy):
service = SensorReadingPersistenceService()
reading = AnalogSensorReading()
service.create(reading)
reading2 = AnalogSensorReading()
service.create(reading2)
assert service.get(reading.id).id == reading.id
def test_all_returns_all_model_objects(self, sqlalchemy):
service = SensorReadingPersistenceService()
reading = AnalogSensorReading()
service.create(reading)
reading2 = AnalogSensorReading()
service.create(reading2)
assert len(service.all()) == 2
def test_analog_sensor_reading(self, sqlalchemy):
service = SensorReadingPersistenceService()
reading = AnalogSensorReading()
service.create(reading)
assert service.get(reading.id).id == reading.id
def test_delete_deletes_single_model_object(self, sqlalchemy):
service = SensorReadingPersistenceService()
reading = AnalogSensorReading()
service.create(reading)
service.delete(reading)
assert len(service.all()) == 0
def test_all_reversed_bad_paging(self, sqlalchemy):
service = SensorReadingPersistenceService()
older = AnalogSensorReading()
older.timestamp = datetime.now()
newer = DigitalSensorReading()
newer.timestamp = datetime.now()
service.create(older)
service.create(newer)
paged = service.all_reversed(1000, 1)
assert paged.elements == []
paged = service.all_reversed(-1, 1)
assert paged.elements == []
def test_all_reversed_bad_paging(self, sqlalchemy):
service = SensorReadingPersistenceService()
older = AnalogSensorReading()
older.timestamp = datetime.now()
newer = DigitalSensorReading()
newer.timestamp = datetime.now()
service.create(older)
service.create(newer)
paged = service.all_reversed(1000, 1)
assert paged.elements == []
paged = service.all_reversed(-1, 1)
assert paged.elements == []
def test_polymorphic(self, sqlalchemy):
service = SensorReadingPersistenceService()
reading = SensorReading()
analog = AnalogSensorReading()
digital = DigitalSensorReading()
service.create(reading)
service.create(analog)
service.create(digital)
assert len(service.all()) == 3
def _read_analog_sensor(self, analog_sensor):
value = analog_sensor.read_analog_sensor()
analog_reading = AnalogSensorReading()
analog_reading.name = analog_sensor.sensor_name
analog_reading.value = value
analog_reading.unit = analog_sensor.unit
analog_reading.timestamp = datetime.now()
self.sensor_persistence.create(analog_reading)
if value != analog_sensor.error_sentinel:
if value < analog_sensor.min_normal or \
value > analog_sensor.max_normal:
logger.info(analog_reading.name + ' Analog Sensor Value: ' +
str(analog_reading.value) + analog_reading.unit +
' - Out of Normal Range')
self._send_notification(analog_sensor, analog_reading)
else:
logger.info(analog_reading.name + ' Analog Sensor Value: ' +
str(analog_reading.value) + analog_reading.unit +
' - Within Normal Range')
else:
logger.info(analog_reading.name + ' Analog Sensor Value: ' +
str(analog_reading.value) + analog_reading.unit +
' - Error Sentinel - Ignoring')
def test_all_reversed(self, sqlalchemy):
service = SensorReadingPersistenceService()
older = AnalogSensorReading()
older.timestamp = datetime.now()
newer = DigitalSensorReading()
newer.timestamp = datetime.now()
service.create(older)
service.create(newer)
paged = service.all_reversed(0, 100)
assert paged.page_number == 0
assert paged.page_size == 100
assert paged.total_pages == 1
readings = paged.elements
assert readings[0].timestamp == newer.timestamp
assert readings[1].timestamp == older.timestamp
assert len(readings) == 2
def test_all_reversed(self, sqlalchemy):
service = SensorReadingPersistenceService()
older = AnalogSensorReading()
older.timestamp = datetime.now()
newer = DigitalSensorReading()
newer.timestamp = datetime.now()
service.create(older)
service.create(newer)
paged = service.all_reversed(0, 100)
assert paged.page_number == 0
assert paged.page_size == 100
assert paged.total_pages == 1
readings = paged.elements
assert readings[0].timestamp == newer.timestamp
assert readings[1].timestamp == older.timestamp
assert len(readings) == 2
def test_update_updates_single_model_object(self, sqlalchemy):
service = SensorReadingPersistenceService()
original_reading = AnalogSensorReading()
original_reading.name = 'original'
original_reading.value = 1
original_reading.unit = 'original'
service.create(original_reading)
persisted_reading = service.get(original_reading.id)
persisted_reading.name = 'new'
persisted_reading.value = 2
persisted_reading.unit = 'new'
service.update(persisted_reading)
updated_reading = service.get(original_reading.id)
assert updated_reading.name == 'new'
assert updated_reading.value == 2
assert updated_reading.unit == 'new'
def test_update_updates_single_model_object(self, sqlalchemy):
service = SensorReadingPersistenceService()
original_reading = AnalogSensorReading()
original_reading.name = 'original'
original_reading.value = 1
original_reading.unit = 'original'
service.create(original_reading)
persisted_reading = service.get(original_reading.id)
persisted_reading.name = 'new'
persisted_reading.value = 2
persisted_reading.unit = 'new'
service.update(persisted_reading)
updated_reading = service.get(original_reading.id)
assert updated_reading.name == 'new'
assert updated_reading.value == 2
assert updated_reading.unit == 'new'
def test_index_analog_sensor_reading(self, sqlalchemy):
service = SensorReadingPersistenceService()
timestamp = datetime.now()
reading = AnalogSensorReading()
reading.name = "testsensor"
reading.unit = "testunit"
reading.value = 0
reading.timestamp = timestamp
service.create(reading)
client = web.app.test_client()
rv = client.get("/")
assert b"testsensor" in rv.data
assert b"Analog" in rv.data
assert b"0 (testunit)" in rv.data
assert str.encode(str(timestamp)) in rv.data
assert b"newer" not in rv.data
assert b"older" not in rv.data
def test_index_analog_sensor_reading(self, sqlalchemy):
service = SensorReadingPersistenceService()
timestamp = datetime.now()
reading = AnalogSensorReading()
reading.name = 'testsensor'
reading.unit = 'testunit'
reading.value = 0
reading.timestamp = timestamp
service.create(reading)
client = web.app.test_client()
rv = client.get('/')
assert b'testsensor' in rv.data
assert b'Analog' in rv.data
assert b'0 (testunit)' in rv.data
assert str.encode(str(timestamp)) in rv.data
assert b'newer' not in rv.data
assert b'older' not in rv.data
