def test_ShowMeasurementsOfSensor(self):
sensor = SensorDAO.readAllSensors(self._datastore.get_Database())[0]
sensor.readMyMeasurements(self._datastore.get_Database())
result = ""
for m in sensor.getMeasurements():
result += str(m) + "\n"
self.assertResultByFile(result,"test_ShowMeasurementsOfSensor.txt")
def test_showAllMeasurements(self):
sensorlist = SensorDAO.readMeasurements(self._datastore.get_Database())
result = ""
for s in sensorlist:
for m in s.getMeasurements():
result += str(m) + "\n"
self.assertResultByFile(result,"test_showAllMeasurements.txt")
def get_samples(self,fromTimestamp=None,toTimestamp=None):
"""Anzahl von Messwerten eines Zeitraumes aus der Datenbank auslesen.
Parameter:
fromDatetime -- Timestamp, Anfangszeitpunkt der Messwerte
toDatetime -- Timestamp, Endzeitpunkt der Messwerte
"""
sensors = SensorDAO.readMeasurements(self._db,fromTimestamp=fromTimestamp,toTimestamp=toTimestamp)
measurements = []
for s in sensors:
for m in s.getMeasurements():
measurements.append(m)
return measurements
def test_ShowMeasurementsWithFilter(self):
sensorlist = SensorDAO.readMeasurements(self._datastore.get_Database(), \
topCount=1, \
#sensorIDs=[1,3,4], \
fromTimestamp=datetime.datetime.strptime("2013-01-01 00:00","%Y-%m-%d %H:%M"), \
toTimestamp=datetime.datetime.strptime("2013-01-01 23:58","%Y-%m-%d %H:%M"), \
)
result = ""
for s in sensorlist:
for m in s.getMeasurements():
result += str(m) + "\n"
self.assertResultByFile(result,"test_ShowMeasurementsWithFilter.txt")
def test_insertSampleMeasure(self):
sensors = SensorDAO.readAllSensors(self._datastore.get_Database())
measure = MeasurementDAO(sensors[0].getName(),datetime.datetime.now(),0.0,None)
measure.insert(self._datastore.get_Database())
def test_showSensors(self):
sensorlist = SensorDAO.readAllSensors(self._datastore.get_Database())
result = ""
for s in sensorlist:
result += s.getName() + "\n"
self.assertResultByFile(result,"test_showSensors.txt")
