class Module04Test(unittest.TestCase): ''' * Setting up threads required for testing ''' def setUp(self): self.msa = MultiSensorAdaptor() # Sensor Thread self.msa.start() self.sdm = SensorDataManager() # Actuator Thread self.sdm.start() time.sleep(3) ''' * testing sensordata object for type & value range ''' def test_I2Csensordata(self): self.assertTrue(isinstance(self.msa.geti2cobject().getSensorData(), float), "Not a float") self.assertTrue(self.msa.geti2cobject().getSensorData() >= 0 and self.msa.geti2cobject().getSensorData() <= 100, "Not a float") ''' * testing sensordata object for type & value range ''' def test_APIsensordata(self): self.assertTrue(isinstance(self.msa.getAPIobject().getSensorData(), float), "Not a float") self.assertTrue(self.msa.getAPIobject().getSensorData() >= 0 and self.msa.getAPIobject().getSensorData() <= 100, "Not a float") ''' * comparing api sensor value & i2c sensor value, for checkings computed difference is within range ''' def test_compare_data(self): self.assertTrue(abs(self.msa.geti2cobject().getSensorData() - self.msa.getAPIobject().getSensorData()) <= 1, "Not Matching") ''' * testing whether sensordata is handled properly for actuation ''' def test_sensor_data_handler(self): y = self.sdm.handle_sensordata(i2c_data_object) z = self.sdm.handle_sensordata(humidity_data_object) self.assertTrue(isinstance(y, bool), "Not a Boolean") self.assertTrue(isinstance(z, bool), "Not a Boolean") ''' * testing whether actuator data is updating status of actuator ''' def test_update_actuator(self): time.sleep(10) x = self.sdm.get_maaadaptor() self.assertTrue(isinstance(x.update_Actuator(x.getapi_actobj()), bool), "Not Boolean") self.assertTrue(isinstance(x.update_Actuator(x.geti2c_actobj()), bool), "Not Boolean")
def setUp(self):
msa = MultiSensorAdaptor()
msa.start()
manager_object = SensorDataManager()
manager_object.start()
time.sleep(10)
self.api_sensor_object = msa.getAPIobject().getApiSensorDataObject()
self.i2c_sensor_object = msa.geti2cobject().getI2Csensordataobject()