class TempActuatorAdaptor():
'''
* Class constructor function which makes actuation based on current temperature value extracted from SensorData object
* This constructor also uses functions of SimpleLedAActivator class such as setBLUE(), setRED
'''
def __init__(self):
logging.info("Actuation")
if (data_object.getcurvalue() < 20):
self.actuator_status = ActuatorData()
self.actuator_status.addData("Increase Temperature", data_object.getcurvalue(), "Temperature Sensor") # logging actuator data
high = SimpleLedActivator(3)
high.setRED()
#high.default_led()
return
if (data_object.getcurvalue() > 20):
self.actuator_status = ActuatorData()
self.actuator_status.addData("Decrease Temperature", data_object.getcurvalue(), "Temperature Sensor") # logging actuator data
low = SimpleLedActivator(3)
low.setBLUE()
#low.default_led()
return
else:
return
def getActuator_obj(self):
return self.actuator_status
class MultiActuatorAdaptor():
'''
* Constructor function which creates ActuatorData object for api sensor data & i2c sensor data
'''
def __init__(self):
self.temp_actuator_status = ActuatorData()
self.api_actuator_status = ActuatorData()
self.i2c_actuator_status = ActuatorData()
self.temp_act()
self.humidity_api_act()
self.humidity_i2c_act()
'''
* Actuator function for temperature sensor class, actuation_status is set true when LED actuation gets completed
'''
def temp_act(self):
if (data_object.getActuationState() is True):
self.temp_actuator_status.addData(
"temp_inbound", data_object.getcurvalue(),
"Temperature Sensor") # logging actuator data
self.api_message = SimpleLedActivator(10)
logging.info("Going to Performing Actuation")
self.api_message.show_api_LED(data_object.getcurvalue())
if (self.api_message.get_actuation_completion is True):
self.temp_actuator_status.setActuation_state(True)
return
'''
* Actuator function for humidity_api sensor class, actuation_status is set true when LED actuation gets completed
'''
def humidity_api_act(self):
if (humidity_data_object.getActuationState() is True):
self.api_actuator_status.addData(
"api_inbound", humidity_data_object.getcurvalue(),
"Humidity_API") # logging actuator data
self.humi_api_message = SimpleLedActivator(10)
logging.info("Going to Performing Actuation")
self.humi_api_message.show_api_LED(
humidity_data_object.getcurvalue())
if (self.humi_api_message.get_actuation_completion() is True):
self.api_actuator_status.setActuation_state(True)
return
'''
* Actuator function for humidity_i2c sensor class, actuation_status is set true when LED actuation gets completed
'''
def humidity_i2c_act(self):
if (i2c_data_object.getActuationState() is True):
self.i2c_actuator_status.addData(
"i2c_inbound", i2c_data_object.getcurvalue(),
"Humidity_I2C") # logging actuator data
self.i2c_message = SimpleLedActivator(10)
logging.info("Going to Performing Actuation")
self.i2c_message.show_i2c_LED(i2c_data_object.getcurvalue())
if (self.i2c_message.get_actuation_completion() is True):
self.i2c_actuator_status.setActuation_state(True)
return
'''
* Function to check whether LED actuation has happened or not
Input: ActuatorData(Object)
Output: True/False (Boolean)
'''
def update_Actuator(self, invalue):
self.obj = invalue
if (self.obj.getActuation_state() is True):
return True
else:
return False
'''
* Standard getter function to get api_actuator_status
* Output: ActuatorData(Object)
'''
def getapi_actobj(self):
return self.api_actuator_status
'''
* Standard getter function to get i2c_actobj
* Output: ActuatorData(Object)
'''
def geti2c_actobj(self):
return self.i2c_actuator_status