def __init__(self): iot.device.__init__(self) self.name = 'terminal' self.category = 'user' #Set up logging iot.setup_log(self.name, time.localtime()) #Register with the gateway self.register() #Start the client thread to handle user input client_thread=Thread(target=self.start_client(), name='User Client Thread') client_thread.daemon = True client_thread.start() ''' #Initialize and start daemon thread for serving as the clock synchronization leader leader_thread=Thread(target=d.lead, name='User Leader Thread') leader_thread.daemon = True leader_thread.start() ''' #Start the user server self.serve()
def __init__(self): iot.device.__init__(self) self.name = 'bulb' self.state = 0 self.category = 'device' self.last_on = time.time() self.shutoff_interval = 300 #Set up logging iot.setup_log(self.name, time.localtime()) #Register with the gateway self.register() ''' #Initialize and start daemon thread for serving as the clock synchronization leader leader_thread=Thread(target=self.lead, name='Bulb Leader Thread') leader_thread.daemon = True leader_thread.start() ''' #Initialize and start daemon thread to auotmatically shut off the bulb after a certain time interval shutoff_thread = Thread(target=self.auto_shutoff, name='Bulb Auto-Shutoff Thread') shutoff_thread.daemon = True shutoff_thread.start() #Start listening for requests self.serve()
def __init__(self): iot.device.__init__(self) self.name = 'door' self.category = 'device' self.state = 0 self.sensing_interval = 5 #Set up logging iot.setup_log(self.name, time.localtime()) #Register with the gateway self.register() ''' #Initialize and start daemon thread for serving as the clock synchronization leader leader_thread=Thread(target=self.lead, name='Door Leader Thread') leader_thread.daemon = True leader_thread.start() ''' #Initialize and start daemon thread for the client to push state changes to the server client_thread = Thread(target=self.start_client, name='Door Client Thread') client_thread.daemon = True client_thread.start() #Start the door server self.serve()
def __init__(self): iot.device.__init__(self) self.name = 'bulb' self.state = 0 self.category = 'device' self.last_on = time.time() self.shutoff_interval = 300 #Set up logging iot.setup_log(self.name, time.localtime()) #Register with the gateway self.register() ''' #Initialize and start daemon thread for serving as the clock synchronization leader leader_thread=Thread(target=self.lead, name='Bulb Leader Thread') leader_thread.daemon = True leader_thread.start() ''' #Initialize and start daemon thread to auotmatically shut off the bulb after a certain time interval shutoff_thread=Thread(target=self.auto_shutoff, name='Bulb Auto-Shutoff Thread') shutoff_thread.daemon=True shutoff_thread.start() #Start listening for requests self.serve()
def setup(self): #Set up logging and initialize database files t = time.localtime() iot.setup_log(self.name, time.localtime()) logging.info('Initializing') timestamp = (str(t[0]) + '_' + str(t[1]) + '-' + str(t[2]) + '_' + str(t[3]) + '-' + str(t[4]) + '-' + str(t[5])) self.history_file = ('db/' + str(timestamp) + '_history') h = shelve.open(self.history_file) h.close() self.state_file = ('db/' + str(timestamp) + '_state') s = shelve.open(self.state_file) s.close()
def main(): #Set up logging iot.setup_log('display') #Create a new instance of the user object d = display() #Register with the gateway d.register() #Initialize and start daemon thread for serving as the clock synchronization leader leader_thread = Thread(target=d.lead, name='Display Leader Thread') leader_thread.daemon = True leader_thread.start() #Start the display server d.serve()
def main(): #Set up logging iot.setup_log('display') #Create a new instance of the user object d=display() #Register with the gateway d.register() #Initialize and start daemon thread for serving as the clock synchronization leader leader_thread=Thread(target=d.lead, name='Display Leader Thread') leader_thread.daemon = True leader_thread.start() #Start the display server d.serve()
def main(): #Create the log file and set up its format iot.setup_log('presence') #Create a new instance of the presence sensor device object d=presence() #Register with the gateway d.register() #Initialize and start daemon thread for serving as the clock synchronization leader leader_thread=Thread(target=d.lead, name='Presence Leader Thread') leader_thread.daemon = True leader_thread.start() #Start the presence server d.start_client()
def main(): # Set up logging iot.setup_log("backend") # Create a new instance of the backend object d = backend() # Register with the gateway d.register() # Initialize and start daemon thread for serving as the clock synchronization leader leader_thread = Thread(target=d.lead, name="Backend Leader Thread") leader_thread.daemon = True leader_thread.start() # Start the backend server d.serve()
def main(): #Set up logging iot.setup_log('motion') #Create a new instance of the motion sensor object d = motion() #Register with the gateway d.register() #Initialize and start daemon thread for serving as the clock synchronization leader leader_thread=Thread(target=d.lead, name='Motion Leader Thread') leader_thread.daemon = True leader_thread.start() #Start the motion sensing client d.start_client()
def main(): #Set up logging iot.setup_log('motion') #Create a new instance of the motion sensor object d = motion() #Register with the gateway d.register() #Initialize and start daemon thread for serving as the clock synchronization leader leader_thread = Thread(target=d.lead, name='Motion Leader Thread') leader_thread.daemon = True leader_thread.start() #Start the motion sensing client d.start_client()
def main(): #Set up logging iot.setup_log('temp') #Create a new instance of the temperature sensor object d = temp() #Register with the gateway d.register() #Initialize and start daemon thread for serving as the clock synchronization leader leader_thread=Thread(target=d.lead, name='Temperature Leader Thread') leader_thread.daemon = True leader_thread.start() #Start the server d.serve()
def __init__(self): iot.device.__init__(self) self.name = 'temperature' self.category = 'sensor' #Set up logging iot.setup_log(self.name, time.localtime()) #Register with the gateway self.register() ''' #Initialize and start daemon thread for serving as the clock synchronization leader leader_thread=Thread(target=self.lead, name='Temperature Leader Thread') leader_thread.daemon = True leader_thread.start() ''' #Start the server self.serve()
def main(): #Set up logging iot.setup_log('door') #Create a new instance of the door object d = door() #Register with the gateway d.register() #Initialize and start daemon thread for serving as the clock synchronization leader leader_thread = Thread(target=d.lead, name='Door Leader Thread') leader_thread.daemon = True leader_thread.start() #Initialize and start daemon thread for the client to push state changes to the server client_thread = Thread(target=d.start_client, name='Door Client Thread') client_thread.daemon = True client_thread.start() #Start the door server d.serve()
def main(): #Set up logging iot.setup_log('door') #Create a new instance of the door object d=door() #Register with the gateway d.register() #Initialize and start daemon thread for serving as the clock synchronization leader leader_thread=Thread(target=d.lead, name='Door Leader Thread') leader_thread.daemon = True leader_thread.start() #Initialize and start daemon thread for the client to push state changes to the server client_thread=Thread(target=d.start_client, name='Door Client Thread') client_thread.daemon = True client_thread.start() #Start the door server d.serve()
def main(): #Set up logging iot.setup_log('user') #Create a new instance of the user object d=user() #Register with the gateway d.register() #Start the client thread to handle user input client_thread=Thread(target=d.start_client(), name='User Client Thread') client_thread.daemon = True client_thread.start() #Initialize and start daemon thread for serving as the clock synchronization leader leader_thread=Thread(target=d.lead, name='User Leader Thread') leader_thread.daemon = True leader_thread.start() #Start the user server d.serve()
def main(): #Set up logging iot.setup_log('bulb') #Create a new instance of the bulb object d = bulb() #Register with the gateway d.register() #Initialize and start daemon thread for serving as the clock synchronization leader leader_thread = Thread(target=d.lead, name='Bulb Leader Thread') leader_thread.daemon = True leader_thread.start() #Initialize and start daemon thread to auotmatically shut off the bulb after a certain time interval shutoff_thread = Thread(target=d.auto_shutoff, name='Bulb Auto-Shutoff Thread') shutoff_thread.daemon = True shutoff_thread.start() #Start the bulb server d.serve()
def __init__(self): iot.device.__init__(self) self.name = 'motion' self.category = 'sensor' self.sensing_interval = 5 #Set up logging iot.setup_log(self.name, time.localtime()) #Create a new instance of the motion sensor object self.register() ''' #Initialize and start daemon thread for serving as the clock synchronization leader leader_thread=Thread(target=self.lead, name='Motion Leader Thread') leader_thread.daemon = True leader_thread.start() ''' #Start the motion sensing client self.start_client()
def __init__(self): iot.device.__init__(self) self.name = 'presence' self.category = 'sensor' self.state = 0 self.sensing_interval = 5 #Create the log file and set up its format iot.setup_log(self.name, time.localtime()) #Register with the gateway self.register() ''' #Initialize and start daemon thread for serving as the clock synchronization leader leader_thread=Thread(target=self.lead, name='Presence Leader Thread') leader_thread.daemon = True leader_thread.start() ''' #Start the presence server self.start_client()
def main(): #Set up logging iot.setup_log('gateway') #Create a new instance of the gateway object d = gateway() #Write address to gateway_ip file ip_file=open('gateway_ip.txt', 'w') ip_file.write('http://' + str(d.ip) + ':' + str(d.port)) ip_file.close() #Initialize and start daemon thread for serving as the clock synchronization leader leader_thread=Thread(target=d.lead, name='Gateway Leader Thread') leader_thread.daemon = True leader_thread.start() #Initialize and start daemon threads for checking temperature and automatically shutting off the bulb temp_thread=Thread(target=d.monitor_temperature, name='Gateway Temperature Thread') temp_thread.daemon = True temp_thread.start() #Start the main server d.serve()
def __init__(self): iot.device.__init__(self) self.name = 'gateway' self.category = 'gateway' #Set up logging start_time=time.localtime() iot.setup_log(self.name, start_time) self.port = 9000 self.door_state = 0 self.motion_mode = 'HOME' self.temperature_interval = 10 self.cache_capacity = 100 self.cache = collections.OrderedDict() self.backend_ip = False self.backend_port = False self.register() self.request_db() ''' #Initialize and start daemon thread for serving as the clock synchronization leader leader_thread=Thread(target=d.lead, name='Bulb Leader Thread') leader_thread.daemon = True leader_thread.start() ''' #Initialize and start daemon threads for checking temperature and automatically shutting off the bulb #temp_thread=Thread(target=self.monitor_temperature, name='Gateway Temperature Thread') #temp_thread.daemon = True #temp_thread.start() self.serve()
def main(): #Set up logging iot.setup_log('gateway') #Create a new instance of the gateway object d = gateway() #Write address to gateway_ip file ip_file = open('gateway_ip.txt', 'w') ip_file.write('http://' + str(d.ip) + ':' + str(d.port)) ip_file.close() #Initialize and start daemon thread for serving as the clock synchronization leader leader_thread = Thread(target=d.lead, name='Gateway Leader Thread') leader_thread.daemon = True leader_thread.start() #Initialize and start daemon threads for checking temperature and automatically shutting off the bulb temp_thread = Thread(target=d.monitor_temperature, name='Gateway Temperature Thread') temp_thread.daemon = True temp_thread.start() #Start the main server d.serve()