def alert():
timer = threading.Timer(DELAY, onAlarm)
timer.start()
thread.start_new_thread(output_mod.playBuzzer, (DELAY, ))
while True:
output_mod.printLCD("Enter your", "passcode:")
att = input_mod.getKeys(4, "")
if checkPasscode(att):
timer.cancel()
break
def getKeys(kn, prev):
code = ""
for c in range(kn):
time.sleep(0.3)
key = None
while key == None:
key = kp.getKey()
code += str(key)
output_mod.printLCD("Enter your", "passcode:" + prev + code)
time.sleep(0.3)
return code
def controlTower():
global STATUS
kp = keypad_mod.keypad()
output_mod.printLCD("System OFF", str(datetime.now())[:16])
while True:
if kp.getKey() is not None:
requestPasscode(kp.getKey())
if STATUS == "ON":
if input_mod.read433() is not None:
alert()
time.sleep(0.1)
def requestPasscode(key):
output_mod.printLCD("Enter your", "passcode:" + str(key))
code = str(key) + input_mod.getKeys(3, str(key))
if not checkPasscode(code):
output_mod.printLCD("Wrong passcode", "")
time.sleep(1)
output_mod.printLCD("System " + STATUS, str(datetime.now())[:16])
def checkPasscode(code):
global STATUS
global PASSCODE
if code == PASSCODE:
if STATUS == "ON":
STATUS = "OFF"
output_mod.printLCD("System OFF", str(datetime.now())[:16])
output_mod.playBuzzer(0)
os.system("pkill mpg123")
else:
STATUS = "ON"
thread.start_new_thread(output_mod.playBuzzer, (DELAY, ))
for i in range(DELAY, 0, -1):
output_mod.printLCD("Turning on...", "%d seconds" % i)
time.sleep(1)
output_mod.printLCD("System ON", str(datetime.now())[:16])
return True
return False