# Counter used to space the input
counter = 0
# String used to hold the entered code
userEntry = ""
# -------------------------------------------Keypad Configuration
# Global Variables
alarmSoundLocation = "/home/pi/RPHSP/alarm.mp3"
# Set Broadcom mode so we can address GPIO pins by number.
GPIO.setmode(GPIO.BCM)
# Set LCD Settings
mylcd = i2c_driver.LCD()
mylcd.backlight(1)
# Door Sensor class
class doorSensor:
def __init__(self, name, pin):
self.name = name
self.pin = pin
# Create array of sensors
sensors = []
sensors.append(doorSensor("Front Door", 16))
sensors.append(doorSensor("Living Room Window", 26))
sensors.append(doorSensor("Garage Door", 20))
sensors.append(doorSensor("Basement Door", 21))
# We must stop crypto
util.deauth()
print("")
time.sleep(1)
# ==================================================================
# Main Function
# ==================================================================
try:
# Set the default backlight time and create the lock to be used by the LCD screen
backlightTimer = backlightTimerDuration
updateLCDLock = threading.Lock()
# Initialize LCD object, turn the LCD screen on, create the LCD lock object, and set the backlight timer
lcd = i2c_driver.LCD(updateLCDLock)
lcd.backlight("On")
controlPanelRunning = threading.Thread(target=controlPanel)
controlPanelRunning.daemon = True
controlPanelRunning.start()
backlightCountdownRunning = threading.Thread(target=backlightCountdown)
backlightCountdownRunning.daemon = True
backlightCountdownRunning.start()
rfidReaderRunning = threading.Thread(target=rfidReader)
rfidReaderRunning.daemon = True
rfidReaderRunning.start()
while True: