def _callback(m, channel):
if m['led'] == 1:
if led == 0:
led_on()
print 'LED ON'
if m['led'] == 0:
if led == 1:
led_off()
print 'LED OFF'
if m['lock'] == 1:
if lock == 0:
lock = 1
doorservo.lock()
print 'DOOR LOCKED'
if m['lock'] == 0:
if lock == 1:
lock = 0
doorservo.unlock()
print 'DOOR UNLOCKED'
def _callback(m, channel):
if m['led'] == 1:
if led == 0:
led_on()
print 'LED ON'
if m['led'] == 0:
if led == 1:
led_off()
print 'LED OFF'
if m['lock'] == 1:
if lock == 0
lock = 1
doorservo.lock()
print 'DOOR LOCKED'
if m['lock'] == 0:
if lock == 1:
lock = 0
doorservo.unlock()
print 'DOOR UNLOCKED'
'led': led,
'lock': lock,
'ir': ir,
'occ': occ
}
def update_data():
global data
data = {
'led': led,
'lock': lock,
'ir': ir,
'occ': occ
}
doorservo.unlock()
def led_on():
global led
GPIO.output(LED_PIN,True)
led = 1
def led_off():
global led
GPIO.output(LED_PIN,False)
led = 0
def func_recieve():
print '(Thread 1) Listening...'
'ir': ir,
'occ': occ
}
camera = cv2.VideoCapture(0)
def update_data():
global data
data = {
'led': led,
'lock': lock,
'ir': ir,
'occ': occ
}
doorservo.unlock()
def led_on():
global led
GPIO.output(LED_PIN,True)
led = 1
def led_off():
global led
GPIO.output(LED_PIN,False)
led = 0
def func_recieve():
print '(Thread 1) Listening...'
