def stop_ap():
global isActive, GPIO_LED
stop_led(GPIO_LED)
t2 = threading.Thread(target=ap_to_client_mode)
t2.start()
t2.join()
isActive = 0 # measurement shall stop next time
isMaintenanceActive = setStateToStorage('isMaintenanceActive', False)
def stop_ap(boot=0):
global isActive, GPIO_LED
isActive = 0 # measurement shall stop next time
if not boot:
print("Maintenance Mode: STOP")
stop_led()
GPIO.output(GPIO_LED, GPIO.LOW)
t2 = threading.Thread(target=ap_to_client_mode) #ap_to_client_mode()
t2.start()
def button_pressed_falling():
global time_rising, debug
time_falling = miliseconds()
time_elapsed = time_falling - time_rising
time_rising = 0 # reset to prevent multiple fallings from the same rising
MIN_TIME_TO_ELAPSE = 500 # miliseconds
MAX_TIME_TO_ELAPSE = 3000
stop_led()
if time_elapsed >= MIN_TIME_TO_ELAPSE and time_elapsed <= MAX_TIME_TO_ELAPSE:
toggle_measurement()
elif time_elapsed >= 5000 and time_elapsed <= 10000:
shutdown()
elif time_elapsed >= 10000 and time_elapsed <= 15000:
delete_settings()
shutdown()
elif debug:
error_log(
"Info: Too short Button press, Too long Button press OR inteference occured: "
+ str(time_elapsed) + "ms elapsed.")