def init_alarm_app(alarm_list=None, button_control=None):
"""
Inits an alarm app.
void -> AlarmApplication
AlarmList -> ButtonControl -> AlarmApplication
"""
if alarm_list is None:
_, alarm_list = create_alarm_list_and_test_alarm()
display_ = display.Display()
led_control = ledcontrol.LEDControl()
if button_control is None:
button_control = buttons.ButtonControl()
return alarm_app.AlarmApplication(display_, led_control, alarm_list,
button_control)
import ledcontrol
import faultmanagerscreen
import configloader
# first
gatewayconfig = configloader.ConfigLoader("/etc/gatewayconfig.json") # any exception this function throws should kill the program
'''
LED setup
'''
GPIO.setmode(GPIO.BCM)
lc = ledcontrol.LEDControl(gatewayconfig.getLedconfig(), ledcontrol.LEDAnimationOff(), gatewayconfig.getLedInversion())
lc.start()
'''
Fault manager thingy setup
'''
fm = faultmanagerscreen.FaultManagerScreen()
#Jo csunya, majd szepre atirni
last_time = time.time()
from RPi import GPIO
import ledcontrol
from bottleledcontrol import BottleLedControl
import configloader
# first
carconfig = configloader.ConfigLoader(
"/etc/carconfig.json"
) # any exception this function throws should kill the program
#init / setup metodusba
GPIO.setmode(GPIO.BCM)
lc = ledcontrol.LEDControl(
carconfig.getLedconfig(), ledcontrol.LEDAnimationGood(),
carconfig.getLedInversion(
)) # inicializaljuk a ledvezerlot a car descriptionnak megfeleloen
lc.start()
blc = BottleLedControl(12, BottleLedControl.ANIMATION_OFF)
blc.start()
carManagement = "carManagement"
carStatus = "carStatus" # uj
moving = "car_moving" # uj
stopped = "car_stopped" # uj
carFlag = 0 # uj , 0: stopped; 1: moving
publish_no_trigger = 0 # uj , forklift_power_error publish skip
stop_active = True
reset_active = False # csak arra van hasznalva, hogy skippelje a vonalakat