Sonos = 1
Another = 2
keypad = Keypad(Mode)
actions = {
Mode.Teams: {
Key.KEY1: lambda: print("TK1"),
Key.KEY2: lambda: print("TK2")
},
Mode.Sonos: {
Key.KEY1: lambda: print("SK1"),
Key.KEY3: lambda: print("TK3")
}
}
def key_pressed(mode: Mode, key: Key):
print("user defined")
action = (actions.get(mode, {}).get(
key, lambda: print(
f"no action defined for '{key.name}' in mode '{mode.name}'")))
action()
#keypad.start(key_pressed)
keypad.start(actions)
new_pin=pin_change['newpin'] if pin.change_pin(config.decider_addr+config.door_name+'/change_pin',uid=uid,old_pin=old_pin,new_pin=new_pin): beep_door.ack() else: beep_door.nak() ident_store=Identity_store() door=Door(gpio(30),open_callback=on_door_open) lock_control=lock_ctrl.Lock_ctrl(IO_open=gpio(95),IO_close=gpio(67),IO_latch=gpio(29)) lock_led=Edge_detect(gpio(23,active_low=True)) lock_led.start() # set unused but connected gpios to output gpio(66,'out') gpio(68,'out') keypad=Keypad(dev='/dev/ttyACM0',on_key=on_key) keypad.start() reader_door=NFCreader.NFCreader(dev='/dev/ttyS2',on_card=card_on_door) reader_exit=NFCreader.NFCreader(dev='/dev/ttyS3',on_card=card_on_exit) beep_door=beeper.Beeper(reader_door.beep) beep_exit=beeper.Beeper(reader_exit.beep) lock=Lock_behaviour(lock_control,door,lock_led,beep_exit) decide=decider.Decider_http(addr=config.decider_addr+config.door_name+'/',opener=lock.open,closer=lock.close,ack=beep_door.ack,nak=beep_door.nak) alarm=Message(addr=config.alarm_addr+config.door_name) reader_exit.start() reader_door.start()
'card': uid,
'sak': sak,
'old_pin': old_pin,
'new_pin': new_pin
})
ident_store = Identity_store()
door = Door(gpio(config.gpio_door_sensor),
open_callback=on_door_open,
close_callback=on_door_close)
lock_control = lock_ctrl.Lock_ctrl(IO_latch=gpio(config.gpio_electric_strike),
IO_closer=gpio(config.gpio_door_closer))
keypad = Keypad(dev=serial.Serial(config.keypad_dev, 9600), on_key=on_key)
keypad.start()
reader_door = NFCreader.NFCreader(dev=config.outside_reader_dev,
on_card=card_on_door)
reader_exit = NFCreader.NFCreader(dev=config.inside_reader_dev,
on_card=card_on_exit)
beep_door = beeper.Beeper(reader_door.beep)
beep_exit = beeper.Beeper(reader_exit.beep)
interpreter = Interpreter(opener=lock_control.latch,
public=lock_control.public,
beeper_inside=beep_exit.beep_by_style,
beeper_outside=beep_door.beep_by_style)
hmac_calculator = hmac.new(config.hmac_key, digestmod='sha512')
validator = Validator(hmac_calculator)
mqtt = Mqtt(addr=config.mqtt_broker,
from statusled import StatusLED
from keypad import Keypad, TEL_16_KEY
from starcodes import StarCodes
from authorization import Authorization
for filename in os.listdir("/tmp"):
os.remove("/tmp/{:s}".format(filename))
config = Configuration('config')
led = StatusLED()
led.start()
conn = Connection(config, status_led=led)
conn.start()
kpd = Keypad(config, status_led=led, layout=TEL_16_KEY)
kpd.start()
auth = Authorization(config, status_led=led)
starcode = StarCodes(config, auth, status_led=led)
async def watch_events(keypad):
while True:
event = await keypad.queue.get()
user_code = "".join(
event[:config.CODE_LENGTH]) # We leave the user code as a string
if len(user_code) is 0: user_code = None
if "*" in event:
handle_event = starcode.runcode(int("".join(
event[-2:]))) # But we convert starcodes to ints
else:
