def handle_numpad(self, numpad):
# numpad int or char
# print("handle numpad", PAGE, numpad)
if self.MODE == 0:
# User mode
if type(numpad) == int:
key = self.CONFIG["pages"][self.PAGE]["keys"][numpad][2]
if key != '':
# dup code
for i, item in enumerate(self.CONFIG["pages"][self.PAGE]["keys"]):
r, g, b = hex_to_rgb(item[1])
self.KEYPAD.set_led(NUMPAD_TO_TOUCH[i], r, g, b)
self.INDEX = numpad
if self.CONFIG["pages"][self.PAGE]["type"] == "TOTP":
self.OTP = TOTP(key)
self.KEYS[15].set_led(0, 100, 0) # green = enter
self.LAST_CODE = ""
self.LAST_COUNTER = 0
self.DISPLAY.auto_refresh = False
# TODO: auto center
self.SCREENS["OTP"][2].text = self.CONFIG["pages"][self.PAGE]["keys"][self.INDEX][0]
self.SCREENS["OTP"][2].color = int(self.CONFIG["pages"][self.PAGE]["keys"][self.INDEX][1], 16)
self.SCREENS["OTP"][1].text = "------"
self.DISPLAY.show(self.SCREENS["OTP"][0])
self.DISPLAY.auto_refresh = True
elif self.CONFIG["pages"][self.PAGE]["type"] == "KEYS":
self.KEYS[15].set_led(0, 100, 0) # green = enter
self.DISPLAY.auto_refresh = False
# TODO: auto center
self.SCREENS["OTP"][2].text = self.CONFIG["pages"][self.PAGE]["keys"][self.INDEX][0]
self.SCREENS["OTP"][2].color = int(self.CONFIG["pages"][self.PAGE]["keys"][self.INDEX][1], 16)
self.SCREENS["OTP"][1].text = ""
self.SCREENS["OTP"][3].progress = 1.0
self.DISPLAY.show(self.SCREENS["OTP"][0])
self.DISPLAY.auto_refresh = True
else:
self.OTP = None
elif numpad == "N":
self.PAGE += 1
if self.PAGE >= len(self.CONFIG["pages"]):
self.PAGE = 0
self.display_page(self.PAGE)
elif numpad == "P":
self.PAGE -= 1
if self.PAGE < 0:
self.PAGE = len(self.CONFIG["pages"]) - 1
self.display_page(self.PAGE)
elif numpad == "E":
if self.OTP and self.CONFIG["pages"][self.PAGE]["type"] == "TOTP":
self.LAYOUT.write(self.LAST_CODE)
if self.CONFIG["pages"][self.PAGE]["type"] == "KEYS":
self.LAYOUT.write(self.CONFIG["pages"][self.PAGE]["keys"][self.INDEX][2])
def __init__(self):
"""Begin the app."""
web_dir = os.path.join(os.path.dirname(__file__), 'html')
os.chdir(web_dir)
print('CWD:', web_dir)
self.totp = TOTP('supersecretkey32') # Key unique to each user.
self.fr = FaceRecognition()
self.fr.set_request_unlock(request_unlock)
self.server = WebServer(port=8080, ws_port=8081)
self.server.set_begin_registration(self.begin_registration)
self.server.set_verify_code(self.verify_code)
self.requestedUnlock = False
print('Hello world!')
self.fr.start_recognition()
try:
requests.get("https://1.1.1.1/")
return True
except:
return False
while not check_connection():
time.sleep(1)
hostname = env["HOSTNAME"]
target_ip = env.get("DESTINATION",
subprocess.getoutput("ip route | grep default").split()[2])
ngrok = Ngrok("./ngrok." + env["ARCH"], env["NGROK_TOKEN"], env["PROTOCOL"],
target_ip, int(env["PORT"]), env["REGION"])
totp = TOTP(env["TOTP_SECRET"]) if env.get("TOTP_SECRET") else None
expecting_authentication = False
def on_update(bot, update):
global expecting_authentication
message = update["message"]
if message["from"]["id"] != bot_owner or message["chat"][
"id"] != bot_owner or message["chat"]["type"] != "private":
return
text = message["text"]
chat = message["chat"]["id"]
if expecting_authentication:
