def onclick_nfc():
global main_box
#popup box for nfc
info(
"NFC",
"Please tap OK when ready, then tap your phone to the NFC box above.")
del_main()
nfc_subprocess.nfc_beam_recv()
#get nfc code
file = open("nfccode.txt", "r")
nfc_code_get = file.read()
print(nfc_code_get)
#check if nfc code is valid
r = requests.get('https://hizhh.me/api/unlock/1',
auth=HTTPBasicAuth(nfc_code_get, 'sdf'),
verify=False)
if (r.text != "Unauthorized Access"):
open_door()
print("OPEN SESAME")
time.sleep(5)
servo.wait_for_lever()
#time.sleep(20)
close_door()
file.close()
file = open("nfccode.txt", "w+")
file.close()
main_box.destroy()
nfc_subprocess.stop_stream()
show_start()
def counter():
if (int(timeout_en.value) == 1
and time.time() - float(start_time.value) > timeout_val):
timeout_en.value = 0
main_box.destroy()
show_start()
nfc_subprocess.stop_stream()
def onclick_enter():
global input_text
global numpad
global main_box
enter_text = int(input_text.get())
#do something with the password
if (enter_text == password):
open_door()
time.sleep(5)
#wait for lever sensor
servo.wait_for_lever()
#sleep(20)
close_door()
#example, you could probably add some encryption to this too by calling another file
f = open("input.txt", "w+")
f.write(str(enter_text))
f.close()
#example end
main_box.destroy()
show_start()
nfc_subprocess.stop_stream()