def loadtext(start):
print(text)
console("tput civis")
if etime == True:
while funcvalue == None:
stdout.write(f"\rTime Elapsed: {round(time()-start, 3)} seconds")
stdout.flush()
console("tput cnorm")
def mute():
global mute
mute = not mute
if mute:
console(f'{ctrl} mutesysvolume 1')
else:
console(f'{ctrl} mutesysvolume 0')
return "OK"
def mon(state):
if state == 'off':
console(f'{ctrl} monitor async_off')
return "OK"
elif state == 'on':
console(f'{ctrl} sendkey ctrl press')
return "OK"
else:
return "Invalid value"
def wrapper(*args, **kwargs):
global funcvalue
funcvalue = None
que = Queue()
funcThread = Thread(target=lambda q, arg1: q.put(function(arg1)), args=(que, *args))
starttime = time()
textThread = Thread(target=loadtext, args=(starttime,))
funcThread.start()
textThread.start()
funcThread.join()
funcvalue = que.get()
textThread.join()
console("cls")
return funcvalue
def m_key(value):
console(f'{ctrl} sendkey ' + value + ' press')
return "OK"
def set_volume(value):
value = int(value)
val = str(int(65535 / 100 * value))
console(f'{ctrl} setsysvolume ' + val)
return get_vol()
def brightness(value):
console(f'{ctrl} setbrightness ' + value)
return "OK"
def clear():
console('cls' if name == "nt" else "clear")
