import random
import threading
import os
import time
import msvcrt
import queue

cls = lambda: os.system('cls') #The keyword "lambda" is very similar to "def", but it works in a single line, so this makes a really small function that manually clears the screen

def timerFunc(tqueue,cutofftime): #tqueue is a queue object, threads have to use special objects to communicate with the rest of the program, they are isolated, seconds_passed can not be viewed outside this thread
    seconds_passed = 0
    inputstring = ''
    while True:
        time.sleep(.01)
        seconds_passed += .01

        if(seconds_passed >= cutofftime):
            tqueue.put('FAIL')
            print('\nOUT OF TIME!') #There are better ways to do this, since this will still print the LOLNO bit even though the user never guessed, but its easy
            break

        print('\rTIME REMAINING: ' + str(cutofftime - int(seconds_passed)) + ' ?:' + inputstring,end='',flush=False) #The \r is something called a 'carriage return', it means to overwrite the last line instead of making a new one
        if msvcrt.kbhit(): #This uses a special module called msvcrt to see if the user pressed a key
            pushed = msvcrt.getch()
            if pushed == b'\x08': #This checks if the user pushed backspace and moves the cursor back if they did
                inputstring = inputstring[:-1]
            elif pushed == b'\r': #This checks if the user pushed the enter key
                tqueue.put(inputstring)
                break #If they did, it puts the string into the queue so the rest of the program can see it and breaks its loop, thus ending the thread
            else:
                inputstring = inputstring + pushed.decode('utf-8') #This will take the keycode which is stored as a byte object and turns it into a letter if it is not enter or backspace


morse_dict = {'A': '.-',     'B': '-...',   'C': '-.-.',
        'D': '-..',    'E': '.',      'F': '..-.',
        'G': '--.',    'H': '....',   'I': '..',
        'J': '.---',   'K': '-.-',    'L': '.-..',
        'M': '--',     'N': '-.',     'O': '---',
        'P': '.--.',   'Q': '--.-',   'R': '.-.',
         'S': '...',    'T': '-',      'U': '..-',
        'V': '...-',   'W': '.--',    'X': '-..-',
        'Y': '-.--',   'Z': '--..',

        '0': '-----',  '1': '.----',  '2': '..---',
        '3': '...--',  '4': '....-',  '5': '.....',
        '6': '-....',  '7': '--...',  '8': '---..',
        '9': '----.'
    }

Score = 0

while True:
    cls() #clears the screen

    dif = ''
    while dif != '1' and dif != '2' and dif != '3':
        dif = input('DIFFICULT LEVEL 1 2 OR 3?:')
    if dif == '1':
        wordsize = 8
        cutofftime = 60 #Replace these numbers with whatever you want
        scoreinc = 1
    elif dif == '2':
        wordsize = 16
        cutofftime = 40
        scoreinc = 2
    elif dif == '3':
        wordsize = 20
        cutofftime = 30
        scoreinc = 3

    word = ''.join(random.choice('0123456789ABCDEF') for i in range(wordsize))
    morse  = [morse_dict[i] for i in word]
    morse = ''.join(morse)

    print('CURRENT SCORE: ' + str(Score) + '\n')

    print('GUESS THIS!\n')
    print(morse + '\n')

    tqueue = queue.Queue()

    timer_thread = threading.Thread(None,target = timerFunc, args = (tqueue,cutofftime)) #creates the thread, the None at the beggining is there for some weird reasons, but it does have to be there, and it will always be None, Target tells it what function to run outside of the rest of the program
    timer_thread.daemon = True #This means that if this thread is left running alone, end the program, so if the main program somehow ends, the other thread wont stay running alone forever
    timer_thread.start()

    timer_thread.join() #This blocks the code below here for doing its stuff until timer_thread has ended
    guess = tqueue.get() #Gets the string out of the queue

    if guess.upper() == word:
        print('\nYOU WIN WOW!')
        Score += scoreinc
    else:
        print('\nNOPE LOL WAT A NERD\n')
        print('IT WAS ACTUALLY ' + word)

    do_restart = ''
    while do_restart != 'Y' and do_restart != 'N':
        do_restart = input('WANT TO TRY AGAIN? (y/n):')
        do_restart = do_restart.upper()

    if do_restart == 'Y':
        continue
    elif do_restart == 'N':
        break