Escape room game Switches and Code V0.2

from threading import Thread
from time import sleep
import os, sys

# Start of the game
# Have the user set a code that is 4-6 numbers
# Check to make sure it is 4-6 numbers and pass the
# code to the next part of the setup
# todo Letters fail the program
def setupgame():
    dcl = input("Set the disarm code (4-6 chars): ")
    if len(dcl) < 4 or len(dcl) > 6:
        print("You must enter a number that is 4 to 6 char.")
        setupgame()
    else:
        dc = int(dcl)
        setupswitches(dc)


# Wait for the user to set the switch positions
# then read the postitions of the switches and
# convert it to a binary format
# Then pass it along to the next step
def setupswitches(dc):
    print("This will be read from inputs:")
    sw1 = (input("Switch 1: 0/1: "))
    sw2 = (input("Switch 2: 0/1: "))
    sw3 = (input("Switch 3: 0/1: "))
    sw4 = (input("Switch 4: 0/1: "))
    swstr = (sw1 + sw2 + sw3 + sw4)
    swbinary = int(swstr)
    setuptimer(swbinary, dc)


# Wait for user to select the time
# Check to make sure the time is between 100-9999
# pass the info to the next setup
# todo Letters also fail here
def setuptimer(swbinary, dc):
    swbinary = swbinary
    dc = dc
    cdt = input("Enter countdown time (100-9999): ")
    if len(cdt) < 3 or len(cdt) > 4:
        print("Follow directions")
        setuptimer(swbinary, dc)
    else:
        countdown = int(cdt)
        waitforready(swbinary, dc, countdown)


# Everything is setup
# Wait for user to make the device ready
def waitforready(swbinary, dc, countdown):
    swbinary = swbinary
    dc = dc
    countdown = countdown
    print("This is when the case is closed")
    swstart = int(input("Input 0 for ready: "))
    if swstart == 0:
        waitforstart(swbinary, dc, countdown)
    if swstart == 1:
        waitforready(swbinary, dc, countdown)


# Start the countdown timer
# todo This should be interatbale and displayed on a single line while the code can be entered
def starttimer(cdt):
    tisup = cdt
    while tisup > 1:
        print(tisup)
        sleep(1)
        tisup = tisup - 1
        if tisup == 0:
            gameover()


# This is a timer for when the shock sensor is true
def fasttimer(cdt):
    ftisup = cdt
    while ftisup > 1:
        print(ftisup)
        sleep(.5)
        ftisup = ftisup - 1
        if ftisup == 0:
            gameover()


# Shock sensor speeds up timer
def shock():
    # todo If shock is true then start a faster timer
    # todo get current time from start timer and send it to fasttimer
    endgame()


# Start the game process
def startgame(swbinary, dc):
    swcode = swbinary
    dac = dc
    badcode = 0
    print("This will be read from the inputs")
    usc = int(input("Enter the switch code: "))
    if usc == swcode:
        while True:
            uec = int(input("Enter the disarm code: Limited attempts: "))
            if badcode > 1:
                print("You Loose")
                gameover()
            if badcode <= 2 and dac == uec:
                print("Disarmed")
                playmore()
            if badcode <= 2 and dac != uec:
                print("WRONG CODE - Time is running out!")
                badcode = badcode + 1
    else:
        startgame(swbinary, dc)


# Wait for device to become active
def waitforstart(swbinary, dc, countdown):
    swbinary = swbinary
    dc = dc
    countdown = countdown
    print("This is when case is reopened")
    swstart = int(input("Input 0 to start: "))
    # When device is active
    # Timer starts
    # Switches must be in the position to enter code
    # 3 Attempts at the code
    # todo This does not work correctly
    if swstart == 0:
        start1 = Thread(target=starttimer(countdown))
        start2 = Thread(target=startgame(swbinary, dc))
        start1.start()
        start2.start()
    if swstart == 1:
        waitforstart(swbinary, dc, countdown)


# End game
def gameover():
    print("You have failed")
    playmore()


# Play again
def playmore():
    playanotherraw = input("Play again? Y/N: ")
    playanother = playanotherraw.upper()
    if playanother == "Y":
        setupgame()
    if playanother == "N":
        exit()
    else:
        print("That was not a option!")
        exit()


# Start
setupgame()