import pygame
import os
import pyautogui
import time
import subprocess
import math
import time

class Timer:
    def __init__(self):
        self.last_time = time.time()

    def elapsed_time(self):
        current_time = time.time()
        elapsed = current_time - self.last_time
        self.last_time = current_time
        return elapsed


# Inicializa pygame
#variable que indica si ya se conecto el mando y ya se cambio de pantalla
pantalla_pp = False
pygame.init()
pygame.joystick.init()

hay_mando = False
# Inicializa el mando de Xbox


# Define los códigos de los botones que deseas detectar
BOTON_A = 0
BOTON_B = 1
BOTON_X = 3
BOTON_Y = 4
BOTON_START = 11
BOTON_SELECT = 10
BOTON_L1 = 6
BOTON_R1 = 7
BOTON_L3 = 13
BOTON_R3 = 14
HOME = 12

flag_display = True

#CEMU PATHS
path_8bitdo_CEMU   = "/home/arthur/.var/app/info.cemu.Cemu/config/Cemu/controllerProfiles/8bit.xml"
path_Sunshine_CEMU = "/home/arthur/.var/app/info.cemu.Cemu/config/Cemu/controllerProfiles/sunshine.xml"
path_switch_CEMU   = "/home/arthur/.var/app/info.cemu.Cemu/config/Cemu/controllerProfiles/switch.xml"
path_xbox_CEMU     = "/home/arthur/.var/app/info.cemu.Cemu/config/Cemu/controllerProfiles/xbox.xml"
path_ps4_CEMU      = "/home/arthur/.var/app/info.cemu.Cemu/config/Cemu/controllerProfiles/ps4.xml"
path_controller0   = "/home/arthur/.var/app/info.cemu.Cemu/config/Cemu/controllerProfiles/controller0.xml"
path_controller1   = "/home/arthur/.var/app/info.cemu.Cemu/config/Cemu/controllerProfiles/controller1.xml"
path_controller2   = "/home/arthur/.var/app/info.cemu.Cemu/config/Cemu/controllerProfiles/controller2.xml"
path_controller3   = "/home/arthur/.var/app/info.cemu.Cemu/config/Cemu/controllerProfiles/controller3.xml"


#RIUJINX PATHS 
path_xbox_RYUJINX     = "/home/arthur/.var/app/io.github.ryubing.Ryujinx/config/Ryujinx/xbox.json"
path_8bitdo_RYUJINX   = "/home/arthur/.var/app/io.github.ryubing.Ryujinx/config/Ryujinx/8bit.json"
path_sunshine_RYUJINX = "/home/arthur/.var/app/io.github.ryubing.Ryujinx/config/Ryujinx/sunshine.json"
path_ps4_RYUJINX      = "/home/arthur/.var/app/io.github.ryubing.Ryujinx/config/Ryujinx/ps4.json"
path_switch_RYUJINX   = "/home/arthur/.var/app/io.github.ryubing.Ryujinx/config/Ryujinx/switch.json"
path_config_RYUJINX   = "/home/arthur/.var/app/io.github.ryubing.Ryujinx/config/Ryujinx/Config.json"

# Función para cambiar al modo de pantalla principal
def salida():
    return

def cambiar_ventana():
    pyautogui.hotkey("alt", "tab")

def cambiar_ventana2():
    pyautogui.keyDown("alt")
    pyautogui.hotkey("tab", "tab","Enter")
    pyautogui.keyUp("alt")

def ctrl_alt_sprm():
    pyautogui.hotkey("ctrl","alt","del")

def f11():
    pyautogui.hotkey("F11")

def WinLeft():
    pyautogui.hotkey("win","shift","left")

def WinRight():
    pyautogui.hotkey("win","shift","right")

def Up():
    pyautogui.hotkey("up", "up")

def Down():
    pyautogui.hotkey("down","down")


def Enter():
    pyautogui.hotkey("enter")

def TAB():
    pyautogui.hotkey("tab")

def Space():
    pyautogui.hotkey("space")

def Kill():
    pyautogui.hotkey("alt","F4")

def Esc():
    #pyautogui.hotkey("win","shift","1")
    subprocess.run(["xdotool", "key", "Super_L+Shift+1"])

def Insert():
    pyautogui.hotkey("insert")

def NextDevice():
    pyautogui.hotkey('ctrl','o')

def PrevDevice():
    pyautogui.hotkey('ctrl','p')

def Click():
    pyautogui.click()

def Minimize():
    pyautogui.hotkey("win","m")


def SwitchScreens1():
    print("switchScreen1")
    #TurnScreen('Disable',1)
    #T#urnScreen('Disable',2)
    #TurnScreen('Enable',3)

def SwitchScreens2():
    print("switchScreen2")
    #TurnScreen('Enable',1)
    #TurnScreen('Enable',2)
    #TurnScreen('Disable',3)
    

def TurnScreen(mode,display):
    print("TurnScreen")
    #os.system(f'powershell {mode}-Display {display}')
    
       
def main():
    timer = Timer()

    # Función para detectar la conexión del mando de Xbox
    while not hay_mando:
        pygame.event.get()
        pygame.time.delay(935)
        num_joysticks = pygame.joystick.get_count()
        num_joysticks_b = num_joysticks
        
        if num_joysticks >= 1:
            name_control = "-" 
            print(name_control)
            
            try:
                joystick = pygame.joystick.Joystick(0)
                joystick.init()
                name_control = joystick.get_name()
                print("Mando detectado:", name_control)
            except pygame.error as e:
                print("Error al inicializar el joystick:", e)
                joystick = None

            indexi = name_control.find("8BitDo")
            if indexi != -1:
                print("FLUJO 8BITDO ***")
                subprocess.run(["hyprctl", "dispatch", "dpms", "on", "HDMI-A-1"])
                subprocess.run(["hyprctl", "dispatch", "dpms", "on", "DP-2"])
                subprocess.run(["hyprctl", "dispatch", "dpms", "on", "DP-3"]) 
                subprocess.run(["cp", path_8bitdo_CEMU, path_controller0]) 
                subprocess.run(["cp", path_xbox_CEMU, path_controller1]) 
                subprocess.run(["cp", path_ps4_CEMU, path_controller2]) 
                subprocess.run(["cp", path_8bitdo_RYUJINX, path_config_RYUJINX]) 
                
                # Define los códigos de los botones que deseas detectar
                BOTON_A = 0
                BOTON_B = 1
                BOTON_X = 2
                BOTON_Y = 3
                BOTON_START = 7
                BOTON_SELECT = 6
                BOTON_L1 = 4
                BOTON_R1 = 5
                BOTON_L3 = 9
                BOTON_R3 = 10
                HOME = 8

            indexi = name_control.find("One")
            if indexi != -1:
                print("FLUJO SUNSHINE ***")
                subprocess.run(["hyprctl", "dispatch", "dpms", "on", "HDMI-A-1"])
                subprocess.run(["hyprctl", "dispatch", "dpms", "off", "DP-2"])
                subprocess.run(["hyprctl", "dispatch", "dpms", "off", "DP-3"])
                subprocess.run(["cp", path_Sunshine_CEMU, path_controller0]) 
                subprocess.run(["cp", path_sunshine_RYUJINX, path_config_RYUJINX]) 
                
                # Define los códigos de los botones que deseas detectar
                BOTON_A = 0
                BOTON_B = 1
                BOTON_X = 2
                BOTON_Y = 3
                BOTON_START = 7
                BOTON_SELECT = 6
                BOTON_L1 = 4
                BOTON_R1 = 5
                BOTON_L3 = 9
                BOTON_R3 = 10
                HOME = 8

            indexi = name_control.find("Nintendo")
            if indexi != -1:
                print("FLUJO SUNSHINE N.SWITCH  ***")
                subprocess.run(["hyprctl", "dispatch", "dpms", "on", "HDMI-A-1"])
                subprocess.run(["hyprctl", "dispatch", "dpms", "off", "DP-2"])
                subprocess.run(["hyprctl", "dispatch", "dpms", "off", "DP-3"])
                subprocess.run(["cp", path_switch_CEMU, path_controller0]) 
                subprocess.run(["cp", path_switch_RYUJINX, path_config_RYUJINX]) 
                
                # Define los códigos de los botones que deseas detectar
                BOTON_A = 0
                BOTON_B = 1
                BOTON_X = 2
                BOTON_Y = 3
                BOTON_START = 10
                BOTON_SELECT = 9
                BOTON_L1 = 5
                BOTON_R1 = 6
                BOTON_L3 = 12
                BOTON_R3 = 13
                HOME = 11



            indexi = name_control.find("Series")
            if indexi != -1:
                print("FLUJO XBOX ***" )
                print(name_control)
                subprocess.run(["hyprctl", "dispatch", "dpms", "on", "HDMI-A-1"])
                subprocess.run(["hyprctl", "dispatch", "dpms", "off", "DP-2"])
                subprocess.run(["hyprctl", "dispatch", "dpms", "off", "DP-3"]) 
                subprocess.run(["cp", path_8bitdo_CEMU, path_controller1]) 
                subprocess.run(["cp", path_xbox_CEMU, path_controller0]) 
                subprocess.run(["cp", path_ps4_CEMU, path_controller2]) 
                subprocess.run(["cp", path_xbox_RYUJINX, path_config_RYUJINX]) 

                BOTON_A = 0
                BOTON_B = 1
                BOTON_X = 3
                BOTON_Y = 4
                BOTON_START = 11
                BOTON_SELECT = 10
                BOTON_L1 = 6
                BOTON_R1 = 7
                BOTON_L3 = 13
                BOTON_R3 = 14
                HOME = 12

            indexi = name_control.find("PS4")
            if indexi != -1:
                print("FLUJO PS4 ***" )
                print(name_control)
                subprocess.run(["hyprctl", "dispatch", "dpms", "on", "HDMI-A-1"])
                subprocess.run(["hyprctl", "dispatch", "dpms", "off", "DP-2"])
                subprocess.run(["hyprctl", "dispatch", "dpms", "off", "DP-3"]) 
                subprocess.run(["cp", path_8bitdo_CEMU, path_controller2]) 
                subprocess.run(["cp", path_xbox_CEMU, path_controller1]) 
                subprocess.run(["cp", path_ps4_CEMU, path_controller0]) 
                subprocess.run(["cp", path_ps4_RYUJINX, path_config_RYUJINX]) 


                BOTON_A = 0
                BOTON_B = 1
                BOTON_X = 2
                BOTON_Y = 3
                BOTON_START = 6
                BOTON_SELECT = 4
                BOTON_L1 = 9
                BOTON_R1 = 10
                BOTON_L3 = 7
                BOTON_R3 = 8
                HOME = 5


            sensitivity = 10
            elapsed_time = 0.0
            elapsed_time_past = 0.0
            while True:
                #for event in pygame.event.get():
                event = pygame.event.wait()
                ############ START BOTON ################    

                #PREVIOS VOLUME DEVICE
                if (joystick.get_button(BOTON_START) and
                    joystick.get_button(BOTON_A)):
                    subprocess.run(["hyprctl", "dispatch", "movetoworkspace", "8"])

                if (joystick.get_button(BOTON_START) and
                    joystick.get_button(BOTON_L1)):
                    subprocess.run(["killall", "pcsx2-qt"])
                    subprocess.run(["hyprctl", "dispatch", "killactive"])

                if (joystick.get_button(BOTON_START) and
                    joystick.get_button(BOTON_R1)):
                    subprocess.run(["hyprctl", "dispatch", "togglefloating"])
                
                if (joystick.get_button(BOTON_START) and
                    joystick.get_button(BOTON_X)):
                    subprocess.run(["hyprctl", "dispatch", "workspace", "8"])

                if (joystick.get_button(BOTON_START) and
                    joystick.get_button(BOTON_B)):
                    subprocess.run(["sh", "/home/arthur/scripts/pulseaudio.sh"])


                    ############ SELECT  BOTON ################   
                if (joystick.get_button(BOTON_SELECT) and
                    joystick.get_button(BOTON_L1)):
                    subprocess.run(["hyprctl", "dispatch","fullscreen"])

                if (joystick.get_button(BOTON_SELECT) and
                    joystick.get_button(BOTON_Y)):
                    subprocess.run(["wofi", "--show","drun"])


                if (joystick.get_button(BOTON_SELECT) and
                    joystick.get_button(BOTON_X)):
                    subprocess.run(["hyprctl","dispatch","exec", "firefox","default-release", "http://192.168.1.131:3000", "&"])


                        
                num_joysticks = pygame.joystick.get_count()
                
                if num_joysticks <=0:
                    print("discornected")
                    break

def is_joystick_disconnected(joystick):
    # Verificar si el joystick está inicializado
    return not joystick.get_init()

if __name__ == "__main__":
    main()