import os
from random import shuffle, randint
from guizero import App, Box, Picture, PushButton, Text, warn

# set the path to the emoji folder on your computer
emojis_dir = "emojis"
# create a list of the locations of the emoji images
emojis = [os.path.join(emojis_dir, f) for f in os.listdir(emojis_dir) if os.path.isfile(os.path.join(emojis_dir, f))]
# shuffle the emojis
shuffle(emojis)

# setup the app
app = App("emoji match", height=300)

global player
player=1

# create a control box to house commands
control_box = Box(app, layout="auto")

timer = Text(control_box, text="Time", width=4, align="left" )

points_lab1 = Text(control_box, text="RED ", bg="white", color="red", width=4, align="left" )
points1 = Text(control_box, text="0", width=4, align="left" )

points_lab2 = Text(control_box, text="BLUE", bg="white", color="blue", width=4, align="left" )
points2 = Text(control_box, text="0", width=4, align="left" )

player_label = Text(control_box, text="player is red ", width=14, align="left" )

# create a box to house the grids
game_box = Box(app)
# create a box to house the pictures
pictures_box = Box(game_box, layout="grid", align="left")
# create a box to house the buttons
buttons_box = Box(game_box, layout="grid", align="right")

def match_emoji(matched):
    global player

    timer.cancel(counter)

    if matched:
        if (player == 1):
            points1.value = int(points1.value) + 1
        else:
            points2.value = int(points2.value) + 1
    else:
        if (player == 1):
            points1.value = int(points1.value) - 1
        else:
            points2.value = int(points2.value) - 1

    if (player == 1):
        player_label.value="player is blue"
        player = 2
    else:
        player_label.value="player is red "
        player = 1

    setup_round()
    timer.value = 30
    timer.repeat(1000, counter)

def setup_round():
    # for each picture and button in the list assign an emoji to its image feature
    for picture in pictures:
        # make the picture a random emoji
        picture.image = emojis.pop()

    for button in buttons:
        # make the image feature of the PushButton a random emoji
        button.image = emojis.pop()
        # set the command to be called and pass False, as these emoji wont be the matching ones
        button.update_command(match_emoji, [False])

    # choose a new emoji
    matched_emoji = emojis.pop()

    # select a number at random
    random_picture = randint(0,8)
    # change the image feature of the Picture with this index in the list of pictures to the new emoji
    pictures[random_picture].image = matched_emoji

    random_button = randint(0,8)
    # change the image feature of the PushButton with this index in the list of buttons to the new emoji
    buttons[random_button].image = matched_emoji
    # set the command to be called and pass True, as this is the matching emoji
    buttons[random_button].update_command(match_emoji, [True])

# create the an empty lists to add the buttons and pictures to
buttons = []
pictures = []

# create 9 PushButtons with a different grid coordinate and add to the list
for x in range(0,3):
    for y in range(0,3):
        # put the pictures and buttons into the lists
        picture = Picture(pictures_box, grid=[x,y])
        pictures.append(picture)

        button = PushButton(buttons_box, grid=[x,y])
        buttons.append(button)

setup_round()

def counter():
    global player
    timer.value = int(timer.value) - 1
    if (int(timer.value) == 0):
        # reset the timer
        timer.cancel(counter)
        # warning
        if (int(timer.value) == 0):
            warn("Time Out", "you've run out of time and lost your points")
        # reset points
        if (player == 1):
            points1.value = 0
            player = 2
        else:
            points2.value = 0
            player = 1
        # reset timer
        timer.value = "30"
        # start new round
        setup_round()
        #restart timer
        timer.repeat(1000, counter)

# start the timer
timer.value = 30
timer.repeat(1000, counter)

app.display()