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

def match_emoji_p1(matched):
    if matched:
        result.value = "Correct!!!" + winning()
        new_try(1)
        score_p1.value = int(score_p1.value) + 1
        row_p1.value = int(row_p1.value) + 1
        if int(row_p1.value)==3:
            if bonustime.value:
                timer.value=int(timer.value)+10
                info("info","Well done, Extra time!!!")
            else:
                score_p1.value = int(score_p1.value) + 1
                info("info","Well done, bonus point!!!")
            row_p1.value="0"
    else:
        result.value = "Incorrect" + winning()
        score_p1.value = int(score_p1.value) - 1
        row_p1.value="0"
        rounds_p1.value=str(int(rounds_p1.value)+1)
        change_state()

def match_emoji_p2(matched):
    if matched:
        result.value = "Correct!!!" + winning()
        emojis=emoji_list()
        new_try(2)
        score_p2.value = int(score_p2.value) + 1
        row_p2.value = int(row_p2.value) + 1
        if int(row_p2.value)==3:
            if bonustime.value:
                timer.value=int(timer.value)+10
                info("info","Well done, Extra time!!!")
            else:
                score_p2.value = int(score_p2.value) + 1
                info("info","Well done, bonus point!!!")
            row_p2.value="0"
    else:
        result.value = "Incorrect" + winning()
        score_p2.value = int(score_p2.value) - 1
        row_p2.value="0"
        rounds_p2.value=str(int(rounds_p2.value)+1)
        change_state()

# set the path to the emoji folder on your computer
emojis_dir = "C:\\Users\\xavi.cano\\Code\\emojis\\emojis"
general_enable=False

def emoji_list():
    # 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)
    return emojis

def new_try(player):
    emojis=emoji_list()
    random_button = randint(0,8)
    random_picture = randint(0,8)
    if player==1:
        ## for each picture in the list
        for picture_p1 in pictures_p1:
            ## make the picture a random emoji
            picture_p1.image = emojis.pop()
        for button_p1 in buttons_p1:
            # make the image feature of the PushButton a random emoji
            button_p1.image = emojis.pop()
            # set the command to be called and pass False, as these emoji wont be the matching ones
            button_p1.update_command(match_emoji_p1, [False])
        buttons_p1[random_button].image=pictures_p1[random_picture].image
        buttons_p1[random_button].update_command(match_emoji_p1, [True])
    else:
                ## for each picture in the list
        for picture_p2 in pictures_p2:
            ## make the picture a random emoji
            picture_p2.image = emojis.pop()
        for button_p2 in buttons_p2:
            # make the image feature of the PushButton a random emoji
            button_p2.image = emojis.pop()
            # set the command to be called and pass False, as these emoji wont be the matching ones
            button_p2.update_command(match_emoji_p2, [False])
        buttons_p2[random_button].image=pictures_p2[random_picture].image
        buttons_p2[random_button].update_command(match_emoji_p2, [True])

def button_sec():
    global general_enable
    if general_enable==True:
        if buttonsec.bg == "black":
            buttonsec.bg = "white"
            buttonsec.text_color = "black"
        else:
            buttonsec.bg = "black"
            buttonsec.text_color = "white"

def decrease():
    global general_enable
    if general_enable==True:
        counter=int(timer.value)-1
        button_sec()
        if counter==0:
            timer.value="30"
            change_state()
            rounds.value=str(int(rounds.value)+1)
        else:
            timer.value = str(counter)

def button_start():
    global general_enable
    if general_enable==True:
        general_enable=False
        buttonsec.text=" Pause"
    else:
        general_enable=True
        pictures1_box.enabled=False
        change_state()

def change_state():
    if pictures1_box.enabled==True:
        pictures2_box.enabled=True
        buttons2_box.enabled=True
        pictures1_box.enabled=False
        buttons1_box.enabled=False
    else:
        pictures2_box.enabled=False
        buttons2_box.enabled=False
        pictures1_box.enabled=True
        buttons1_box.enabled=True

def winning():
    if int(score_p1.value)> int(score_p2.value):
        return " Player 1 Winning"
    elif int(score_p1.value)< int(score_p2.value):
        return " Player 2 Winning"
    else:
        return " Tie "

def set_of_rules():
    build_a_snowman = app.yesno("A question...", "Do you agree the set of rules?")
    if build_a_snowman == True:
        app.info("Set of Rules", "Enjoy the game")
    else:
        app.error("Set of Rules", "Okay bye...")
        quit()
    return False

emojis=[]

app = App("emoji match")
app.width=920
app.height=380

# create a box to house the grids
game_box = Box(app, width="fill")
# create a box to house the pictures
pictures1_box = Box(game_box, layout="grid", align="left")
# create a box to house the buttons
buttons1_box = Box(game_box, layout="grid", align="left")
# create a box to house the pictures
pictures2_box = Box(game_box, layout="grid", align="left")
# create a box to house the buttons
buttons2_box = Box(game_box, layout="grid", align="left")

command_box= Box(app)

# Create a scoreBoard BOX
scoreboard = Box(app, layout ="grid")

label = Text(scoreboard, grid = [0,0], text="Player 1    ", align="left")
label = Text(scoreboard, grid = [1,0],text="Score : ", align="left")
score_p1 = Text(scoreboard, grid = [2,0],text="0", align="left")
Label_rounds=Text(scoreboard, grid = [3,0],text="  Rounds : ", align="left")
rounds_p1=Text(scoreboard, grid = [4,0],text="0", align="left")
label2 = Text(scoreboard, grid = [5,0],text="  In a row : ", align="left")
row_p1=Text(scoreboard, grid = [6,0],text="0", align="left")
score_p1.value = "0"

label = Text(scoreboard, grid = [0,1],text="Player 2    ", align="left")
label = Text(scoreboard, grid = [1,1],text="Score : ", align="left")
score_p2 = Text(scoreboard, grid = [2,1],text="0", align="left")
Label_rounds=Text(scoreboard, grid = [3,1],text="  Rounds : ", align="left")
rounds_p2=Text(scoreboard, grid = [4,1],text="0", align="left")
label2 = Text(scoreboard, grid = [5,1],text="  In a row : ", align="left")
row_p2=Text(scoreboard, grid = [6,1],text="0", align="left")
score_p2.value = "0"

result = Text(app)

timer=Text(command_box, text="30", align="left")
buttonsec=PushButton(command_box,command=button_start,text=" Start", align="left", height=1)
buttonsec.bg="white"
buttonsec.text_color = "black"
buttonsec.text_size=12
Label_rounds=Text(command_box, text="Rounds : ", align="left")
rounds=Text(command_box, text="1", align="left")
bonustime = CheckBox(command_box, text="Bonus Time", height="fill")
bonustime.text_size=12
buttonrules=PushButton(app,command=set_of_rules,text=" Set of Rules", align="right", height="fill")

timer.repeat(1000, decrease)

Xrange=3
Yrange=3
buttons_p1 = []
pictures_p1 = []
buttons_p2 = []
pictures_p2 = []

# create 9 PushButtons with a different grid coordinate and add to the list
for x in range(0,Xrange):
    for y in range(0,Yrange):
        picture_p1 = Picture(pictures1_box, grid=[x,y])
        pictures_p1.append(picture_p1)
        button_p1 = PushButton(buttons1_box, grid=[x,y])
        buttons_p1.append(button_p1)

        picture_p2 = Picture(pictures2_box, grid=[x,y])
        pictures_p2.append(picture_p2)
        button_p2 = PushButton(buttons2_box, grid=[x,y])
        buttons_p2.append(button_p2)

new_try(1)
new_try(2)

buttons1_box.enabled=False
buttons2_box.enabled=False
app.display()