import random



faces = ["A", "2", "3", "4", "5", "6", "7", "8", "9",
"10", "J", "Q", "K"]
suits = ["s", "h", "d", "c"]
cards = []
playerhand = []
cpuhand = []
cards_used = []

player_roll = 10,000
cpu_roll = 10,000
pot = 0

#iterate over faces and suits to create cards and add them to cards list
for i in range (0, len(faces)):
    for j in range (0, len(suits)):
        card = (faces[i]+suits[j])
        cards.append(card)


#shuffle the deck with random sample
deck = random.sample(cards, 52)

print(*deck, sep = "n")


# deal a 5 card hand to player
for n in range (5):
    player_card = random.choice(deck)
    playerhand.append(player_card)
    deck.remove(player_card)
    cards_used.append(player_card)

#CPU deals itself a hand
for n in range (5):
cpu_card = random.choice(deck)
cpuhand.append(cpu_card)
deck.remove(cpu_card)
cards_used.append(cpu_card)


# player sees hand for the first time
print(*playerhand)

all_moves = ["check", "bet", "raise", "call", "fold"]
under_the_gun = ["check", "bet"]
faced_with_bet = ["call", "raise", "fold"]
getting_raised = ["call", "re-raise", "fold",
"reraise"]



#flip coin for button
button = random.randint(0, 1)

#these nested if statements determines the play up until the draw
if button == 0:
    print("CPU on the button, player 1 first to act")

    while True:
        action = input("check or bet?")
        if action in under_the_gun:
            break

    #pre-draw checking
    if action == "check":
        print("Player1 checks, action to CPU")
        cpu_action = random.choice(under_the_gun)

        if cpu_action == "check":
            print("CPU checks")

            #now that both player and CPU have
            checked, it's time for the draw

            player_draw_num = int(input("How many
            cards to draw?"))

            #player stands pat
            if player_draw_num == 0:
                print("Okay, suit yourself!")
                print(*playerhand)

                #now the CPU gets to draw
                cpu_draw_num = random.randint(0,5)

                if cpu_draw_num == 0:
                    print("CPU stands pat")
                elif cpu_draw_num == 1:
                    print("CPU draws 1 card")
                    cpu_dropcard =
                    random.choice(cpuhand)
                    cpuhand.remove(cpu_dropcard)
                    new_card = random.choice(deck)
                    cpuhand.append(new_card)
                    deck.remove(new_card)

                elif cpu_draw_num == 2:
                    print("CPU draws 2 cards")
                    cpu_dropcard =
                    random.choice(cpuhand)
                    cpuhand.remove(cpu_dropcard)
                    cpu_dropcard2 =
                    random.choice(cpuhand)
                    cpuhand.remove(cpu_dropcard2)
                    new_card = random.choice(deck)
                    cpuhand.append(new_card)
                    deck.remove(new_card)
                    new_card2 = random.choice(deck)
                    cpuhand.append(new_card2)
                    deck.remove(new_card2)

                elif cpu_draw_num == 3:
                    print("CPU draws 3 cards")
                    cpu_dropcard =
                random.choice(cpuhand)
                cpuhand.remove(cpu_dropcard)
                cpu_dropcard2 = random.choice(cpuhand)
                cpuhand.remove(cpu_dropcard2)
                cpu_dropcard3 = random.choice(cpuhand)
                cpuhand.remove(cpu_dropcard3)
                new_card = random.choice(deck)
                cpuhand.append(new_card)
                deck.remove(new_card)
                new_card2 = random.choice(deck)
                cpuhand.append(new_card2)
                deck.remove(new_card2)
                new_card3 = random.choice(deck)
                cpuhand.append(new_card3)
                deck.remove(new_card3)

            elif cpu_draw_num == 4:
                print("CPU draws 4 cards")
                cpu_dropcard = random.choice(cpuhand)
                cpuhand.remove(cpu_dropcard)
                cpu_dropcard2 = random.choice(cpuhand)
                cpuhand.remove(cpu_dropcard2)
                cpu_dropcard3 = random.choice(cpuhand)
                cpuhand.remove(cpu_dropcard3)
                cpu_dropcard4 = random.choice(cpuhand)
                cpuhand.remove(cpu_dropcard4)
                new_card = random.choice(deck)
                cpuhand.append(new_card)
                deck.remove(new_card)
                new_card2 = random.choice(deck)
                cpuhand.append(new_card2)
                deck.remove(new_card2)
                new_card3 = random.choice(deck)
                cpuhand.append(new_card3)
                deck.remove(new_card3)
                new_card4 = random.choice(deck)
                cpuhand.append(new_card4)
                deck.remove(new_card4)

            else:
                print("CPU draws all 5")
                for i in len(cpuhand):
                    cpuhand.remove(cpuhand[i])
                for newcard in len(cpuhand):
                    newcard = random.choice(deck)
                    cpuhand.append(newcard)
                #player has stood pat, CPU has drawn.

            #action back to player1 for final bet
            while True:
                action = input("check or bet?")
                if action in under_the_gun:
                    break
            if action == "check":
                print("Player_1 checks, action to
                CPU")
                cpu_action =
                  random.choice(under_the_gun)

                if cpu_action == "check":
                    print("CPU checks as well.")
                    print("Time for Showdown -------")
                    print(*playerhand)
                    print(*cpuhand)
                else:
                    cpu_bet = random.randint(10,
                     10000)
                    print("CPU bets", cpu_bet)

            else:
                finalbet = int(input("How much to
                bet?"))
                print("Player bets", finalbet)


                #CPU decides whether or not to call,
                raise, or fold

                decision =
                 random.choice(faced_with_bet)




    #Player 1 checks pre-draw, CPU bets
    else:
        cpu_bet = random.randint(10, 10000)
        print("CPU bets", cpu_bet)
        pot = cpu_bet
        cpu_roll = cpu_roll - cpu_bet

        #action back to player 1
        while True:
            action = input("Call, raise, or fold?")
            if action not in faced_with_bet:
                break
        if action == "call":
            print("Player1 calls", cpu_bet)
            pot = pot + cpu_bet
            player_roll = player_roll - call
        elif action == "raise":
            while True:
                raise_amount = input("How much do you
             want to raise by?")
                if raise_amount < player_roll:
                    break
            print("Player 1 raises", raise_amount)
            pot = pot + raise_amount
            player_roll = player_roll - raise_amount

        #else player 1 folds
        else:
            print("Player1 folds, CPU takes pot of",
          pot)
            cpu_roll = cpu_roll + pot
            print("CPU cash:$ ", cpu_roll)
            print("Player 1 cash: $ ", player_roll)

           good


#else player 1 wants to bet (pre-draw still)
else:

    bet = int(input("How much would you like to
    bet?"))
    print("Player bets", bet)
    player_roll = player_roll - bet
    pot = pot + bet

    #CPU has to decide whether to call, raise, or fold
    decision = random.choice(faced_with_bet)

    if decision == "call":
        print("CPU calls", bet)
        cpu_roll = cpu_roll - bet
        pot = pot + bet
        print("Pot size: ", pot)
    elif decision == "raise":
        raise_factor = random.randint(2,5)
        cpu_raise = ((bet * raise_factor) - bet)
        cpu_roll = cpu_roll - cpu_raise - bet
        pot = pot + cpu_raise + bet
        print ("CPU raises", cpu_raise)
        print("Pot size: ", pot)

        #now player 1 needs to decide whether to call, re-raise, or fold:
        while True:
            raisedchoice = input("call, fold, or re-raise?")
            if raisedchoice in getting_raised:
                break
        if raised_choice == "call":
            player_roll = player_roll - cpu_raise
            pot = pot + cpu_raise
            print("Player1 calls, time for showdown!")
            print(*playerhand)
            print(*cpuhand)
        else:
            print("Not there yet")

else:
print("You're on the button, action to CPU")

cpu_action = random.choice(under_the_gun)
if cpu_action == "bet":
    bet = random.randint(10, 10000)
    print("CPU bets", bet)

else:
    print("CPU checks")