#!/usr/bin/env python3

# Generate a tic-tac-toe board using dicts.

theBoard = {

"top-L": " ",

"top-M": " ",

"top-R": " ",

"mid-L": " ",

"mid-M": " ",

"mid-R": " ",

"low-L": " ",

"low-M": " ",

"low-R": " ",

}

"""

theBoard = [

{"top-L": " ", "top-M": " ", "top-R": " "},

{"mid-L": " ", "mid-M": " ", "mid-R": " ", },

{"low-L": " ", "low-M": " ", "low-R": " "}

]

"""

def printBoard(board):

"""Print the latest state"""

print("\n - TIC TAC TOE - ")

print("\n")

print("\t{}".format("-" * 9))

print("\t{} | {} | {}".format(board["top-L"], board["top-M"], board["top-R"]))

print("\t{}".format("-" * 9))

print("\t{} | {} | {}".format(board["mid-L"], board["mid-M"], board["mid-R"]))

print("\t{}".format("-" * 9))

print("\t{} | {} | {}".format(board["low-L"], board["low-M"], board["low-R"]))

print("\t{}".format("-" * 9))

print("\n")

def check_win(theBoard):

"""

Check for a win

"""

vals = ["X", "O"]

# import pdb

# pdb.set_trace()

for i in vals:

if (theBoard["top-L"] and theBoard["top-M"] and theBoard["top-R"]) is i:

print("Player {} is the new Winner".format(i))

elif (theBoard["mid-L"] and theBoard["mid-M"] and theBoard["mid-R"]) is i:

print("Player {} is the new Winner".format(i))

elif (theBoard["low-L"] and theBoard["low-M"] and theBoard["low-R"]) is i:

print("Player {} is the new Winner".format(i))

else:

pass

def play_loop():

player = "X"

for i in range(9):

printBoard(theBoard)

move_location = input("Player ** {} **, enter location: ".format(player))

if move_location not in theBoard.keys():

print(" \nLocation {} not valid. Try again!".format(move_location))

play_loop()

# Set the move location to the user's input.

theBoard[move_location] = player

# Check if we've met a win condition

check_win(theBoard)

if player == "X":

player = "O"

else:

player = "X"

printBoard(theBoard)

if __name__ == "__main__":

# There are two players in tic-tac-toe, "X" and "O".

# Both the player and their move is denoted by "X" and "O".

play_loop()