import functions as game
print("\nWelcome to the Tic Tac Toe Game!")
while True:
#Creating a board
board = ['/', ' ', ' ', ' ', ' ', ' ', ' ', ' ', ' ', ' ']
#Randomly select what player goes first
game.choose_first()
#Asking the player if they want to be X or O
marker = game.player_input()
while True:
#Display the board of the game
game.display_board(board)
#Ask to input a number 1-9
move = game.player_select_move()
#Check if space is empty, if it's not continue, else save the marker in board
if not game.space_check(board, move):
continue
else:
game.place_marker(board, marker, move)
#Check if anyone has won the game and if so, break inner loop
if game.win_check(board, marker):
game.display_board(board)
print("=" * 20 + marker + " has won." + "=" * 20)
break
#Check if the board is full, if not, change markers, if it is, it's a tie at this point
if not game.full_board_check(board):
if marker == "X":
"""
test.py contains various tests for the functions in functions.py
"""
import functions #import functions modules
print('Test display_board()')
test_board = ['#', 'O', 'O', 'O', 'X', 'O', 'X', 'O', 'X', 'O']
functions.display_board(test_board)
print('Test display_guide()')
functions.display_guide()
print('Test choose_marker()')
functions.choose_marker()
print('Test player2_marker()')
functions.player2_marker('X')
print('Test place_marker()')
functions.place_marker(test_board, 'X', 1)
functions.display_board(test_board)
print('Test choose_first()')
functions.choose_first()
print('Test space_check()')
functions.space_check(test_board, 2)
print('Test full_board_check()')
functions.full_board_check(test_board)
f.clear()
# Set up game components.
game_markers = f.assign_markers()
game_board = ['#', '1', '2', '3', '4', '5', '6', '7', '8', '9', '10']
# Initialize game flow control variables.
player_wins = ['#', False, False]
positions_available = True
# Play the game.
while (player_wins[1] == False
and player_wins[2] == False) and positions_available:
for player in range(1, 3):
f.display_board(game_board)
game_board = f.update_board(game_board, game_markers, player)
player_wins[player] = f.check_win(game_board, game_markers, player)
positions_available = f.check_positions_available(game_board)
if player_wins[player] or positions_available == False:
break
f.display_board(game_board)
# Determine the game winner.
if player_wins[1] == player_wins[2]:
print("The game is tied! No one wins. Womp.\n")
elif player_wins[1] == True:
print("Player 1 is the winner! Congratulations!\n")
elif player_wins[2] == True:
print("Player 2 is the winner! Congratulations!\n")
game_on = True
break
#**Checker**#
#print (game_on)
#---------------------------------- Game On ------------------------------------
while game_on == True:
###***************************###
### STEP 2: PRINT EMPTY BOARD ###
###***************************###
gameboard = ['#'] + [' '] * 9 #Create empty board
print('GAME STARTS!\n')
functions.display_board(gameboard) #Print empty board
print('\n')
###**************************###
### STEP 3: GAME PLAY STARTS ###
###**************************###
while functions.full_board_check(gameboard) == False:
#Player 1 Turn
#Ask for next position
print(f'{first_plyr} (marker {d_plyr_marker[first_plyr]}):')
new_position = functions.choose_position(gameboard)
functions.place_marker(gameboard, d_plyr_marker[first_plyr],
new_position)
from functions import assign_marker_to_player
from functions import space_check
from functions import mark_board
from functions import tie_game
from functions import winner_check
from functions import play_again
from functions import decide_turn
if __name__ == '__main__':
while True:
print('Welcome to the game of TIC TAC TOE')
board = create_board()
display_board(board)
player1_marker, player2_marker = assign_marker_to_player()
game_mode = True
turn = decide_turn()
while game_mode:
if turn == 'Player 1':
display_board(board)
mark_board(board, player1_marker, turn)
if winner_check(board, player1_marker):