def test_single_minimax_minimax():
player0 = game.MinimaxPlayer(name="hans")
player1 = game.MinimaxPlayer(name="robert")
ttt = game.TicTacToe(player0, player1)
ttt.play()
def test_single_human_alphabeta():
player0 = game.HumanPlayer(name="hans")
player1 = game.AlphabetaPlayer(name="robert")
ttt = game.TicTacToe(player0, player1)
ttt.play()
def main():
board = game.TicTacToe()
board.current_player = random.choice((0, 1))
if board.current_player is 0:
board.current_player = board.players[0]
print("A.I plays first.\nThinking...")
minimax.bestMove(board)
else:
board.current_player = board.players[1]
print("Human plays first. Please select your move.")
board.window.mainloop()
def run():
""" Runs the game loop for the GUI version """
root = Tk()
root.title("TicTacToe")
root.config(bg='black')
root.resizable(width=False, height=False)
# Get player selection
inputDialog = PlayerSelect(root)
root.wait_window(inputDialog)
playerpick = inputDialog.selection
tttgame = game.TicTacToe(pick=playerpick)
TicTacToeUI(root, tttgame)
root.mainloop()
def console():
""" Game loop interface for console. """
print(title())
print('~' * 40)
print('select your symbol: (x/o)')
while True:
s = input(':>')
if s == 'x' or s == 'o':
break
ttt = game.TicTacToe(size=3, pick=s)
print('Player {} goes first'.format(ttt.player))
print('~' * 40)
# Game loop
while ttt.playing:
if ttt.player == game.HUMAN:
print('Go human...')
print(ttt.b)
while True:
move = input('>')
if ttt.b.play(int(move), ttt.PLAYERS[game.HUMAN]):
break
else:
print('invalid move, try again')
# If it is the computer's turn, let them compute the best move
elif ttt.player == game.CPU:
# Run computer turn
print('CPU is thinking...')
cpu_move = ttt.cpu_turn()
print('The CPU played on spot {}'.format(cpu_move))
else:
print('Player selection error! Aborting!!!!!')
exit()
state = ttt.check_state()
if state:
print(state)
input()
ttt.next_player()
def test_genius_vs_genius(self):
# No one should ever win
tie = 0
num_of_repetitions = 300
for i in range(num_of_repetitions):
ttc = game.TicTacToe()
genius_player1 = game.GeniusComputerPlayer('X', False)
genius_player2 = game.GeniusComputerPlayer('O', False)
# Get the winner letter
winner = game.play(ttc, genius_player1, genius_player2, False)
# Update variables, or fail if necessary
if winner is None:
tie += 1
else:
self.fail('Someone has won.')
self.assertEqual(num_of_repetitions, tie, f'{num_of_repetitions} games should have been played. Instead, {tie} were played.')
def run(self):
game = Game.TicTacToe()
alg = Algorithm.Algorithm()
print('Welcome to TicTacToe')
while True:
game.printGame()
breaker = False
while not breaker:
moveStr = input(
'\nMake your move! ex) "1 3" where 1 is row and 3 is column.\n'
)
move = (int(moveStr[0]), int(moveStr[2]))
print('You chose ({0}, {1})!'.format(move[0], move[1]))
if game.makeMove(move):
breaker = True
else:
print('Invalid move!')
game.printGame()
if game.gameOver():
break
print('\nAI is thinking...')
bestMove = alg.findBestMove(game.getGameState(), game.getIndex(),
-1)
print('AI chose ({0}, {1})!'.format(bestMove[0], bestMove[1]))
game.makeMove(bestMove)
if game.gameOver():
break
if game.getWinner() == 1:
print("You've won!")
elif game.getWinner() == -1:
print("You've lost!")
else:
print('Game tied!')
def test_genius_vs_random(self):
# Random should never win
genius_win = 0
tie = 0
num_of_repetitions = 3000
for i in range(num_of_repetitions):
ttc = game.TicTacToe()
genius_player = game.GeniusComputerPlayer('X', False)
random_player = game.RandomComputerPlayer('O', False)
# Get the winner letter
winner = game.play(ttc, genius_player, random_player, False)
# Update variables, or fail if necessary
if winner == 'X':
genius_win += 1
elif winner == 'O':
self.fail('Random player won.')
elif winner is None:
tie += 1
self.assertEqual(num_of_repetitions, genius_win + tie, f'{num_of_repetitions} games should have been played. Instead, {genius_win + tie} were played.')
"""Module with showcase of tictactoe game""" import game as g game = g.TicTacToe() game.show_menu()
import pytest
import game
game_instance = game.TicTacToe()
game_instance.board[4] = 'X'
def test_available_moves():
assert 4 not in game_instance.available_moves()
assert 3 in game_instance.available_moves()
def test_make_move():
assert game_instance.make_move(square=4, letter='X') is False
assert game_instance.make_move(square=5, letter='X') is True
assert (game_instance.board[5] != " ") is True
if __name__ == "__main__":
test_available_moves()
test_make_move()