def test_game_result(self):
'''
This test will simulate n games between a computer and a human where
n is determing by the NUMBER_OF_GAMES settings and make sure that the computer never loses
'''
for i in xrange(NUMBER_OF_GAMES):
board = [0] * 9
game = Game(board)
while True:
available_moves = game.get_blank_boxes()
# Make a random player move
box = choice(available_moves)
game.make_move(box, PLAYER)
result, winning_combination = game.check_game_over()
if result:
break
# Make computer's move
box = game.best_next_move(COMPUTER)
game.make_move(box, COMPUTER)
result, winning_combination = game.check_game_over()
if result:
break
self.assertIsNot(result, PLAYER)
def test_game_result(self):
'''
This test will simulate n games between a computer and a human where
n is determing by the NUMBER_OF_GAMES settings and make sure that the computer never loses
'''
for i in xrange(NUMBER_OF_GAMES):
board = [0] * 9
game = Game(board)
while True:
available_moves = game.get_blank_boxes()
# Make a random player move
box = choice(available_moves)
game.make_move(box, PLAYER)
result, winning_combination = game.check_game_over()
if result:
break
# Make computer's move
box = game.best_next_move(COMPUTER)
game.make_move(box, COMPUTER)
result, winning_combination = game.check_game_over()
if result:
break
self.assertIsNot(result, PLAYER)
def make_move(request):
"""
Make the human player's move and then calculate and make computer's move
"""
# Load board and move information
board = json.loads(request.GET['board'])
box = int(request.GET['box'].replace("box_",""))
game_history_id = request.GET['game_history_id']
# Make player's move and check game result
game = Game(board)
game.make_move(box, PLAYER)
game_over, winning_combination = game.check_game_over()
computer_played = False
# If game is still on calculate computer's move and make it
if not game_over:
box = game.best_next_move(COMPUTER)
game.make_move(box, COMPUTER)
computer_played = True
game_over, winning_combination = game.check_game_over()
# If game is over save game history
if game_over:
game_history = GameHistory.objects.get(pk=game_history_id)
game_history.finish_game(game_over)
result = {}
result['computer_played'] = computer_played
result['box'] = str(box)
result['game_over'] = game_over
result['board'] = json.dumps(game.get_board())
# set winning combinations for highlighting
result['winning_combination'] = winning_combination
return HttpResponse(json.dumps(result), mimetype='application/json')
def make_move(request):
"""
Make the human player's move and then calculate and make computer's move
"""
# Load board and move information
board = json.loads(request.GET['board'])
box = int(request.GET['box'].replace("box_", ""))
game_history_id = request.GET['game_history_id']
# Make player's move and check game result
game = Game(board)
game.make_move(box, PLAYER)
game_over, winning_combination = game.check_game_over()
computer_played = False
# If game is still on calculate computer's move and make it
if not game_over:
box = game.best_next_move(COMPUTER)
game.make_move(box, COMPUTER)
computer_played = True
game_over, winning_combination = game.check_game_over()
# If game is over save game history
if game_over:
game_history = GameHistory.objects.get(pk=game_history_id)
game_history.finish_game(game_over)
result = {}
result['computer_played'] = computer_played
result['box'] = str(box)
result['game_over'] = game_over
result['board'] = json.dumps(game.get_board())
# set winning combinations for highlighting
result['winning_combination'] = winning_combination
return HttpResponse(json.dumps(result), mimetype='application/json')