def test_it_can_return_the_board(self, test_game):
board = [
["o", "x", "x"],
["x", "o", "x"],
["o", "x", "o"],
]
expected_board = Board(board)
assert test_game.get_board().board() == expected_board.board()
def test_that_create_game_returns_a_game(self, test_game_config):
board = Board()
rules = Rules(board)
result = test_game_config.create_game(board, rules)
assert result.get_board() == board
def test_that_run_returns_a_game_over_message(self, capsys):
board = [
["@", "x", "x"],
["x", "@", "x"],
["@", "x", "@"],
]
test_board = Board(board)
test_rules = Rules(test_board)
test_game = Game(test_board, test_rules)
test_game_over = GameOver()
game_params = {
'messages': FakeCliMessages(),
'game_input': Input(),
'cli_output': Output(),
'validator': Validator()
}
human_player = Player("Player 1", "x", "foo")
computer_player = Player("Computer", "@", "foo")
test_game.add_player(human_player)
test_game.add_player(computer_player)
test_game.set_current_player(computer_player)
test_game_over.run(test_game, game_params)
captured = capsys.readouterr()
assert captured.out.strip().split("\n")[-1] == "game has ended"
def test_that_it_can_check_for_a_win(self):
board = [
["@", "x", "x"],
["x", "@", "x"],
["@", "x", "@"],
]
test_board = Board(board)
test_rules = Rules(test_board)
test_game = Game(test_board, test_rules)
test_messages = CliMessages()
test_game_config = GameConfig()
test_game_over = GameOver()
player_settings_dict = {
'name': 'Player 1',
'icon': 'x',
'turn_order': '1',
'computer_name': 'Computer',
'computer_icon': '@'
}
result = test_game_config.create_players(player_settings_dict,
test_game)
assert test_game_over.check_for_win(
result, test_messages) == "\nComputer wins!"
def test_rules_filled(self):
board_array = [
["x", "x", "x"],
["o", "o", "x"],
["o", "x", "o"],
]
board = Board(board_array)
return Rules(board)
def test_game(self):
board = [
["o", "x", "x"],
["x", "o", "x"],
["o", "x", "o"],
]
test_board = Board(board)
test_rules = Rules(test_board)
return Game(test_board, test_rules)
def test_has_winning_diagonal(self):
board_array = [
["o", "x", "x"],
["x", "o", "x"],
["o", "x", "o"],
]
board = Board(board_array)
test_rules = Rules(board)
assert test_rules.has_winning_diagonal() == True
def test_it_can_return_a_player_score_value(self):
board_array = [["x", "x", "o"], ["x", "o", "o"], ["x", "o", "x"]]
board = Board(board_array)
rules = Rules(board)
game = Game(board, rules)
test_strategy = MinimaxStrategy()
assert test_strategy.player_score_value(game) == -1
def test_it_can_return_available_squares_in_a_flattened_board(self):
board_array = [["x", None, "o"], [None, "o", "o"], ["x", "o", None]]
board = Board(board_array)
rules = Rules(board)
game = Game(board, rules)
flattened_board = game.get_board().flattened_board()
test_strategy = MinimaxStrategy()
assert test_strategy.available_squares(flattened_board) == [2, 4, 9]
def test_can_return_a_winning_icon_if_column_wins(self, test_rules_filled):
board_array = [
["x", "o", "x"],
["o", "o", "x"],
["o", "x", "x"],
]
board = Board(board_array)
test_rules = Rules(board)
rows = test_rules.board.rows()
assert test_rules.winning_icon(rows) == "x"
def test_that_intro_prints_a_welcome_message(self, capsys,
test_valid_game_config,
test_game_config):
board = Board()
rules = Rules(board)
game = Game(board, rules)
test_game_config.intro(game, test_valid_game_config)
captured = capsys.readouterr()
assert captured.out.split("\n\n")[0].strip(
) == "Welcome to Tictactoe, human vs computer version"
def test_input_move(self):
game_params = {
'messages': CliMessages(),
'cli_input': Input(),
'cli_output': Output(),
'validator': Validator()
}
board = Board()
rules = Rules(board)
game = Game(board, rules)
strategy = FakeInputStrategy()
human_player = Player("player 1", "x", strategy)
assert human_player.select_move(game, game_params) == 5
def test_that_run_returns_a_game_object(self, test_game_params):
board_array = [["x", "x", "o"], ["o", "x", "o"], ["x", "o", "x"]]
board = Board(board_array)
rules = Rules(board)
game = Game(board, rules)
human_player = Player("Player 1", "x", InputStrategy())
computer_player = Player("Computer", "o", "foo")
game.add_player(human_player)
game.add_player(computer_player)
game.set_current_player(human_player)
test_game_loop = GameLoop()
result = test_game_loop.run(game, test_game_params)
assert game == result
def test_minimax_move(self):
game_params = {
'messages': CliMessages(),
'cli_input': Input(),
'cli_output': Output(),
'validator': Validator()
}
board = Board()
rules = Rules(board)
game = Game(board, rules)
strategy = FakeMinimaxStrategy()
computer_player = Player("computer", "o", strategy)
assert computer_player.select_move(game, game_params) == "5"
def test_that_it_picks_a_win(self):
board_array = [["x", "o", "x"], ["x", "o", "x"], ["o", None, None]]
board = Board(board_array)
rules = Rules(board)
game = Game(board, rules)
human_player = Player("Player 1", "x", "foo")
computer_player = Player("Computer", "o", MinimaxStrategy())
game.add_player(computer_player)
game.add_player(human_player)
game.set_current_player(computer_player)
test_strategy = MinimaxStrategy()
result = test_strategy.minimax(game)
assert result == 8
def test_that_it_can_mark_a_square_on_an_empty_board_correctly(
self, test_game_2):
board = Board()
rules = Rules(board)
game = Game(board, rules)
square = 9
icon = "x"
game.mark_square(square, icon)
expected_board = [
[None, None, None],
[None, None, None],
[None, None, "x"],
]
assert game.get_board().board() == expected_board
def run(self):
messages = CliMessages()
game_params = {
'messages': messages,
'cli_input': Input(),
'cli_output': Output(),
'validator': Validator()
}
board = Board()
rules = Rules(board)
game = Game(board, rules)
game = GameConfig().run(game, game_params)
game = GameLoop().run(game, game_params)
GameOver().run(game, game_params)
def test_that_run_returns_a_game_object_with_an_empty_board(
self, test_game_config):
game_params = {
'messages': FakeCliMessages(),
'cli_input': FakePlayerConfigInput(),
'cli_output': Output(),
'validator': FakeValidator()
}
board = Board()
rules = Rules(board)
game = Game(board, rules)
result = test_game_config.run(game, game_params)
assert result.get_board().board() == [[None, None, None],
[None, None, None],
[None, None, None]]
def test_that_it_can_unmark_a_square(self, test_game_2):
board = [[None, None, None], ["x", "o", "x"], ["o", "x", "x"]]
test_board = Board(board)
test_rules = Rules(test_board)
test_game = Game(test_board, test_rules)
square = 9
test_game.unmark_square(square)
expected_board = [
[None, None, None],
["x", "o", "x"],
["o", "x", None],
]
assert test_game.get_board().board() == expected_board
def test_that_it_runs_the_loop_again_if_selected_move_is_a_filled_position(
self, capsys, test_game_params):
board_array = [["x", "x", "o"], ["o", None, "o"], ["x", "o", "x"]]
board = Board(board_array)
rules = Rules(board)
game = Game(board, rules)
human_player = Player("Player 1", "x", InputStrategy())
computer_player = Player("Computer", "o", "foo")
game.add_player(human_player)
game.add_player(computer_player)
game.set_current_player(human_player)
test_game_loop = GameLoop()
test_game_loop.place_move(game, test_game_params)
captured = capsys.readouterr()
expected_output = "Player 1 selects square 7. Placing Player 1's move.\nThat was an invalid move, please try again. Please select a move between 1 - 9:\nPlayer 1 selects square 5. Placing Player 1's move."
assert captured.out.split("\n\n")[0] == expected_output
def test_that_it_can_place_a_move(self):
board_array = [["x", "x", "o"], ["x", None, "o"], ["x", "o", "x"]]
expected_board_array = [["x", "x", "o"], ["x", "o", "o"],
["x", "o", "x"]]
board = Board(board_array)
rules = Rules(board)
game = Game(board, rules)
human_player = Player("Player 1", "x", "foo")
computer_player = Player("Computer", "o", "foo")
game.add_player(human_player)
game.add_player(computer_player)
game.set_current_player(computer_player)
test_strategy = MinimaxStrategy()
test_strategy.place_move(game, 5)
assert game.get_board().empty_squares() == []
assert game.get_board().board() == expected_board_array
assert game.get_current_player().icon == "x"
def test_that_best_move_returns_a_move(self):
game_params = {
'messages': CliMessages(),
'cli_input': FakeInput("363", "7"),
'cli_output': Output(),
'validator': Validator()
}
board = Board()
rules = Rules(board)
game = Game(board, rules)
human_player = Player("Player 1", "x", "foo")
computer_player = Player("Computer", "o", "foo")
game.add_player(human_player)
game.add_player(computer_player)
game.set_current_player(computer_player)
test_input_strategy = InputStrategy()
assert test_input_strategy.best_move(game, game_params) == "7"
def test_that_game_loop_can_mark_the_board(self, test_game_params):
board_array = [["x", "x", "o"], ["o", None, "o"], ["x", "o", "x"]]
expected_board_array = [["x", "x", "o"], ["o", "x", "o"],
["x", "o", "x"]]
board = Board(board_array)
rules = Rules(board)
game = Game(board, rules)
human_player = Player("Player 1", "x", InputStrategy())
computer_player = Player("Computer", "o", "foo")
game.add_player(human_player)
game.add_player(computer_player)
game.set_current_player(human_player)
test_game_loop = GameLoop()
test_game_loop.mark_board(5, game, test_game_params)
assert game.get_board().board() == expected_board_array
def test_that_create_players_creates_the_players_and_returns_an_updated_game(
self, test_game_config):
board = Board()
rules = Rules(board)
game = Game(board, rules)
player_settings_dict = {
'name': 'Player 1',
'icon': 'x',
'turn_order': '1',
'computer_name': 'Computer',
'computer_icon': '@'
}
result = test_game_config.create_players(player_settings_dict, game)
assert len(result.get_players()) == 2
assert result.get_players()[0] == result.get_current_player()
assert result.get_players()[0].name == 'Player 1'
assert result.get_players()[1].name == 'Computer'
def test_board(self):
return Board()
def test_rules(self):
board = Board()
return Rules(board)
def test_game(self):
test_board = Board()
test_rules = Rules(test_board)
test_game = Game(test_board, test_rules)
def test_is_full(self):
board = [["o", "x", "o"], ["x", "x", "o"], ["o", "o", "x"]]
test_board = Board(board)
assert test_board.is_full()
def test_that_board_is_not_full(self):
board = [["o", None, "o"], ["x", "x", "o"], ["o", "o", "x"]]
test_board = Board(board)
assert test_board.is_full() == False
def test_that_it_can_return_a_flattened_board(self):
board = [["o", "x", "o"], ["x", "x", "o"], ["o", "o", "x"]]
test_board = Board(board)
assert test_board.flattened_board() == ["o", "x", "o", "x", "x", "o", "o", "o", "x"]
