def test_slash_red_win(log):
game = GameState()
player_moves = [
ColumnWasClicked(c) for c in [0, 1, 1, 2, 2, 3, 2, 3, 3, 5, 3]
]
result = simulate_main_event_loop(game, player_moves, log)
verify(print_scenario(player_moves, result, log))
def update_gamestate(gamestate, msg, audio_api):
if isinstance(msg, Tick):
gamestate.time = msg.time
if (gamestate.mouse_down_time and
gamestate.time > gamestate.mouse_down_time + DROP_DELAY_MS):
gamestate.mouse_down_time = None
gamestate = update(
gamestate,
ColumnWasClicked(convert_to_column(gamestate.mouse_pos[0])),
audio_api)
if isinstance(msg, MouseMovedTo):
gamestate.mouse_pos = msg.pos
if (isinstance(msg, LeftMouseDownAt)
and convert_to_column(msg.pos[0]) is not None):
gamestate.mouse_down = msg.pos
gamestate.mouse_down_time = gamestate.time
if isinstance(msg, LeftMouseUpAt):
gamestate.mouse_down_time = None
if isinstance(msg, ColumnWasClicked):
if gamestate.board[(msg.column, 0)] != EMPTY:
audio_api.play_sound('blocked')
else:
audio_api.play_sound('drop')
gamestate.juice = 10
gamestate.board = place_brick(gamestate.board,
gamestate.whos_turn_is_it,
msg.column)
gamestate.whos_turn_is_it = (gamestate.whos_turn_is_it + 1) % 2
for color in [RED, YELLOW]:
won = check_winning_state(gamestate.board, color)
if won:
gamestate = GameOverState(winner=color,
board=gamestate.board)
return gamestate
def test_backslash_yellow_win(log):
game = GameState()
player_moves = [
ColumnWasClicked(c)
for c in [0, 6, 5, 5, 4, 4, 3, 4, 5, 3, 0, 3, 0, 3]
]
result = simulate_main_event_loop(game, player_moves, log)
verify(print_scenario(player_moves, result, log))
def test_letting_yellow_win_horisontally(log):
game = GameState()
player_moves = [ColumnWasClicked(c) for c in [0, 1, 0, 2, 0, 3, 1, 4]]
result = simulate_main_event_loop(game, player_moves, log)
verify(print_scenario(player_moves, result, log))
def test_letting_red_win(log):
game = GameState()
player_moves = [ColumnWasClicked(0),
ColumnWasClicked(1)] * 3 + [ColumnWasClicked(0)]
result = simulate_main_event_loop(game, player_moves, log)
verify(print_scenario(player_moves, result, log))
def test_placing_too_many_bricks_in_first_column(log):
game = GameState()
player_moves = [ColumnWasClicked(0)] * 8
result = simulate_main_event_loop(game, player_moves, log)
verify(print_scenario(player_moves, result, log))
def test_first_placed_brick_is_red(log):
game = GameState()
player_moves = [ColumnWasClicked(0)]
result = simulate_main_event_loop(game, player_moves, log)
verify(print_scenario(player_moves, result, log))
