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 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 update(model, msg, audio_api):
begin = lambda *args: args[-1]
def assign(o, a, v):
o.__setattr__(a, v)
case_of = {
(StartScreenState, LeftMouseDownAt):
lambda: begin(audio_api.stop_music(), GameState()),
(StartScreenState, Tick):
lambda: begin((assign(model, 'time', msg.time)),
(audio_api.play_music('music')
if not model.music_playing else None),
(assign(model, 'music_playing', True)), model)
}
# if isinstance(model, StartScreenState):
# if isinstance(msg, LeftMouseDownAt):
# audio_api.stop_music()
# return GameState()
# if isinstance(msg, Tick):
# if not model.music_playing:
# audio_api.play_music('music')
# model.music_playing = True
# model.time = msg.time
# return model
for condition in case_of:
stateClass, msgClass = condition
if isinstance(model, stateClass) and isinstance(msg, msgClass):
return case_of[condition]()
if isinstance(model, GameState):
return update_gamestate(model, msg, audio_api)
if isinstance(model, GameOverState):
if isinstance(msg, LeftMouseDownAt):
return StartScreenState()
return model
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_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_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))
def game_underway():
model = GameState()
return model
def test_mouse_movement_over_game_screen(log):
game = GameState()
mouse_events = [MouseMovedTo((x, x)) for x in range(0, 500, 10)]
result = simulate_main_event_loop(game, mouse_events, log)
verify(print_scenario(mouse_events, result, log))
def game_underway():
return GameState()