def test_ball_dict_fills_with_balls():
fake_game_interface = GameInterface(None)
fake_game_interface.ball_dict = defaultdict(dict)
fake_game_interface._fill_ball_dict()
first_ball = fake_game_interface.ball_dict[0][0]
expected_type = "<class 'match_three.Fields'>"
actual_type = str(type(first_ball))
assert expected_type == actual_type
def test_ball_dict_fills_with_expected_number_of_balls():
fake_game_interface = GameInterface(None)
fake_game_interface.ball_dict = defaultdict(dict)
fake_game_interface._fill_ball_dict()
expected_no_balls_in_dict = fake_game_interface.no_lines * \
fake_game_interface.no_columns
actual_no_balls_in_dict = 0
for layer in fake_game_interface.ball_dict:
actual_no_balls_in_dict += len(fake_game_interface.ball_dict[layer])
assert expected_no_balls_in_dict == actual_no_balls_in_dict
def fake_interface_preparation(scope="function"):
fake_game_interface = GameInterface(None)
fake_game_interface.part_of_three = np.zeros(
[fake_game_interface.no_lines, fake_game_interface.no_columns])
colors = {0: "black", 1: "red", 2: "green"}
for row_index in range(fake_game_interface.no_lines):
for column_index in range(fake_game_interface.no_lines):
if row_index % 2 == 0:
fake_game_interface.ball_dict[row_index][column_index].color =\
colors[column_index%3]
else:
fake_game_interface.ball_dict[row_index][column_index].color =\
colors[(column_index+1)%3]
yield fake_game_interface
del fake_game_interface
def test_update_round_increments_round_counter():
fake_game_interface = GameInterface(None)
fake_game_interface.game_stat.round = 1
assert fake_game_interface.game_stat.get_round() == 1
fake_game_interface._update_round()
assert fake_game_interface.game_stat.get_round() == 2