def cards_indexes(columns):
"""zwraca listę ze wszystkimi indeksami kart"""
indexes = []
board_rows = helper.calc_board_rows(
unique_divisors) * helper.calc_board_columns(unique_divisors)
for i in range(board_rows):
indexes.append(divmod(i, columns))
return indexes
def run_board_default():
"""Zwraca planaszę, gotową do gry, karty zakryte, ułożone losowo"""
columns = helper.calc_board_columns(unique_divisors)
rows = helper.calc_board_rows(unique_divisors)
board = make_empty_board(rows, columns)
indexes = cards_indexes(columns)
random_indexes = random_cards_indexes(indexes)
cards = create_cards()
return make_game_board(board, random_indexes, cards)
def make_test_board():
card_list = get_cards()
cards = create_cards()
all_divisors = calc_all_divisors(card_list)
unique_divisors = calc_pair_divisors(all_divisors)
columns = calc_board_columns(unique_divisors)
rows = calc_board_rows(unique_divisors)
indexes = cards_indexes(columns)
board = make_empty_board(rows, columns)
make_game_board(board, indexes, cards)
return board
def test_click_same_pair(self):
card_list = get_cards()
all_divisors = calc_all_divisors(card_list)
unique_divisors = calc_pair_divisors(all_divisors)
columns = calc_board_columns(unique_divisors)
rows = calc_board_rows(unique_divisors)
board = make_test_board()
game = create_game(board)
on_card_clicked(game, board, columns, rows, row=1, col=1)
self.assertEqual(count_showed_cards(game), 1)
on_card_clicked(game, board, columns, rows, row=1, col=1)
self.assertEqual(count_showed_cards(game), 1)
def test_click_same_pair():
"""test sprawdza ile kart będzie odkrytych jeżeli gracz spróbuje odsłonić tą samą kartę"""
card_list = get_cards()
all_divisors = calc_all_divisors(card_list)
unique_divisors = calc_pair_divisors(all_divisors)
columns = calc_board_columns(unique_divisors)
rows = calc_board_rows(unique_divisors)
board = make_test_board()
game = create_game(board)
on_card_clicked(game, board, columns, rows, row=1, col=1)
assert count_showed_cards(game) == 1
on_card_clicked(game, board, columns, rows, row=1, col=1)
assert count_showed_cards(game) == 1
def test_check_attempts_amount(self):
card_list = get_cards()
all_divisors = calc_all_divisors(card_list)
unique_divisors = calc_pair_divisors(all_divisors)
columns = calc_board_columns(unique_divisors)
rows = calc_board_rows(unique_divisors)
board = make_test_board()
game = create_game(board)
on_card_clicked(game, board, columns, rows, row=0, col=0)
on_card_clicked(game, board, columns, rows, row=1, col=2)
self.assertEqual(game['attempts'], 1)
on_card_clicked(game, board, columns, rows, row=1, col=2)
self.assertEqual(game['attempts'], 1)
on_card_clicked(game, board, columns, rows, row=1, col=0)
self.assertEqual(game['attempts'], 1)
on_card_clicked(game, board, columns, rows, row=1, col=3)
self.assertEqual(game['attempts'], 2)
def test_click_good_pair():
"""test sprawdza czy będą widoczne dwie poprawnie odsłonięte karty"""
card_list = get_cards()
all_divisors = calc_all_divisors(card_list)
unique_divisors = calc_pair_divisors(all_divisors)
columns = calc_board_columns(unique_divisors)
rows = calc_board_rows(unique_divisors)
board = make_test_board()
game = create_game(board)
on_card_clicked(game, board, columns, rows, row=1, col=1)
assert count_showed_cards(game) == 1
on_card_clicked(game, board, columns, rows, row=2, col=3)
assert count_showed_cards(game) == 2
on_card_clicked(game, board, columns, rows, row=0, col=0)
assert count_showed_cards(game) == 3
on_card_clicked(game, board, columns, rows, row=1, col=2)
assert count_showed_cards(game) == 4
def test_check_attempts_amount():
"""test sprawdza czy poprawnie nalicza się ilość prób"""
card_list = get_cards()
all_divisors = calc_all_divisors(card_list)
unique_divisors = calc_pair_divisors(all_divisors)
columns = calc_board_columns(unique_divisors)
rows = calc_board_rows(unique_divisors)
board = make_test_board()
game = create_game(board)
on_card_clicked(game, board, columns, rows, row=0, col=0)
on_card_clicked(game, board, columns, rows, row=1, col=2)
assert game['attempts'] == 1
on_card_clicked(game, board, columns, rows, row=1, col=2)
assert game['attempts'] == 1
on_card_clicked(game, board, columns, rows, row=1, col=0)
assert game['attempts'] == 1
on_card_clicked(game, board, columns, rows, row=1, col=3)
assert game['attempts'] == 2
def test_if_game_is_finished(self):
card_list = get_cards()
all_divisors = calc_all_divisors(card_list)
unique_divisors = calc_pair_divisors(all_divisors)
columns = calc_board_columns(unique_divisors)
rows = calc_board_rows(unique_divisors)
board = make_test_board()
game = create_game(board)
on_card_clicked(game, board, columns, rows, row=0, col=0)
on_card_clicked(game, board, columns, rows, row=1, col=2)
on_card_clicked(game, board, columns, rows, row=0, col=1)
on_card_clicked(game, board, columns, rows, row=1, col=3)
on_card_clicked(game, board, columns, rows, row=0, col=2)
on_card_clicked(game, board, columns, rows, row=2, col=0)
on_card_clicked(game, board, columns, rows, row=0, col=3)
on_card_clicked(game, board, columns, rows, row=2, col=1)
on_card_clicked(game, board, columns, rows, row=1, col=0)
on_card_clicked(game, board, columns, rows, row=2, col=2)
on_card_clicked(game, board, columns, rows, row=1, col=1)
on_card_clicked(game, board, columns, rows, row=2, col=3)
self.assertTrue(all_card_showed(game, columns, rows), True)
def test_which_card_showed(self):
card_list = get_cards()
all_divisors = calc_all_divisors(card_list)
unique_divisors = calc_pair_divisors(all_divisors)
columns = calc_board_columns(unique_divisors)
rows = calc_board_rows(unique_divisors)
board = make_test_board()
game = create_game(board)
on_card_clicked(game, board, columns, rows, row=1, col=3)
on_card_clicked(game, board, columns, rows, row=0, col=3)
self.assertEqual(board[1][3], {'value': 1, 'showed': True})
self.assertEqual(board[0][3], {'value': 3, 'showed': True})
on_card_clicked(game, board, columns, rows, row=0, col=0)
self.assertEqual(board[1][3], {'value': 1, 'showed': False})
self.assertEqual(board[0][3], {'value': 3, 'showed': False})
self.assertEqual(board[0][0], {'value': 0, 'showed': True})
on_card_clicked(game, board, columns, rows, row=1, col=2)
on_card_clicked(game, board, columns, rows, row=2, col=2)
self.assertEqual(board[0][0], {'value': 0, 'showed': True})
self.assertEqual(board[1][2], {'value': 0, 'showed': True})
self.assertEqual(board[2][2], {'value': 4, 'showed': True})
def run_game(resources, images_res):
pg.display.set_caption("Memory game")
game_display = pg.display.set_mode((display_width, display_height))
all_divisors = helper.calc_all_divisors(card_list)
unique_divisors = helper.calc_pair_divisors(all_divisors)
columns = helper.calc_board_columns(unique_divisors)
rows = helper.calc_board_rows(unique_divisors)
board = engine.run_board_default()
clock = pg.time.Clock()
game = engine.create_game(board)
board_view = make_board_view(board, display_size, images_res)
input_data = {'exit': False}
while not input_data['exit']:
input_data = process_events(game)
if GAME_OVER == update_game(game, board, input_data, columns, rows, resources):
time.sleep(1)
break
render_game(board_view, game_display, resources, game, board)
clock.tick(FPS)
pg.display.quit()
def test_if_game_is_finished():
"""test sprawdza czy po odklikaniu wszystkich par, wszystkie karty są odsłonięte"""
card_list = get_cards()
all_divisors = calc_all_divisors(card_list)
unique_divisors = calc_pair_divisors(all_divisors)
columns = calc_board_columns(unique_divisors)
rows = calc_board_rows(unique_divisors)
board = make_test_board()
game = create_game(board)
on_card_clicked(game, board, columns, rows, row=0, col=0)
on_card_clicked(game, board, columns, rows, row=1, col=2)
on_card_clicked(game, board, columns, rows, row=0, col=1)
on_card_clicked(game, board, columns, rows, row=1, col=3)
on_card_clicked(game, board, columns, rows, row=0, col=2)
on_card_clicked(game, board, columns, rows, row=2, col=0)
on_card_clicked(game, board, columns, rows, row=0, col=3)
on_card_clicked(game, board, columns, rows, row=2, col=1)
on_card_clicked(game, board, columns, rows, row=1, col=0)
on_card_clicked(game, board, columns, rows, row=2, col=2)
on_card_clicked(game, board, columns, rows, row=1, col=1)
on_card_clicked(game, board, columns, rows, row=2, col=3)
assert all_card_showed(game, columns, rows) == True
def test_which_card_showed():
"""test sprawdza czy następuje zakrywanie/odkrywanie wybranych kart"""
card_list = get_cards()
all_divisors = calc_all_divisors(card_list)
unique_divisors = calc_pair_divisors(all_divisors)
columns = calc_board_columns(unique_divisors)
rows = calc_board_rows(unique_divisors)
board = make_test_board()
game = create_game(board)
on_card_clicked(game, board, columns, rows, row=1, col=3)
on_card_clicked(game, board, columns, rows, row=0, col=3)
assert board[1][3] == {'value': 1, 'showed': True}
assert board[0][3] == {'value': 3, 'showed': True}
on_card_clicked(game, board, columns, rows, row=0, col=0)
assert board[1][3] == {'value': 1, 'showed': False}
assert board[0][3] == {'value': 3, 'showed': False}
assert board[0][0] == {'value': 0, 'showed': True}
on_card_clicked(game, board, columns, rows, row=1, col=2)
on_card_clicked(game, board, columns, rows, row=2, col=2)
assert board[0][0] == {'value': 0, 'showed': True}
assert board[1][2] == {'value': 0, 'showed': True}
assert board[2][2] == {'value': 4, 'showed': True}
def test_time_measure(self):
card_list = get_cards()
all_divisors = calc_all_divisors(card_list)
unique_divisors = calc_pair_divisors(all_divisors)
columns = calc_board_columns(unique_divisors)
rows = calc_board_rows(unique_divisors)
board = make_test_board()
game = create_game(board)
on_card_clicked(game, board, columns, rows, row=0, col=0)
time.sleep(2)
on_card_clicked(game, board, columns, rows, row=1, col=2)
on_card_clicked(game, board, columns, rows, row=0, col=1)
on_card_clicked(game, board, columns, rows, row=1, col=3)
on_card_clicked(game, board, columns, rows, row=0, col=2)
on_card_clicked(game, board, columns, rows, row=2, col=0)
on_card_clicked(game, board, columns, rows, row=0, col=3)
on_card_clicked(game, board, columns, rows, row=2, col=1)
on_card_clicked(game, board, columns, rows, row=1, col=0)
on_card_clicked(game, board, columns, rows, row=2, col=2)
on_card_clicked(game, board, columns, rows, row=1, col=1)
self.assertEqual(game['finish_at'], None)
on_card_clicked(game, board, columns, rows, row=2, col=3)
self.assertTrue(game['started_at'] < game['finish_at'], True)
def test_time_measure():
"""test sprawdza czy dobrze jest liczony czas od startu do zakończenia gry"""
card_list = get_cards()
all_divisors = calc_all_divisors(card_list)
unique_divisors = calc_pair_divisors(all_divisors)
columns = calc_board_columns(unique_divisors)
rows = calc_board_rows(unique_divisors)
board = make_test_board()
game = create_game(board)
on_card_clicked(game, board, columns, rows, row=0, col=0)
time.sleep(2)
on_card_clicked(game, board, columns, rows, row=1, col=2)
on_card_clicked(game, board, columns, rows, row=0, col=1)
on_card_clicked(game, board, columns, rows, row=1, col=3)
on_card_clicked(game, board, columns, rows, row=0, col=2)
on_card_clicked(game, board, columns, rows, row=2, col=0)
on_card_clicked(game, board, columns, rows, row=0, col=3)
on_card_clicked(game, board, columns, rows, row=2, col=1)
on_card_clicked(game, board, columns, rows, row=1, col=0)
on_card_clicked(game, board, columns, rows, row=2, col=2)
on_card_clicked(game, board, columns, rows, row=1, col=1)
assert game['finish_at'] == None
on_card_clicked(game, board, columns, rows, row=2, col=3)
assert game['started_at'] < game['finish_at']
def test_calc_board_rows(self):
card_list = get_cards()
all_divisors = calc_all_divisors(card_list)
unique_divisors = calc_pair_divisors(all_divisors)
self.assertEqual(calc_board_columns(unique_divisors) * calc_board_rows(unique_divisors), len(card_list) * 2)
def test_calc_board_rows():
card_list = get_cards()
all_divisors = calc_all_divisors(card_list)
unique_divisors = calc_pair_divisors(all_divisors)
assert (calc_board_columns(unique_divisors) * calc_board_rows(unique_divisors) == len(card_list)*2)
