def c_main(stdscr: "curses._CursesWindow") -> int:
dims = {"easy": game.EASY, "medium": game.MEDIUM, "hard": game.HARD}
app = GameApp(stdscr, game.create_game(*game.EASY))
mv = {
"b": lambda x, y: game.prev_unswept(app.game.board, x, y),
"h": lambda x, y: (x - 1, y) if x > 0 else (x, y),
"j": lambda x, y: (x, y + 1) if y + 1 < app.game.height else (x, y),
"k": lambda x, y: (x, y - 1) if y - 1 >= 0 else (x, y),
"l": lambda x, y: (x + 1, y) if x < app.game.width - 1 else (x, y),
"w": lambda x, y: game.next_unswept(app.game.board, x, y),
"\n": lambda x, y: (0, y + 1) if y + 1 < app.game.height else (x, y),
"0": lambda _, y: (0, y),
"$": lambda _, y: (app.game.width - 1, y),
"H": lambda _, __: (0, 0),
"L": lambda _, __: (0, app.game.height - 1),
"M": lambda _, __: (0, int((app.game.height - 1) / 2)),
}
difficulty = ed_choose(app)
if difficulty != "easy":
app = GameApp(stdscr, game.create_game(*dims[difficulty]))
else:
overwrite_str(app.stdscr, 0, app.game.height + 1, " " * 30)
for c in async_input(stdscr):
if c == ":":
app = GameApp(stdscr, game.create_game(*dims[ed_choose(app)]))
elif c == "x":
app.sweep_cell()
if game.is_loss(app.game.board):
app.reveal_mines()
bye(app, "Game Over ")
app = GameApp(stdscr, game.create_game(*dims[ed_choose(app)]))
elif game.is_win(app.game.board):
bye(app, "You win! ")
app = GameApp(stdscr, game.create_game(*dims[ed_choose(app)]))
elif c == "m":
app.mark_cell()
elif c in mv:
app.move_to(Cursor.from_model(*mv[c](*app.cursor.to_model())))
else:
debug(app, f"{c} not implemented")
return 0
def test_prev_unswept_prev_row_skip_1():
board = game._to_cells([[" ", "1"], [" ", " "]])
board[0][1].is_swept = True
assert game.prev_unswept(board, 1, 1) == (0, 0)
def test_prev_unswept_beginning_of_row():
board = game._to_cells([[" ", " ", " "]])
assert game.prev_unswept(board, 2, 0) == (0, 0)
def test_prev_unswept_skip_unswept():
board = game._to_cells([[" ", " ", "1", " "]])
board[0][2].is_swept = True
assert game.prev_unswept(board, 3, 0) == (1, 0)
def test_prev_unswept_prev_row():
board = game._to_cells([[" ", " "], [" ", " "]])
assert game.prev_unswept(board, 1, 1) == (1, 0)