def test_neq_2x2():
frame1 = GridFrameBuffer(2, 2)
frame1.set(0, 0, "a")
frame1.set(1, 0, "b")
frame1.set(0, 1, "c")
frame1.set(1, 1, "d")
frame2 = GridFrameBuffer(2, 2)
frame2.set(0, 0, "d")
frame2.set(1, 0, "b")
frame2.set(0, 1, "c")
frame2.set(1, 1, "d")
assert frame1 != frame2
def test_str_2x2():
frame = GridFrameBuffer(2, 2)
frame.set(0, 0, "a")
frame.set(1, 0, "b")
frame.set(0, 1, "c")
frame.set(1, 1, "d")
assert str(frame) == "ab\ncd"
def test_from_string_array():
frame1 = GridFrameBuffer(2, 2)
frame1.set(0, 0, "a")
frame1.set(1, 0, "b")
frame1.set(0, 1, "c")
frame1.set(1, 1, "d")
frame2 = GridFrameBuffer.from_string_array(["ab", "cd"])
assert frame1 == frame2
def test_edges_2():
panel = Panel(0,
0,
1,
1,
border=PanelBorder.create("2", "7", "5", "4", "3", "1", "8",
"6"))
frame = GridFrameBuffer(5, 5, init_value=" ")
with pytest.raises(IndexError):
panel.redraw(frame)
def test_edges():
panel = MapPanel(1, 1, 2, 2)
frame = GridFrameBuffer(5, 5, init_value=" ")
panel.add("1", (0, 0))
panel.add("2", (1, 0))
panel.add("3", (0, 1))
panel.add("4", (1, 1))
panel.redraw(frame)
exp = [" ", " 12 ", " 34 ", " ", " "]
exp_frame = GridFrameBuffer.from_string_array(exp)
assert frame == exp_frame
def test_edges():
panel = Panel(1,
1,
1,
1,
border=PanelBorder.create("2", "7", "5", "4", "3", "1", "8",
"6"))
frame = GridFrameBuffer(5, 5, init_value=" ")
panel.redraw(frame)
exp = ["123 ", "4 5 ", "678 ", " ", " "]
exp_frame = GridFrameBuffer.from_string_array(exp)
assert frame == exp_frame
def run_with_local_display(self, seed=None):
"""Will run the game for a user.
Returns:
"""
# This import statement is here so pygame is only imported if needed.
from CYLGame import Display
game = self.game_class(random.Random(seed))
charset = Display.CharSet(self.game_class.CHAR_SET,
self.game_class.CHAR_WIDTH,
self.game_class.CHAR_HEIGHT)
display = Display.PyGameDisplay(*charset.char_size_to_pix(
(game.SCREEN_WIDTH, game.SCREEN_HEIGHT)),
title=game.GAME_TITLE)
clock = Display.get_clock()
frame_buffer = GridFrameBuffer(*charset.pix_size_to_char(
display.get_size()),
charset=charset)
frame_updated = True
game.init_board()
players = []
if game.MULTIPLAYER:
computer_bot_class = game.default_prog_for_computer()
for _ in range(game.get_number_of_players() - 1):
players += [game.create_new_player(computer_bot_class())]
player = game.create_new_player(UserProg())
game.start_game()
while game.is_running():
clock.tick(FPS)
for key in display.get_keys():
# TODO: fix
player.prog.key = key
player.run_turn(game.random)
for comp_player in players:
comp_player.run_turn(game.random)
game.do_turn()
frame_updated = True
if frame_updated:
game.draw_screen(frame_buffer)
display.update(frame_buffer)
frame_updated = False
def test_str_1x1():
frame = GridFrameBuffer(1, 1)
frame.set(0, 0, "a")
assert str(frame) == "a"
def test_neq_1x1():
frame1 = GridFrameBuffer(1, 1)
frame1.set(0, 0, "a")
frame2 = GridFrameBuffer(1, 1)
frame2.set(0, 0, "b")
assert frame1 != frame2
def get_frame(self):
if self.__frame_buffer is None:
self.__frame_buffer = GridFrameBuffer(self.SCREEN_WIDTH,
self.SCREEN_HEIGHT)
self.draw_screen(self.__frame_buffer)
return self.__frame_buffer.dump()