def test_write_below():
level = [[Tile.RED, Tile.RED], [Tile.RED, Tile.RED]]
h = Game(level, Player((0, 0), Direction.SOUTH), [])
h.write_below(Tile.GREEN)
assert(level[0][0] == Tile.GREEN)
def test_turn_left():
level = [[Tile.YELLOW, Tile.YELLOW], [Tile.YELLOW, Tile.YELLOW]]
h = Game(level, Player((0, 0), Direction.SOUTH), [])
assert(h.get_dir() == 'S')
assert(h.get_pos() == (0, 0))
res = h.turn_left()
assert(res)
assert(h.get_dir() == 'E')
assert(h.get_pos() == (0, 0))
assert(h.turn_left())
assert(h.get_pos() == (0, 0))
assert(h.get_dir() == 'N')
assert(h.get_pos() == (0, 0))
assert(h.turn_left())
assert(h.get_dir() == 'W')
assert(h.get_pos() == (0, 0))
assert(h.turn_left())
assert(h.get_dir() == 'S')
assert(h.get_pos() == (0, 0))
def test_game_construction():
Game([[Tile.PURPLE, Tile.PURPLE, Tile.PURPLE, Tile.PURPLE, Tile.PURPLE],
[Tile.PURPLE, Tile.PURPLE, Tile.PURPLE, Tile.PURPLE, Tile.PURPLE],
[Tile.PURPLE, Tile.PURPLE, Tile.PURPLE, Tile.PURPLE, Tile.PURPLE],
[Tile.PURPLE, Tile.PURPLE, Tile.PURPLE, Tile.PURPLE, Tile.PURPLE],
[Tile.PURPLE, Tile.PURPLE, Tile.PURPLE, Tile.PURPLE, Tile.PURPLE]],
Player((0, 0), Direction.SOUTH),
[Flag((2, 2))])
def test_flag_removal():
level = [[Tile.GREEN, Tile.GREEN], [Tile.GREEN, Tile.GREEN]]
h = Game(level, Player((0, 0), Direction.SOUTH),
[Flag((0, 0)), Flag((1, 0))])
# flag should be removed as player is already on one
assert(len(h.flags) == 1)
h.right()
assert(len(h.flags) == 0)
def create_game(self):
# Load game
game = Game(self.game_tiles,
Player((
self.player_start_i, self.player_start_j),Direction.SOUTH),
self.flags)
# Run Code
if self.enable_display:
display = Display(game, height=self.screen_height,
width=self.screen_width, sleep_time=self.sleep_time)
return game
def test_backward():
level = [[Tile.ORANGE, Tile.ORANGE], [Tile.ORANGE, Tile.ORANGE]]
h = Game(level, Player((0, 1), Direction.EAST), [])
wasSuccess = h.forward()
assert(wasSuccess == True)
assert(h.get_dir() == 'E')
assert(h.get_pos() == (1, 1))
wasSuccess = h.forward()
assert(wasSuccess == False)
assert(h.get_dir() == 'E')
assert(h.get_pos() == (1, 1))
def test_forward():
level = [[Tile.GREEN, Tile.GREEN], [Tile.GREEN, Tile.GREEN]]
h = Game(level, Player((0, 0), Direction.SOUTH), [])
wasSuccess = h.forward()
assert(wasSuccess == True)
assert(h.get_dir() == 'S')
assert(h.get_pos() == (0, 1))
wasSuccess = h.forward()
assert(wasSuccess == False)
assert(h.get_dir() == 'S')
assert(h.get_pos() == (0, 1))
def create_game_from_level_data(self, level_data):
player_data = level_data['player']
player = Player((player_data['pos']['x'], player_data['pos']['y']),Direction(player_data['dir'].upper()))
flags: List[Flag] = []
for flag_data in level_data['flags']:
flags.append(
Flag((flag_data['pos']['x'], flag_data['pos']['y'])))
level = [[Tile(tile_string) for tile_string in string_arr]
for string_arr in level_data['level']]
return Game(level, player, flags)
def test_right():
level = [[Tile.GREEN, Tile.GREEN], [Tile.GREEN, Tile.GREEN]]
h = Game(level, Player((0, 0), Direction.SOUTH), [])
assert(h.get_pos() == (0, 0))
res = h.right()
assert(res == True)
assert(h.get_pos() == (1, 0))
res = h.right()
assert(res == False)
assert(h.get_pos() == (1, 0))
def test_empty_tile():
level = [[Tile.GREY, Tile.EMPTY, Tile.GREY, Tile.GREY]]
h = Game(level, Player((3, 0), Direction.SOUTH), [])
assert(h.get_pos() == (3, 0))
res = h.left()
assert(res == True)
assert(h.get_pos() == (2, 0))
res = h.left()
assert(res == False)
assert(h.get_pos() == (2, 0))
def test_steering():
level = [[Tile.ORANGE, Tile.ORANGE, Tile.ORANGE],
[Tile.ORANGE, Tile.ORANGE, Tile.ORANGE]]
h = Game(level, Player((0, 0), Direction.EAST), [])
h.forward()
h.forward()
# does nothing
h.forward()
h.turn_right()
assert(h.get_dir() == 'S')
h.forward()
h.turn_right()
h.forward()
h.forward()
h.backward()
assert(h.get_dir() == 'W')
assert(h.get_pos() == (1, 1))
def test_read_below():
level = [[Tile.EMPTY, Tile.EMPTY], [Tile.EMPTY, Tile.PURPLE]]
h = Game(level, Player((1, 1), Direction.SOUTH), [])
assert(h.read_below() == Tile.PURPLE)