def test_analyse_board():
tiles = []
for _ in range(9):
tiles.append(Tile())
board = Board(tiles)
board.add_entangl_tile(1)
board.add_entangl_tile(2)
board.tiles()[1].set_move_on_tile('x1')
board.tiles()[2].set_move_on_tile('x1')
board.tiles()[1].set_move_on_tile('y2')
board.tiles()[2].set_move_on_tile('y2')
board.collapse(1, 'x1')
assert board.analyse_board() == ['-', 'x1', 'y2', '-', '-', '-', '-', '-', '-']
def test_collapse_error():
tiles = []
for _ in range(9):
tiles.append(Tile())
board = Board(tiles)
board.add_entangl_tile(1)
board.add_entangl_tile(2)
board.tiles()[1].set_move_on_tile('x1')
board.tiles()[1].set_move_on_tile('x3')
board.tiles()[2].set_move_on_tile('x1')
board.tiles()[1].set_move_on_tile('y2')
board.tiles()[2].set_move_on_tile('y2')
with pytest.raises(InvalidCollapseError):
board.collapse(1, 'x3')
def test_collapse():
tiles = []
for _ in range(9):
tiles.append(Tile())
board = Board(tiles)
board.add_entangl_tile(1)
board.add_entangl_tile(2)
board.tiles()[1].set_move_on_tile('x1')
board.tiles()[2].set_move_on_tile('x1')
board.tiles()[1].set_move_on_tile('y2')
board.tiles()[2].set_move_on_tile('y2')
board.collapse(1, 'x1')
assert board.tiles()[1].is_collapsed() is True
assert board.tiles()[2].is_collapsed() is True