def test(self):
twenty_forty_eight = TwentyFortyEight(6, 4)
empty_grid = twenty_forty_eight.generate_empty_grid()
twenty_forty_eight.grid = empty_grid
twenty_forty_eight.new_tile()
self.assertEquals(tiles_greater_zero(twenty_forty_eight._grid), 1)
self.assertEquals(sum_of_tiles(twenty_forty_eight._grid) > 0, True)
twenty_forty_eight = TwentyFortyEight()
empty_grid = twenty_forty_eight.generate_empty_grid()
twenty_forty_eight.grid = empty_grid
twenty_forty_eight.new_tile()
[twenty_forty_eight.new_tile() for dummy_num in range(9)]
self.assertEquals(tiles_greater_zero(twenty_forty_eight._grid), 10)
self.assertEquals(sum_of_tiles(twenty_forty_eight._grid) > 0, True)
from game_template import TwentyFortyEight print "DOWN" game = TwentyFortyEight(4, 3) game.reset() game.new_tile() game.new_tile() print game.__str__() game.move(2) print game.__str__() print "UP" game = TwentyFortyEight(4, 3) game.reset() game.new_tile() game.new_tile() print game.__str__() print "\n" game.move(1) print game.__str__() print "RIGHT" game = TwentyFortyEight(4, 3) game.reset() game.new_tile() game.new_tile() print game.__str__() print "\n" game.move(4) print game.__str__()