def integration_test_nd(game, coords):
results = []
for coord in coords:
results.append([("dig", lab.nd_dig(game, coord)),
("board", deepcopy(game)),
("render", lab.nd_render(game)),
("render/xray", lab.nd_render(game, True))])
return results
def test_integration3(self):
""" dig and render, repeatedly, on a large board"""
with open("test_outputs/test_integration3.json") as f:
expected = json.load(f)
with open("test_inputs/test_integration3.json") as f:
inputs = json.load(f)
g = lab.nd_new_game(inputs['dimensions'], inputs['bombs'])
for location, results in zip(inputs['digs'], expected):
squares_revealed, game, rendered, rendered_xray = results
res = lab.nd_dig(g, location)
self.assertEqual(res, squares_revealed)
self.assertEqual(g, game)
self.assertEqual(lab.nd_render(g), rendered)
self.assertEqual(lab.nd_render(g, True), rendered_xray)
def ui_dig(d):
game, row, col = d["game"], d["row"], d["col"]
nb_dug = lab.nd_dig(game, [row, col])
status = game['state']
return [game, status, nb_dug]
def nd_dig(game, *args):
result = lab.nd_dig(game, *args)
return [result, game]
def nd_dig(game, args):
result = lab.nd_dig(game, args)
# capture both the number of tiles revealed and the updated game state
return [result, game]