def test_serialization(self):
basedir = util.game_path('test_data_dir')
s = serializer.Serializer(basedir=basedir)
folder = s.folder_name
w = World(s, block_seed=0)
b = w.get(0,0)
p = b.set_entity(entities.Player, 3, 7)
p_x, p_y = p.x, p.y
for _ in range(2):
w.process()
self.assertEqual(w.turn, 2)
turn = w.turn
self.assertFalse(s.has_settings())
s.save_game(w, p)
self.assertTrue(s.has_settings())
s.close_connection()
del w
del b
del p
del s
s = serializer.Serializer(basedir=basedir, folder=folder)
s.load_settings()
w = s.init_world()
self.assertEqual(turn, w.turn)
p = s.init_player(w)
self.assertEqual((p_x, p_y), (p.x, p.y))
b = w[(0, 0)]
c = util.count_entities(b)
self.assertEqual(c[entities.Player], 1)
shutil.rmtree(s.serial_path)
shutil.rmtree(basedir)
def test_block_process_big(benchmark):
s_mock = SerializerMock()
w = World(s_mock, block_seed=0)
locs = itertools.product([1,0,-1], [1,0,-1])
for loc in locs:
w.blocks[loc] = Block(*loc, world=w,
tiles=test_block.gen_flat_map(Game.map_size),
entities=rand_entities())
benchmark.pedantic(w.process, rounds=1)
def test_set_tile_open(benchmark):
game = Game()
w = World(None)
locs = itertools.product([1,0,-1], [1,0,-1])
flat_map = gen_flat_map(Game.map_size)
for loc in locs:
w.blocks[loc] = Block(*loc, world=w,
tiles=gen_flat_map(Game.map_size),
entities=gen_map.gen_empty_entities(Game.map_size))
blk = w[(0,0)]
benchmark.pedantic(blk.set_tile, args=(Game.game_width//2, Game.game_height//2, Id.wall), rounds=1)
def test_save_block(benchmark):
basedir=util.game_path('test_data_dir')
s = serializer.Serializer(basedir=basedir)
folder = s.folder_name
w = World(s, block_seed=0)
b = w.get(0,0)
p = b.set_entity(entities.Player, 3, 7)
p_x, p_y = p.x, p.y
turn = w.turn
benchmark.pedantic(s.save_block, args=(b,), rounds=1)
shutil.rmtree(s.serial_path)
shutil.rmtree(basedir)
def setUp(self):
s = SerializerMock()
g = HeadlessGame()
w = World(s, block_seed=0)
start_block = w.get(0, 0)
start_loc_x = Game.map_size//2
start_loc_y = Game.map_size//2
player = start_block.set_entity(Player, start_loc_x, start_loc_y)
self.start_block = start_block
self.player = player
self.start_loc_x = start_loc_x
self.start_loc_y = start_loc_y
def test_world_draw(benchmark):
"""Compare current screen with past screenshot"""
g = Game()
Game.set_sidebar(False)
s = SerializerMock()
w = World(s, block_seed=0)
block = w.get(Game.idx_cur, Game.idy_cur)
player = block.set_entity(Player, Game.map_size//2, Game.map_size//2)
# Potentially update player location
block.reposition_entity(player, avoid_hidden=True)
# Update view to player location
player.update_view_location()
benchmark(w.draw)
def setUp(self):
"""Set up game/player to allow drawing"""
self.__class__.set_game()
Game.set_sidebar(False)
s = SerializerMock()
w = World(s, block_seed=0)
start_block = w.get(Game.idx_cur, Game.idy_cur)
player = start_block.set_entity(Player, Game.map_size//2, Game.map_size//2)
# Potentially update player location
start_block.reposition_entity(player, avoid_hidden=True)
# Update view to player location
player.update_view_location()
status_bar_mock = StatusBarMock()
self.status_bar_mock = status_bar_mock
self.player = player
self.w = w
self.start_block = start_block
self.console_flush = console_flush
def test_seed_float(self):
world = World(None)
seed_str, seed_float = world.generate_seeds(seed_float=5)
self.assertTrue(seed_str is None)
self.assertEqual(seed_float, 5)
def test_seed_str(self):
world = World(None)
seed_str, seed_float = world.generate_seeds("foo")
self.assertEqual(seed_str, "foo")
self.assertTrue(type(seed_float) is float)
def test_seeds(self):
world = World(None)
random.seed(0)
seed_str, seed_float = world.generate_seeds()
self.assertTrue(seed_str is None)
self.assertTrue(type(seed_float) is float)
def setUp(self):
s_mock = SerializerMock()
self.w = World(s_mock, block_seed=0)
self.zero_blk = self.w.get(0, 0)
class TestBlock(unittest.TestCase):
def setUp(self):
s_mock = SerializerMock()
self.w = World(s_mock, block_seed=0)
self.zero_blk = self.w.get(0, 0)
def testMaps(self):
self.assertEqual(self.zero_blk.tiles, zero_map)
# Where the obstacle map does not match the gen_map obstacle map,
# Make sure there is an entity located there
obs_entities = [ (x,y) for x in range(len(obs_map)) for y in range(len(obs_map)) if obs_map[x][y] != self.zero_blk.obstacle_map[x][y]]
for entity_loc in obs_entities:
obstacle_entity = any([entity.is_obstacle for entity in self.zero_blk.entities[entity_loc[0]][entity_loc[1]]])
self.assertTrue(obstacle_entity)
self.assertNotEqual(self.zero_blk.obstacle_map, obs_map)
def testEntities(self):
flat_list = [entity for a_slice in self.zero_blk.entities for a_cell in a_slice for entity in a_cell]
flat_list_set = set(flat_list)
entity_list_set = set(self.zero_blk.entity_list)
self.assertEqual(flat_list_set, entity_list_set)
fungus = self.zero_blk.set_entity(entities.Fungus, 0, 0)
self.assertTrue(fungus in self.zero_blk.entities[0][0])
# Add an entity
n_flat_list = [entity for a_slice in self.zero_blk.entities for a_cell in a_slice for entity in a_cell]
n_flat_list_set = set(n_flat_list)
n_entity_list_set = set(self.zero_blk.entity_list)
self.assertEqual(n_flat_list_set, n_entity_list_set)
self.assertNotEqual(flat_list_set, n_flat_list_set)
self.assertNotEqual(entity_list_set, n_entity_list_set)
# Get entity
self.assertEqual(fungus, self.zero_blk.get_entity(0, 0))
self.assertEqual([fungus], self.zero_blk.get_entities(0, 0))
# Remove the entity
self.zero_blk.remove_entity(fungus, 0, 0)
self.assertFalse(fungus in self.zero_blk.entities[0][0])
with self.assertRaises(ValueError):
self.zero_blk.remove_entity(fungus, 0, 0)
# Get empty
self.assertEqual(None, self.zero_blk.get_entity(0, 0))
self.assertEqual([], self.zero_blk.get_entities(0, 0))
n2_flat_list = [entity for a_slice in self.zero_blk.entities for a_cell in a_slice for entity in a_cell]
n2_flat_list_set = set(n2_flat_list)
n2_entity_list_set = set(self.zero_blk.entity_list)
self.assertEqual(n2_flat_list_set, n2_entity_list_set)
self.assertNotEqual(n2_flat_list_set, n_flat_list_set)
self.assertNotEqual(n2_entity_list_set, n_entity_list_set)
self.assertEqual(n2_flat_list_set, flat_list_set)
self.assertEqual(n2_entity_list_set, entity_list_set)
def testMoveEntity(self):
movements = ((1, 0), (-1, 0), (0, 1), (0, -1))
for move in movements:
fungus = self.zero_blk.set_entity(entities.Fungus, Game.map_size//2, Game.map_size//2)
self.zero_blk.reposition_entity(fungus)
(old_x,old_y) = fungus.x, fungus.y
self.zero_blk.move_entity(fungus, *map(operator.add, move, (fungus.x, fungus.y)))
self.assertEqual(map(operator.add, move, (old_x, old_y)), [fungus.x, fungus.y])
self.assertFalse(fungus in self.zero_blk.entities[old_x][old_y])
self.assertTrue(fungus in self.zero_blk.entities[fungus.x][fungus.y])
self.assertTrue(fungus in self.zero_blk.entity_list)
self.zero_blk.remove_entity(fungus, fungus.x, fungus.y)
def testDuplicateBlock(self):
"""Test duplicate block check with DuplicateBlockError exception"""
with self.assertRaises(DuplicateBlockError) as exception:
b = Block(0, 0, self.w)
ex = exception.exception
self.assertEqual(ex.idx, 0)
self.assertEqual(ex.idy, 0)
