def test_track_spawned_entities(self):
self.begin_for_testing()
pen_down(living.OCELOT)
forward(2)
self.assertEqual({
"uuid1": living.OCELOT,
"uuid2": living.OCELOT
}, living_things())
def test_spawn_entity(self):
self.begin_for_testing()
pen_down(living.OCELOT)
forward(2)
self.assertEqual(
{
(100, 200, 300): "air",
(100, 200, 301): "air",
(100, 200, 302): ("piston", {
"facing": "south"
})
}, self.game.tiles)
self.assertEqual([(100, 200, 300, 'ocelot', {
'owner': 'papadapadapa'
}), (100, 200, 301, 'ocelot', {
'owner': 'papadapadapa'
})], self.game.entity.entities_created)
def test_pen_down_pen_up(self):
self.begin_for_testing()
forward(2)
pen_up()
forward(2)
pen_down(block.GOLD_BLOCK)
forward(2)
self.assertEqual(
{
(100, 200, 300): "gold_block",
(100, 200, 301): "gold_block",
(100, 200, 302): "air",
(100, 200, 303): "air",
(100, 200, 304): "gold_block",
(100, 200, 305): "gold_block",
(100, 200, 306): ("piston", {
"facing": "south"
})
}, self.game.tiles)
def test_living_entity_tasks(self):
self.begin_for_testing()
pen_down(living.OCELOT)
forward(2)
pen_down(living.WOLF)
forward(1)
self.assertEqual(
{
"uuid1": living.OCELOT,
"uuid2": living.OCELOT,
"uuid3": living.WOLF
}, living_things())
start_task(living.OCELOT.SIT)
self.assertEqual([("uuid1", "sit"), ("uuid2", "sit")],
sorted(self.game.entity.tasks_in_progress)
) # by default, only ocelots are selected
reset_task(living.OCELOT.SIT)
self.assertEqual([], self.game.entity.tasks_in_progress)
def test_pen_down_invalid_turtle_trail_property(self):
self.begin_for_testing()
with self.assertRaisesRegexp(AssertionError, re.compile("Oops, pen_down\(block\.FLOWER_POT, block.QUARTZ_STAIRS\.FACING_NORTH\) won't work, " + \
"because block\.QUARTZ_STAIRS.FACING_NORTH not part of block type block\.FLOWER_POT", re.MULTILINE)):
pen_down(block.FLOWER_POT, block.QUARTZ_STAIRS.FACING_NORTH)
with self.assertRaisesRegexp(
AssertionError,
re.compile("^ block\.FLOWER_POT\.CONTENTS_BLUE_ORCHID",
re.MULTILINE)):
pen_down(block.FLOWER_POT, block.QUARTZ_STAIRS.FACING_NORTH)
with self.assertRaisesRegexp(
AssertionError,
re.compile(
"Oops, pen_down\(block.FLOWER_POT, foo, 1\) won't work, because foo, 1 not part of block type block\.FLOWER_POT",
re.MULTILINE)):
pen_down(block.FLOWER_POT, "foo", 1)
def test_pen_down_invalid_turtle_trail_type(self):
self.begin_for_testing()
with self.assertRaisesRegexp(
AssertionError,
re.compile("Oops, pen_down\(\) won't work\.", re.MULTILINE)):
pen_down()
with self.assertRaisesRegexp(
AssertionError,
re.compile(
"Trail must be a type of block, or a type of living thing, along with any properties\.",
re.MULTILINE)):
pen_down()
with self.assertRaisesRegexp(
AssertionError,
re.compile("^Example 1: pen_down\(block.GOLD_BLOCK\)",
re.MULTILINE)):
pen_down()
with self.assertRaisesRegexp(
AssertionError,
re.compile(
"^Example 2: pen_down\(block\.FLOWER_POT, block\.FLOWER_POT\.CONTENTS_BLUE_ORCHID\)",
re.MULTILINE)):
pen_down()
with self.assertRaisesRegexp(
AssertionError,
re.compile("^ block\.GOLD_BLOCK", re.MULTILINE)):
pen_down()
with self.assertRaisesRegexp(
AssertionError, re.compile("^ living\.OCELOT",
re.MULTILINE)):
pen_down()
with self.assertRaisesRegexp(
AssertionError,
re.compile("Oops, pen_down\(foo, bar, 2\) won't work\.",
re.MULTILINE)):
pen_down("foo", "bar", 2)
