def test_reset():
state.reset()
with pytest.raises(AssertionError):
state.current_container()
state.init()
assert state.current_container() is not None
def test_state_override_safety():
from antidote._internal import state
state.init()
container = state.current_container()
def create(c):
assert c is container
return Container()
def worker():
ThreadSafetyTest.random_delay()
state.override(create)
ThreadSafetyTest.run(worker)
def test_debug():
with world.test.new():
world.test.singleton("original", 2)
with world.test.clone(keep_singletons=True):
from antidote._internal import state
world.test.override.singleton("s", 1)
@world.test.override.factory('f')
def f():
return 2
c = state.current_container()
assert "Override" in c.debug("s").info
assert "Singleton" in c.debug("s").info
assert "Override" in c.debug("f").info
assert "Factory" in c.debug("f").info
assert "Singleton" in c.debug("original").info
def test_state_init_safety():
from antidote._internal import state
from antidote._internal import world as world_utils
old_new_container = world_utils.new_container
called = 0
def new_container():
nonlocal called
called += 1
ThreadSafetyTest.random_delay()
return old_new_container()
state.reset()
world_utils.new_container = new_container
try:
ThreadSafetyTest.run(state.init)
finally:
world_utils.new_container = old_new_container
assert state.current_container() is not None
assert called == 1
def test_double_init():
state.init()
state.init()
assert state.current_container() is not None