def test_delayable(self):
@task
def foo(*args, **kwargs):
# Assert that when it's called, it's beind delayed.
assert kwargs['delivery_info']['is_eager']
add(foo, 1)
process()
def index_addons(ids, **kw):
# For the moment, only do this in the test suite.
if settings.IN_TEST_SUITE:
for pk in ids:
add(index_addon_callback, pk)
else:
# We don't do a lot of multiple calls on requests, so let's just call
# that normally.
index_addon_callback(ids)
def index_addons(ids, **kw):
# For the moment, only do this in the test suite.
if settings.IN_TEST_SUITE:
for pk in ids:
add(index_addon_callback, pk)
else:
# We don't do a lot of multiple calls on requests, so let's just call
# that normally.
index_addon_callback(ids)
def test_add(self):
add(self.callback, 1)
eq_(len(_locals.tasks), 1)
add(self.callback, 1)
eq_(len(_locals.tasks), 1)
add(self.callback, 2)
eq_(len(_locals.tasks), 2)
callback = mock.Mock()
callback.__name__ = 'bar'
add(callback, 2)
eq_(len(_locals.tasks), 3)
def index_addon_held(ids, **kw):
# Hold the indexes till the end of the request or until lib.es signal,
# process is called.
for pk in ids:
add(index_addons, pk)
def index_addon_held(ids, **kw):
# Hold the indexes till the end of the request or until lib.es signal,
# process is called.
for pk in ids:
add(index_addons, pk)
def test_request_finished(self):
add(self.callback, 1)
self.client.get('/')
assert self.callback.called
def foo():
add(self.callback, 1)
def test_context(self):
with context.send():
add(self.callback, 1)
assert self.callback.called
def test_process_groups(self):
add(self.callback, 1)
add(self.callback, 4)
process()
eq_(set(self.callback.call_args[0][0]), set([1, 4]))
def test_process(self):
add(self.callback, 1)
process()
assert self.callback.called
def test_reset(self):
add(self.callback, 1)
eq_(len(_locals.tasks), 1)
reset()
eq_(len(_locals.tasks), 0)