def test_Task_apply_async_reserved_options_in_kwargs(option, expected):
with mock.patch('girder_worker.task.celery.Task.apply_async',
spec=True) as mock_apply_async:
t = Task()
t.name = 'example.task'
t.apply_async((), {option: expected})
margs, mkwargs = mock_apply_async.call_args
assert 'headers' in mkwargs
assert option in mkwargs['headers']
assert mkwargs['headers'][option] == expected
def test_Task_apply_async_does_not_meddle_with_headers_on_builtin_tasks(name):
kwargs = dict(RESERVED_OPTIONS)
with mock.patch('girder_worker.task.celery.Task.apply_async',
spec=True) as mock_apply_async:
t = Task()
t.name = name
t.apply_async((), kwargs, **{})
mock_apply_async.assert_called_once()
# Expected behavior is that reserved options will be popped out of kwargs
# This tests to make sure that we never meddle with headers on builtin tasks
for k, _ in RESERVED_OPTIONS:
assert k in kwargs
def test_Task_apply_async_reserved_in_options_with_existing_header_option(
header, expected):
with mock.patch('girder_worker.task.celery.Task.apply_async',
spec=True) as mock_apply_async:
t = Task()
t.name = 'example.task'
t.apply_async((), {}, **{
header: expected,
'headers': {
'some': 'header'
}
})
margs, mkwargs = mock_apply_async.call_args
assert 'headers' in mkwargs
assert header in mkwargs['headers']
assert mkwargs['headers'][header] == expected
