def test_delete_device_passes_back_delete_object_when_bundling(
self, post_patch
):
# when we're bundling, should just pass back request object; shouldn't actually post it
d = Device(name='dname')
d.delete(bundle=True)
self.assertFalse(post_patch.called)
# when we're not bundling, should actually try to post it
d = Device(name='dname')
d.delete(bundle=False)
self.assertTrue(post_patch.called)
def test_delete_passes_broadsoftinstance(
self, post_patch, delete_init_patch, delete_execute_patch
):
# when bundle is True (check __init__ on GroupAccessDeviceDeleteRequest)
i = broadsoft.requestobjects.lib.BroadsoftRequest.instance_factory(instance='test')
d = Device(name='dname', broadsoftinstance=i)
d.delete(bundle=True)
call = delete_init_patch.call_args_list[0]
args, kwargs = call
self.assertIsInstance(kwargs['broadsoftinstance'],
broadsoft.requestobjects.lib.BroadsoftRequest.TestBroadsoftInstance)
# when bundle is False (check GroupAccessDeviceDeleteRequest.delete_device)
i = broadsoft.requestobjects.lib.BroadsoftRequest.instance_factory(instance='prod')
d = Device(name='dname', broadsoftinstance=i)
d.delete(bundle=False)
call = delete_execute_patch.call_args_list[0]
args, kwargs = call
self.assertIsInstance(kwargs['broadsoftinstance'],
broadsoft.requestobjects.lib.BroadsoftRequest.BroadsoftInstance)
def test_delete_device_barfs_if_no_name(
self, post_patch
):
d = Device(name=None)
with self.assertRaises(ValueError):
d.delete()
