Regression Test Selection for AspectJ Software
Guoqing Harry Xu, Atanas Rountev · Proceedings/Proceedings - International Conference on Software Engineering · 2007
As aspect-oriented software development gains popularity, there is growing interest in using aspects to implement cross-cutting concerns in object-oriented systems. When aspect-oriented features are added to an object-oriented program, or when an existing aspect-oriented program is modified, the new program needs to be regression tested to validate these changes. To reduce the cost of regression testing, a regression-test-selection technique can be used to select only a necessary subset of test cases to rerun. Unfortunately, existing approaches for regression test selection for object-oriented software are not effective in the presence of aspectual information woven into the original code. This paper proposes a new regression-test-selection technique for AspectJ programs. At the core of our approach is a new control-flow representation for AspectJ software which captures precisely the semantic intricacies of aspect-related interactions. Based on this representation, we develop a novel graph comparison algorithm for test selection. Our experimental evaluation shows that, compared to existing approaches, the proposed technique is capable of achieving significantly more precise test selection.