Analyzing Automatic Test Generation Tools for Refactoring Validation

I. C. S. Silva, Everton L. G. Alves, W. Andrade
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引用次数: 10

Abstract

Refactoring edits are very common during agile development. Due to their inherent complexity, refactorings are know to be error prone. In this sense, refactoring edits require validation to check whether no behavior change was introduced. A valid way for validating refactorings is the use of automatically generated regression test suites. However, although popular, it is not certain whether the tools for generating tests (e.g., Randoop and EvoSuite) are in fact suitable in this context. This paper presents an exploratory study that investigated the efficiency of suites generated by automatic tools regarding their capacity of detecting refactoring faults. Our results show that both Randoop and EvoSuite suites missed more than 50% of all injected faults. Moreover, their suites include a great number of tests that could not be run integrally after the edits (obsolete test cases).
分析用于重构验证的自动测试生成工具
重构编辑在敏捷开发中非常常见。由于其固有的复杂性,重构很容易出错。从这个意义上说,重构编辑需要验证,以检查是否没有引入行为更改。验证重构的有效方法是使用自动生成的回归测试套件。然而,尽管很流行,但并不确定用于生成测试的工具(例如,Randoop和EvoSuite)是否真的适合这种情况。本文提出了一项探索性研究,探讨了自动工具生成的套件在检测重构错误方面的效率。我们的结果表明,Randoop和EvoSuite套件都错过了超过50%的注入断层。此外,他们的套件包含了大量的测试,这些测试不能在编辑之后完整地运行(过时的测试用例)。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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