SZZ unleashed: an open implementation of the SZZ algorithm - featuring example usage in a study of just-in-time bug prediction for the Jenkins project

Markus Borg, O. Svensson, Kristian Berg, Daniel Hansson
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引用次数: 69

Abstract

Machine learning applications in software engineering often rely on detailed information about bugs. While issue trackers often contain information about when bugs were fixed, details about when they were introduced to the system are often absent. As a remedy, researchers often rely on the SZZ algorithm as a heuristic approach to identify bug-introducing software changes. Unfortunately, as reported in a recent systematic literature review, few researchers have made their SZZ implementations publicly available. Consequently, there is a risk that research effort is wasted as new projects based on SZZ output need to initially reimplement the approach. Furthermore, there is a risk that newly developed (closed source) SZZ implementations have not been properly tested, thus conducting research based on their output might introduce threats to validity. We present SZZ Unleashed, an open implementation of the SZZ algorithm for git repositories. This paper describes our implementation along with a usage example for the Jenkins project, and conclude with an illustrative study on just-in-time bug prediction. We hope to continue evolving SZZ Unleashed on GitHub, and warmly invite the community to contribute.
SZZ释放:SZZ算法的开放实现-在Jenkins项目的实时错误预测研究中提供示例使用
软件工程中的机器学习应用通常依赖于有关bug的详细信息。虽然问题跟踪器通常包含有关何时修复错误的信息,但关于何时将它们引入系统的详细信息通常是缺失的。作为补救措施,研究人员经常依靠SZZ算法作为一种启发式方法来识别引入bug的软件更改。不幸的是,正如最近一篇系统的文献综述所报道的那样,很少有研究人员公开提供他们的SZZ实现。因此,存在研究工作被浪费的风险,因为基于SZZ输出的新项目最初需要重新实现该方法。此外,还有一种风险,即新开发的(闭源)SZZ实现没有经过适当的测试,因此根据它们的输出进行研究可能会对有效性造成威胁。我们提出了SZZ Unleashed,这是一个用于git存储库的SZZ算法的开放实现。本文描述了我们的实现以及Jenkins项目的使用示例,并以对即时错误预测的说明性研究作为结论。我们希望继续在GitHub上发展SZZ Unleashed,并热情邀请社区成员做出贡献。
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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