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Prevalent criteria's in regression test case selection techniques: An exploratory study

机译:回归测试用例选择技术中的普遍标准:探索性研究

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摘要

Regression testing is done after needful changes, ensuring that changes are working as required and does not produce unexpected results for a system under test. Note worthy difficulty in regression testing is selection of significant subgroup of test cases. This paper has analyzed techniques of regression test selection (RTS) for test case optimization in various domains. The study identified most prevalent criteria's used by various researchers. This study analyzed two broad groups of techniques under which test cases are optimized i.e. code-based and requirement-based techniques. Further most prevalent criteria's were identified and techniques were grouped under them. The study is also focused on the level of test granularity used by different researchers. Two main granularity levels were identified for code based testing i.e. fine granularity and coarse granularity. From this study it is also concluded that no such technique could be generalized because they are proposed for different domains of interest.
机译:回归测试是在进行必要的更改之后进行的,以确保更改按要求进行,并且不会对被测系统产生意外结果。注意回归测试中值得的困难是选择测试用例的重要子组。本文分析了回归测试选择(RTS)技术,以优化各个领域的测试用例。该研究确定了各种研究人员使用的最普遍的标准。这项研究分析了两组可优化测试用例的技术,即基于代码的技术和基于需求的技术。进一步确定了最普遍的标准,并将技术归类于其中。该研究还关注不同研究人员使用的测试粒度级别。对于基于代码的测试,确定了两个主要的粒度级别,即精细粒度和粗粒度。从这项研究中还可以得出结论,由于针对不同的关注领域提出了这种技术,因此无法推广这种技术。

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