On Partitioning the Domain for Test Case Reusability (Short Paper)

Yunwei Dong, M. Lau, Siemann Lin
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引用次数: 2

Abstract

During the life time of software or even within the development stage, it is inevitable that the software needs to be modified. Test cases used before for the previous version could be reused in order to reduce the cost of regression testing. This paper proposes a regression testing methodology, called Partitioning of Domain Testing (PDT), to analyze the input domains of the previous version and the modified version so that test cases can be maximally reused. As a result, software test engineers can spend less effort in generating test cases to test the modified software. This methodology is different from traditional domain-based testing strategies in the sense that the partitioning is achieved by two supplementary perspectives, namely the specifications of the program and its testing criterion. First, the input domain is partitioned according to the specification and testing criterion of the program under test. Then, further refining methods are introduced to obtain 100% reusable test cases. We also illustrate the idea of PDT using a case study with 3 different testing criteria.
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为测试用例可重用性划分域(短文)
在软件的生命周期甚至开发阶段,软件的修改是不可避免的。为了减少回归测试的成本,以前用于上一个版本的测试用例可以被重用。本文提出了一种回归测试方法,称为域划分测试(PDT),用于分析以前版本和修改版本的输入域,从而最大限度地重用测试用例。因此,软件测试工程师可以在生成测试用例来测试修改后的软件上花费更少的精力。这种方法不同于传统的基于领域的测试策略,因为划分是通过两个补充的视角来实现的,即程序的说明和它的测试标准。首先,根据待测程序的规约和测试准则对输入域进行划分。然后,介绍了进一步细化的方法,以获得100%可重用的测试用例。我们还使用一个具有3种不同测试标准的案例研究来说明PDT的思想。
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