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A case study of the class firewall regression test selection technique on a large scale distributed software system

机译:大规模分布式软件系统的防火墙回归测试选择技术的案例研究

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Regression testing is expensive and may consume much, of organizations' software development budgets. Thus, it is of interest to reduce the total time devoted to test execution by using test selection techniques. Many techniques have been proposed but few have been evaluated on real-world, large scale systems. In this paper we report on an empirical evaluation of using the class firewall regression test selection technique, in combination with scenario testing, on a large scale industrial software system using the Java byte code in the analysis. The study was performed, on a large complex distributed software system in one of Sweden's largest banks. Effects of using scenario testing together with regression test selection are reported. The results are that not all test cases were selected by the class firewall selection technique. Using scenario testing, where test cases are dependent, affects the number of test cases selected, as do the location and number of changes in the system.
机译:回归测试价格昂贵,可能会消耗大量组织的软件开发预算。因此,利用测试选择技术,减少专注于测试执行的总时间非常有意义。已经提出了许多技术,但很少已经在现实世界,大规模系统上进行评估。在本文中,我们报告了使用类别防火墙回归测试选择技术的实证评估,以及在分析中使用Java字节代码的大规模工业软件系统上的情景测试。在瑞典最大的银行之一的大型复杂分布式软件系统上进行了该研究。报道了使用场景测试与回归测试选择的影响。结果是,并非所有测试用例都由类防火墙选择技术选择。使用场景测试,其中测试用例依赖于,影响所选的测试用例数,如系统的更改的位置和数量。

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