Combinatorial testing: using blocking to assign test cases for validating complex software systems

IF 0.7 Q3 STATISTICS & PROBABILITY Statistical Theory and Related Fields Pub Date : 2021-04-03 DOI:10.1080/24754269.2021.1904095
R. Lekivetz, Joseph Morgan
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Abstract

Testing complex software systems is an extraordinarily difficult task. Test engineers are faced with the challenging prospect of ensuring that a software system satisfies its requirements while working within a strict budget. Choosing a test suite for such an endeavour can be framed as a design of experiments problem. Combinatorial testing is a software testing methodology that may be viewed as a design of experiments approach to addressing the software testing challenge. We extend this methodology by introducing the concept of blocking factors for a test suite. We provide an example, using an open source software library, to illustrate our extension. Advantages of considering blocks are discussed, both in the design as well as after test execution, when fault localisation may be necessary.
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组合测试:使用块来分配测试用例,以验证复杂的软件系统
测试复杂的软件系统是一项极其困难的任务。测试工程师面临着在严格的预算范围内确保软件系统满足其需求的挑战。为这样的尝试选择一个测试套件可以被框定为一个实验设计问题。组合测试是一种软件测试方法,可以看作是解决软件测试挑战的实验设计方法。我们通过为测试套件引入阻塞因素的概念来扩展这个方法。我们提供一个使用开源软件库的示例来说明我们的扩展。在设计和测试执行后,当可能需要进行故障定位时,讨论了考虑块的优点。
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来源期刊
CiteScore
0.90
自引率
20.00%
发文量
21
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