孤儿缺陷:偶然发现?

D. S. S. Prasad, S. Kanakadandi
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引用次数: 0

摘要

至少有5%到最多25%的缺陷逃避了各种软件产品的严格的常规测试实践。缺陷意味着测试套件创建和选择中的各种漏洞。我们实现了基于混合距离的算法,以导出缺陷到测试用例的映射,从而产生两个度量——测试覆盖度量和测试充分性度量。除了这两个量度之外,我们偶然发现了一组没有映射到任何测试用例的缺陷,它们被命名为“孤儿缺陷(OD)”。寻找孤儿缺陷与测试团队的信念形成对比,测试团队认为他们已经创建了一个具有全部覆盖范围的全面测试套件,我们创造了术语“偶然发现”来强调它是在分析各种缺陷(包括内部和客户报告)时偶然发现的。对于任何相关的特性,这些缺陷已经被进一步分析,并呈现给用户以进行验证和添加所需的测试用例。在使用这个过程后,一个行业合作伙伴在三个补丁版本中减少了大约90%的孤儿缺陷,并且测试覆盖率和充分性得到了相当大的提高。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Orphan Defects: Chance Finding?
At least 5% and at most 25% defects escape the rigorous to routine testing practices of various software products. Defects imply various holes in the test suite creation as well as selection. We implemented hybrid distance based algorithms to derive defect to test case mapping that yielded two metrics - Test Coverage Metric and Test Sufficiency Metric. In addition to these two metrics, we stumbled upon a set of defects that are not mapped to any test cases which were named as 'orphan defects (OD)'. Finding orphan defects contrasts the testing team's belief that they have created a comprehensive test suite with total coverage, we have coined the term 'chance finding' to empaahsize that it is serendipitous finding while analyzing various defects, both internal and custoemr reported. These defects have been further analyzed for any associated features and presented to the user for validation and adding required test cases. Upon using this procedure, one of the industry partners has brought down the orphan defects by about 90% over three patch releases and test coverage and sufficiency have been improved considerably.
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