识别测试关键依赖项

Stefan Jungmayr
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引用次数: 64

摘要

回归测试是软件维护期间的主要成本驱动因素。因此,减少维护成本的一个重要方法是提高软件的可测试性。改进工作应该集中在软件系统中在测试和维护期间导致最严重问题的那些部分。本文提出了一种以系统结构为中心的可测试性改进方法。我们根据一组可测试性度量来确定对测试至关重要的依赖项,即测试关键依赖项。四个案例研究的结果表明:(1)系统中的一小部分依赖关系对特定的可测试性度量有非常高的影响,(2)传统的耦合度量不能很好地预测这些测试关键依赖关系,(3)自动识别为测试关键的依赖关系是需要改进的设计的良好指示器。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Identifying test-critical dependencies
Regression testing is a major cost driver during software maintenance. An important approach to reduce maintenance costs is therefore to improve software testability The improvement efforts should concentrate on those parts of a software system that cause the most severe problems during testing and maintenance. This paper describes a new approach to testability improvement focusing on system structure. We identify dependencies that are critical for testing, i.e. test-critical dependencies, based on a set of testability metrics. The results of four case studies show that (1) a small subset of the dependencies within a system has an exceedingly high impact on particular testability metrics, (2) conventional coupling metrics are not good predictors of these test-critical dependencies, (3) dependencies automatically identified to be test-critical are good indicators of design that needs improvement.
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