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A Systematic Review of Software Testability Measurement Techniques

机译:软件可测试性测量技术的系统综述

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As the software applications have become important in our daily lives, the importance of the quality of the software has increased. To have guarantee about the quality of the software, it is essential for it to be tested properly. However, testing the software is very costly phase of the software development life cycle and it becomes more difficult with the growing dimension and complications involved with the software. Therefore, there is a need to make the testing process more effective. Testability improvement is one such method that helps in reducing the testing effort. Numerous methodologies for testability assessment have been anticipated in the literature. This paper provides the result of systematic review of the studies associated with software testability. In this paper, we review several journal and conference papers of software testability. In each study, researchers have used different approaches to measure software testability like controllability, observability etc. Thus this review focuses on various software testabilities theories and studies performed till date. In this paper, we have selected 55 primary studies after following a rigorous selection criteria. Results indicate that controllability and observability concept is widely explored for the measurement of software testability. Also, most of the work is based on object-oriented paradigm at the code level.
机译:由于软件应用在我们日常生活中变得重要,因此软件质量的重要性增加。为了保证软件的质量,必须正确测试它。但是,测试该软件的软件开发生命周期的阶段非常昂贵,并且对软件涉及的增长维度和复杂性变得更加困难。因此,需要使测试过程更有效。可测试性改进是一种这样的方法,有助于降低测试努力。在文献中预期了许多用于可验证性评估的方法。本文提供了对与软件可测试性相关的研究的系统审查结果。在本文中,我们审查了软件可测试性的几个期刊和会议文件。在每项研究中,研究人员使用了不同的方法来测量可控性,可观察性等的软件可测试性,因此本综述侧重于各种软件安全性理论和研究到达日期。在本文中,我们在遵循严格的选择标准后选择了55项初级研究。结果表明,广泛探索可控性和可观察性概念,用于测量软件可测试性。此外,大多数工作基于代码级别的面向对象的范例。

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