Estimation of Responsibility Metrics to Determine Package Maintainability and Testability

Saleh Almugrin, A. Melton
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引用次数: 3

Abstract

Many costly software issues exist due to poorly designed systems and due to systems which are not easy to test or maintain because of poor designs. R. C. Martin began with a set of object oriented design principles and designed his metrics based on these principles. In a previous paper [2], we began with Martin's principles and used them to modify his coupling, instability and abstractness metrics. We modified Martin's metrics based on the concept of responsibility, our motivation is that packages with different levels of responsibility should have different weights with respect to the coupling, instability and abstraction metrics. In this paper, we present an experimental study to validate the modified metrics by showing their relationship to maintainability and testability, and then we construct prediction models for these two external quality attributes. The study results indicate that the new metrics are very promising and lead to improved results.
确定包可维护性和可测试性的责任度量的估计
许多昂贵的软件问题的存在是由于设计不良的系统,以及由于设计不良而不容易测试或维护的系统。R. C. Martin从一组面向对象的设计原则开始,并基于这些原则设计了他的度量标准。在之前的一篇论文[2]中,我们从Martin的原理开始,并使用它们来修改他的耦合、不稳定性和抽象性度量。我们根据职责的概念修改了Martin的度量标准,我们的动机是具有不同级别职责的包应该在耦合、不稳定性和抽象度量标准方面具有不同的权重。在本文中,我们通过实验研究来验证修改后的度量,通过展示它们与可维护性和可测试性的关系,然后我们构建了这两个外部质量属性的预测模型。研究结果表明,新的指标是非常有前途的,并导致改善的结果。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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