一种基于设计的软件耦合度量

Anshu Maheshwari, Aprna Tripathi, D. S. Kushwaha
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引用次数: 2

摘要

对软件质量度量的日益增长的需求导致了对软件度量的广泛研究和软件度量工具的开发。创建可重用的组件被视为当今行业的最佳实践之一。要创建可重用的组件,每个组件之间的依赖关系应该尽可能低。因此,为了维护高质量的软件,开发人员需要努力实现低耦合和高度内聚的设计。然而,正如许多研究人员所提到的,耦合和内聚度量缺乏正式和标准化的定义,因此每个度量都有不止一种解释。本文介绍了我们对Java项目耦合度量的看法以及我们的实现方法。耦合度量是通过考虑类的方法之间的关系在类级别上计算的。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A New Design Based Software Coupling Metric
The increasing need for software quality measurements has led to extensive research into software metrics and the development of software metric tools. Creating components which are reusable is seen as one of the best practice in industry today. To create reusable components the dependency between each component should be as low as possible. Hence, to maintain high quality software, developers need to strive for a low-coupled and highly cohesive design. However, as mentioned by many researchers, coupling and cohesion metrics lack formal and standardized definitions and thus for each metric there is more than one interpretation. This paper introduces our view of measurement of coupling for Java projects and our implementation approach. Coupling metrics are calculated at class level by considering the relationships between the methods of classes.
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