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ANALYSIS AND THEORETICAL VALIDATION OF OBJECT-ORIENTED COUPLING METRICS

机译:面向对象耦合度量的分析与理论验证

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Various object-oriented (OO) coupling metrics have been proposed for capturing the level of class coupling in object-oriented systems. Since product complexity plays a major role in determining the quality of software, metrics developed to characterize internal attributes such as coupling need to be validated to determine the usefulness of the measures. In this paper, we present an analysis of some OO coupling metrics. An interaction coupling metric, the modified coupling metric (MCC), is proposed as an extension of coupling between object (CBO) [1] and message passing coupling (MPC) [2]. We also perform a theoretical validation of the suite of OO inheritance coupling metrics proposed in [3] using well-known coupling properties.
机译:已经提出了各种面向对象的(OO)耦合度量测量标准,用于捕获面向对象系统中的类耦合水平。由于产品复杂性在确定软件质量方面发挥了重要作用,因此开发的指标,以表征诸如耦合的内部属性,需要验证以确定措施的有用性。在本文中,我们对某些OO耦合度量进行了分析。相互作用耦合度量,修改的耦合度量(MCC)被提出为耦合物体(CBO)[1]和消息传递耦合(MPC)[2]之间的耦合的扩展。我们还使用众所周知的耦合特性来执行[3]中提出的OO继承耦合度量套件的理论验证。

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