Redundant Coupling Detection Using Dynamic Dependence Analysis

Zakarya A. Alzamil
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引用次数: 3

Abstract

Most of the software engineers realize the importance of avoiding coupling between programs modules in order to achieve the advantages of modules reusability. However, most of them practice modules' coupling in many cases without necessities. Many techniques have been proposed to detect module's coupling in computer programs. However, developers desire to automatically identify unnecessary module's coupling that can be eliminated with minimum effort, which we refer to as redundant coupling. Redundant coupling is the module coupling that does not contribute to the output of the program. In this paper we introduce an automated approach that uses the dynamic dependence analysis to detect the redundant coupling between program's modules. Such technique guides the developers to avoid redundant coupling when testing their programs.
基于动态依赖分析的冗余耦合检测
大多数软件工程师都意识到避免程序模块之间的耦合对于实现模块可重用性的重要性。然而,他们中的大多数在许多情况下没有必要实践模块耦合。在计算机程序中,已经提出了许多检测模块耦合的技术。然而,开发人员希望自动识别不必要的模块耦合,这些模块耦合可以以最小的努力消除,我们将其称为冗余耦合。冗余耦合是对程序输出没有贡献的模块耦合。本文介绍了一种利用动态依赖分析来检测程序模块间冗余耦合的自动化方法。这种技术指导开发人员在测试程序时避免冗余耦合。
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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