A Practical Model for Measuring Maintainability

I. Heitlager, T. Kuipers, Joost Visser
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引用次数: 324

Abstract

The amount of effort needed to maintain a software system is related to the technical quality of the source code of that system. The ISO 9126 model for software product quality recognizes maintainability as one of the 6 main characteristics of software product quality, with adaptability, changeability, stability, and testability as subcharacteristics of maintainability. Remarkably, ISO 9126 does not provide a consensual set of measures for estimating maintainability on the basis of a system's source code. On the other hand, the maintainability index has been proposed to calculate a single number that expresses the maintainability of a system. In this paper, we discuss several problems with the MI, and we identify a number of requirements to be fulfilled by a maintainability model to be usable in practice. We sketch a new maintainability model that alleviates most of these problems, and we discuss our experiences with using such as system for IT management consultancy activities.
度量可维护性的实用模型
维护软件系统所需的工作量与该系统源代码的技术质量有关。软件产品质量的ISO 9126模型承认可维护性是软件产品质量的6个主要特征之一,适应性、可变性、稳定性和可测试性是可维护性的子特征。值得注意的是,ISO 9126并没有为基于系统源代码的可维护性评估提供一套一致认可的度量方法。另一方面,可维护性指数被提出用来计算单个数字来表达系统的可维护性。在本文中,我们讨论了MI的几个问题,并确定了一些需要通过可维护性模型来满足的需求,以便在实践中使用。我们概述了一个新的可维护性模型,它减轻了大多数这些问题,并且我们讨论了我们使用诸如IT管理咨询活动的系统的经验。
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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