朝着更好地控制变更影响传播的方向发展

A. Ahmad, H. Basson, L. Deruelle, M. Bouneffa
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引用次数: 6

摘要

软件发展需要对组成软件的所有工件或组件有详尽的了解。事实上,任何预期的变更都可能通过不同类型的关系传播到不同的软件组件。这种情况通常被称为连锁反应,并可能导致几种类型的损害或副作用。在本文中,我们关注的是变更影响传播的潜在流,这是由执行的变更引起的。为此,我们提出了软件演化的结构模型(SMSE)。该模型旨在表示和管理不同的软件工件及其关系。实例化的SMSE用于构建一个知识库系统,在其他设施中,为软件开发的设计者(或工程师)提供对变更影响的先验评估的帮助。该系统的主要目的是帮助系统地分析变化的影响并确定其传播。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Towards a better control of change impact propagation
The software evolution requires an exhaustive understanding of all the artifacts or components composing the software. In fact, any intended change may generate an impact propagated to the various software components through the different kind of relationships relating them. This situation is generally called the ripple effect and may cause several types of damages or side effects. In this paper, we focus on the potential flow of change impact propagation as provoked by the carried out change. For that purpose, we propose a structural model of software evolution (SMSE). This model is intended to represent and manage the different software artifacts and their relationships. The instantiated SMSE is used to built a knowledge base system providing, among other facilities, an assistance to the designer (or engineer) of software evolution for an a priori assessment of the change impact. The major aim of the system is to help a systematic analysis of the change impact and the identification of its propagation.
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