软件演化过程中维护可演化性的优化过程

Robert Brcina, Stephan Bode, Matthias Riebisch
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引用次数: 23

摘要

软件系统必须在其开发和使用的整个过程中不断地和进化地进行更改。同时,软件系统必须保持灵活性,以便保留通过附加新特性进行扩展或更改的能力。为了保持这种被称为可演化性的能力,这种软件系统的架构及其演化必须被持续地控制,并在必要时进行改进。现有的设计方法不能为控制可发展性提供足够的支持。其中一个原因是,与软件可维护性相比,可发展性特征很难定义。本文讨论了可演化性,并引入了可演化性的质量模型。在此基础上,提出了一种基于元模型的软件基线可演化性控制和优化方法。通过对大型工业项目实施结果的案例研究,证明了该方法的可行性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Optimisation Process for Maintaining Evolvability during Software Evolution
Software systems have to be changed continuously and evolutionarily throughout the whole time of their development and usage. Meanwhile, the software systems have to remain flexible in order to retain the ability to be extended by additional new features or to be changed. To maintain this ability, known as evolvability, the architecture of such software systems and its evolution must be continuously controlled and, if necessary improved. Existing design methodologies do not provide sufficient support for controlling the evolvability. One reason for this is, that in comparison with software maintainability, evolvability characteristics are hardly defined. This paper discusses evolvability, and introduces a quality model for it. Furthermore, a meta-model-based process for controlling and optimising the evolvability characteristics of software baselines is presented. The feasibility of this approach is shown by a case study based on the results from its implementation in large industrial projects.
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