Constructing component-based extension interfaces in legacy systems code

EW 11 Pub Date : 2004-09-19 DOI:10.1145/1133572.1133605
Gilles Muller, J. Lawall, Jean-Marc Menaud, Mario Südholt
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引用次数: 11

Abstract

Implementing an extension of a legacy operating system requires knowing what functionalities the extension should provide and how the extension should be integrated with the legacy code. To resolve the first problem, we propose that the use of a component model can make explicit the interface between an extension and legacy code. To resolve the second problem, we propose to augment interface specifications with rewrite rules that integrate support for extensions in the legacy code. We illustrate our approach using extensions that add new scheduling policies to Linux and prefetching to the Squid Web cache. In both cases a small number of rules are sufficient to describe modifications that apply across the implementation of a large legacy system.
在遗留系统代码中构造基于组件的扩展接口
实现遗留操作系统的扩展需要知道该扩展应该提供哪些功能,以及该扩展应该如何与遗留代码集成。为了解决第一个问题,我们建议使用组件模型来明确扩展和遗留代码之间的接口。为了解决第二个问题,我们建议用重写规则来增强接口规范,这些规则集成了对遗留代码中扩展的支持。我们使用扩展来说明我们的方法,这些扩展为Linux添加了新的调度策略,并对Squid Web缓存进行了预取。在这两种情况下,少量的规则就足以描述应用于大型遗留系统实现的修改。
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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