在系统集成中建立可维护性:歧义、协商和基础结构

Thomas Østerlie, Alf Inge Wang
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引用次数: 12

摘要

本文研究了如何在系统集成(SI)项目中建立可维护性,其中维护者不能直接访问被集成的第三方软件的源代码。我们提出了一个关注发布后活动的SI可维护性模型,这与关注发布前活动的传统可维护性模型不同。我们的模型将可维护性描述为一个通过调试和协调工具的基础设施支持的以模糊性和协商为特征的过程。此外,我们还描述了如何在SI中管理从软件故障到建立导致故障的故障的过程。本文中提出的结果是基于对Gentoo开源软件(OSS)社区的人种志研究的观察,Gentoo开源软件(OSS)社区是一个由320多名开发人员组成的大型分布式志愿者社区,他们开发和维护一个软件系统,用于分发和集成不同Unix版本的第三方OSS软件包
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Establishing Maintainability in Systems Integration: Ambiguity, Negotiations, and Infrastructure
This paper investigates how maintainability can be established in system integration (SI) projects where maintainers have no direct access to the source code of the third-party software being integrated. We propose a model for maintainability in SI focusing on post-release activities, unlike traditional maintainability models where focus is on pre-release activities. Our model describes maintainability as a process characterized by ambiguity and negotiation that is supported through an infrastructure of debugging and coordination tools. Further, we describe how the process going from a software failure to establishing the fault causing the failure can be managed in SI. The results presented in this paper are based on observations from an ethnographic study of the Gentoo open source software (OSS) community, a large distributed volunteer community of over 320 developers developing and maintaining a software system for distributing and integrating third-party OSS software packages with different Unix versions
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