Under CoVer: the implementation of a contextual version server for hypertext applications

A. Haake
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引用次数: 23

Abstract

At GMD-IPSI we are developing CoVer, a contextual version server for hypertext applications. Another characterization of CoVer is that CoVer integrates state-oriented versioning concepts with task-oriented versioning concepts. While other version models in general support only one of these groups of concepts, we argue that the explicit composition of versions of complex hypertext networks has to be complemented by automatic version creation in the context of tasks or jobs performed while manipulating the hypertext network and vice versa. Regarding the implementation of version models, it turns out that the state-oriented implementation approach—representing every legal state of a hyperdocument explicitly—and the task-oriented implementation approach—computing versions of complex hypertext networks due to changes executed during a task or job—are interchangeable. While the separation of state- and task-oriented concepts at the conceptual level of the version model is desireable to support version creation and selection for different hypertext applications, the implementation of such a dual model can be based on a single implementation approach. This paper discusses both types of implementation with an emphasis to cope with alternative versions that are in particular meaningful for hypertext publishing applications.
掩护下:超文本应用程序的上下文版本服务器的实现
在GMD-IPSI,我们正在开发CoVer,一个用于超文本应用程序的上下文版本服务器。CoVer的另一个特征是,CoVer集成了面向状态的版本控制概念和面向任务的版本控制概念。虽然其他版本模型通常只支持这些概念中的一组,但我们认为,复杂超文本网络版本的显式组合必须通过在操作超文本网络时执行的任务或作业上下文中的自动版本创建来补充,反之亦然。关于版本模型的实现,事实证明,面向状态的实现方法(显式表示超文档的每个合法状态)和面向任务的实现方法(由于在任务或作业期间执行的更改而计算复杂超文本网络的版本)是可互换的。虽然在版本模型的概念级别分离面向状态和面向任务的概念是支持不同超文本应用程序的版本创建和选择的理想选择,但这种双重模型的实现可以基于单一实现方法。本文讨论了这两种类型的实现,重点是处理对超文本发布应用程序特别有意义的替代版本。
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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