用于协作计算环境的双模式练习器

Chien-Min Wang, Shyh-Fong Hong, Shun-Te Wang, Hsi-Min Chen
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引用次数: 5

摘要

计算机支持的协作工作(CSCW)在执行活动期间为团体提供沟通和协调。它允许物理上分散的团队通过提供共享工作区的接口来参与公共任务。各种同步应用程序在远程教育、联合节目开发、合作出版等方面发挥着重要作用。这些应用程序通常是平台相关的,群件程序员必须为每个群件平台开发新的应用程序。在本文中,我们提出了一个名为CollabRunJava的开发环境。用户可以协作设计和处理他们的作业,也可以开发只关注系统中应用程序特定细节的群件。CollabRunJava支持两种模式来开发应用程序。在即时开发模式下,用户可以立即执行和测试类。在运行时演化模式下,用户可以观察应用程序的行为,调试应用程序并更改正在运行的应用程序代码,而无需重新执行。通过使用具有上述机制的插件组件,我们的系统可以得到进一步增强。例如,在可视化组件的帮助下,我们的系统可以帮助用户探索程序行为。此外,所有这些活动都可以以协作的方式执行。这对远程学习和程序测试也很有帮助。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A dual-mode exerciser for a collaborative computing environment
Computer-supported cooperative work (CSCW) supports groups with communication and coordination during the execution of their activities. It allows physically dispersed teams to engage in a common task by providing an interface to a shared workspace. A variety of synchronous applications are playing a major role in distance education, joint program development, cooperative publishing, etc. These applications are usually platform-dependent, groupware programmers have to develop new applications for each groupware platform. In this paper, we present a developing environment called CollabRunJava. Users can collaborate to design and process their job and can also develop groupware only concentrate on application-specific details on our system. CollabRunJava supports 2 modes for developing applications. In the instant-develop mode, user can immediately execute and test the classes. In the runtime-evolution mode, user can observe application behavior, debug applications and change the running applications codes without re-execution. Our system can be further enhanced by using plug-in components with the above mechanisms. For example, with the aid of visualization components, our system can help users explore program behavior. In addition, all these activities can be performed in a collaborative way. This makes it also helpful for distant learning and program testing.
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