Extensible message passing application development and debugging with Python

D. Beazley, P. Lomdahl
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引用次数: 15

Abstract

The authors describe how they have parallelized Python, an interpreted object oriented scripting language, and used it to build an extensible message-passing molecular dynamics application for the CM-5, Cray T3D, and Sun multiprocessor servers running MPI. This allows one to interact with large-scale message-passing applications, rapidly prototype new features, and perform application specific debugging. It is even possible to write message passing programs in Python itself. They describe some of the tools they have developed to extend Python and results of this approach.
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使用Python开发和调试可扩展的消息传递应用程序
作者描述了他们如何并行化Python(一种面向对象的解释性脚本语言),并使用它为运行MPI的CM-5、Cray T3D和Sun多处理器服务器构建可扩展的消息传递分子动力学应用程序。这样就可以与大规模的消息传递应用程序进行交互,快速创建新特性的原型,并执行特定于应用程序的调试。甚至可以用Python本身编写消息传递程序。他们描述了他们开发的一些扩展Python的工具和这种方法的结果。
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