自动协议级中间件互操作

R. Slamkovic, G. Fernandez, J. McGovern
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引用次数: 1

摘要

随着业务流程和技术的变化,企业经常需要对异构中间件的协议进行互操作。本文基于这些协议的声明性描述,提出了一种自动化的、数据驱动的协议级中间件互操作方法。TUBE(无处不在的代理环境)的运行时引擎在应用程序级组件和中间件之间提供了一个层,通过接受协议描述和执行必要的转换,可以在一定程度上独立于特定的中间件实现。如果搜索到的协议不可用,TUBE框架将尝试替代方案,从而使部署不同类型的中间件和特殊协议扩展变得容易。TUBE已经在一系列常用的中间件上实现并成功地进行了测试,包括同步、异步、基于对象、二进制和基于文本的协议。该系统的关键组件目前正在澳大利亚一家大型公司中运行。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
TUBE: Automated Protocol-Level Middleware Interoperation
Following changes in business processes and technology enterprises often need to interoperate protocols of heterogeneous middleware. This paper presents an automated, data-driven approach to protocol-level middleware interoperation, based on declarative descriptions of these protocols. The run-time engine of TUBE (the ubiquitous broker environment), provides a layer between application-level components and middleware that allows a degree of independence from particular middleware implementations by taking protocol descriptions and performing the necessary translations. The TUBE framework is designed to try alternatives if the searched protocol is unavailable, making it easy to deploy different types of middleware and special protocol extensions. TUBE has been implemented and successfully tested across a range of commonly used middleware, including synchronous, asynchronous, object-based, binary and text-based protocols. Key components of the system are currently in operation in a large Australian corporation.
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