基于Web服务的分布式工作流协调的两层软件体系结构

Janaka Balasooriya, Jaimini Joshi, S. Prasad, S. Navathe
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引用次数: 6

摘要

Web服务上的工作流的当前状态采用集中式组合流程来协调组成的Web服务。因此,协调器进程很复杂,可伸缩性较差,而且体积庞大。本文介绍了一种体系结构和技术,通过(i)使用协调器代理对象将无状态Web服务扩展为自协调实体,以及(ii)使用Web绑定原语将这些实体互连为分布式对象网络,从而在这些实体上创建工作流。以前,我们开发了Web绑定原语来强制自治实体之间的相互依赖关系。我们已经设计并制作了BondFlow系统的原型,该系统提供了一个配置这种分布式工作流的平台,产生的协调组件占用空间足够小(约150 KB),可以在手持设备上执行
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A Two-Layered Software Architecture for Distributed Workflow Coordination over Web Services
The current state of the art of workflows over Web services employs a centralized composite process to coordinate the constituent Web services. Therefore, the coordinator process is complex, less scalable, and bulky. This paper introduces an architecture and a technique for distributing the centralized coordination logic of traditional workflows by (i) extending the stateless Web services into self-coordinating entities using coordinator proxy objects, and (ii) creating a workflow over these entities by interconnecting them into a distributed network of objects using Web bond primitives. Previously, we have developed Web bond primitives to enforce interdependencies among autonomous entities. We have designed and prototyped our BondFlow system, which provides a platform to configure such distributed workflows, producing coordination components with footprint small enough (around 150 KB) to be executed on a handheld
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