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JMS Web Services Meet the J2EE Connector Architecture

机译:JMS Web服务符合J2EE连接器体系结构

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This article discusses an implementation strategy that illustrates how organizations can use JMS and J2EE Connector technologies to reuse their infrastructure and lay a foundation that will let them reap the business and agility benefits of SOA. For a Service Oriented Architecture (SOA) to be truly resilient, asynchrony must be built into its fabric. Most large organizations, however, have already invested in a back-end messaging infrastructure using products such as MQ Series, Tibco JMS, Oracle Advanced Queuing, Sonic JMS, or SwiftMQ. They don't want to replace that infrastructure to get to SOA; they want to reuse it. Enter J2EE 1.4 with two key technologies to enable Web Services and messaging infrastructure reuse: JAX-RPC, the built-in interoperability-tested J2EE API for building SOAP-based Web Services; and the J2EE Connector Architecture, now designed to support both inbound and outbound communications from Enterprise Information Systems.
机译:本文讨论了一种实现策略,该策略说明了组织如何使用JMS和J2EE Con​​nector技术来重用其基础结构,并奠定了一个基础,使他们可以从SOA中获得业务和敏捷性收益。为了使面向服务的体系结构(SOA)真正具有弹性,必须在其结构中内置异步功能。但是,大多数大型组织已经投资使用诸如MQ系列,Tibco JMS,Oracle Advanced Queuing,Sonic JMS或SwiftMQ等产品的后端消息传递基础结构。他们不想替换该基础架构即可使用SOA。他们想重用它。通过两种关键技术进入J2EE 1.4,以实现Web服务和消息传递基础结构的重用:JAX-RPC,它是经过内置互操作性测试的J2EE API,用于构建基于SOAP的Web服务。 J2EE连接器体系结构现在设计为支持来自企业信息系统的入站和出站通信。

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