什么是服务组件体系结构(SCA) ？
使用服务组件体系结构(SCA)的示例。
使用服务组件体系结构构建SOA解决方案。
Building SOA solutions with the Service Component architecture.
服务组件体系结构(SCA)旨在提供这些功能。
Service Component Architecture (SCA) was designed to provide these capabilities.
WebSphereESB和服务组件体系结构
顾名思义，服务组件体系结构是一个组件模型。
As the name implies, Service component Architecture is a component model.
服务组件体系结构的优点之一是您无需关注底层的打包工作。
One of the advantages of the Service Component Architecture is that you don't have to be concerned with the underlying packaging.
两者都使用许多行业供应商支持的服务组件体系结构(SCA)。
Both use the Service Component Architecture (SCA) supported by a number of industry vendors.
另一个选项是对异步调用使用服务组件体系结构(SCA)支持。
The other option is to leverage the Service Component Architecture (SCA) support for asynchronous invocations.
BPEL流程使用服务组件体系结构(SCA)绑定调用中介流。
A BPEL process invokes a mediation flow using a Service Component Architecture (SCA) binding.
更准确地说，在服务组件体系结构中，是使用连线来连接构造块。
To be more precise, with the Service Component Architecture you use wires to connect the blocks.
虽然服务组件体系结构和业务对象的概念是新的，但是实现是以标准为基础的。
While the concepts of Service Component Architecture and Business Objects are new, the implementation is standards based.
这里假设您熟悉服务组件体系结构(SCA)和WebSphere业务流程。
Familiarity with Service Component Architecture (SCA) and WebSphere business processes are assumed.
服务组件体系结构(SCA)定义一些可以在SOA环境中由组合应用程序使用的工具。
The Service Component Architecture (SCA) is defining facilities that could be used by composite applications in an SOA environment.
MikeEdwards是SOA领域的新兴技术(特别是服务组件体系结构)战略家。
Mike Edwards is a strategist working on emerging technologies in the area of SOA, particularly Service Component Architecture.
服务组件体系结构(SCA)是一个规范，它描述用于使用SOA构建应用程序和系统的模型。
Service Component Architecture (SCA) is a specification which describes a model for building applications and systems using a SOA.
实现SOA访问的首选方法是通过在该产品的6.0版中引入的服务组件体系结构(SCA)进行。
The preferred means of implementing the SOA access is via the Service Component Architecture (SCA), introduced in Version 6.0 of the product.
一般情况下，开发服务组件体系结构 (SCA)应用程序是为了从功能上集成现有的企业资源。
Service Component Architecture (SCA) applications are typically developed to functionally integrate existing enterprise resources.
服务组件体系结构 (SCA)是面向服务的体系结构 (SOA)中的一个主要变化。
Service Component Architecture (SCA) is a major shift in service-oriented architectures (SOA).
从SCA的角度来看，正如服务组件体系结构部分中所讨论的，中介模块是具有接口和绑定的SCA模块。
From the SCA standpoint, mediation modules are SCA modules that have interfaces and bindings, as discussed in the Service Component Architecture section.
要了解如何从此新功能中获益，您需要探索基础服务组件体系结构 (SCA)编程模型提供的调用样式。
To understand how to benefit from this new functionality, you need to explore the invocation styles provided by the underlying Service Component Architecture (SCA) programming model.
为什么要在WebSphere ProcessServer 中使用服务组件体系结构和业务对象？
Why would you use Service Component Architecture and Business Objects with WebSphere Process Server?
通用服务组件体系结构(Service Component Architecture,SCA)组件。
WebSphereesb基于新的服务组件体系结构，使用服务数据对象作为其内部消息格式模型。
WebSphere ESB is based on the new Service Component Architecture and utilizes Service Data Objects as its internal message format model.
SCA：ProcessServer中的服务调用是使用服务组件体系结构 (SCA)规范完成的。
SCA: Service invocations in Process Server are done using the Service Component Architecture (SCA) specification.
WebSphereESB中的中介流组件只是服务组件体系结构(SCA)中定义的另一种类型的服务组件。
A mediation flow component in WebSphere ESB is just another type of service component defined in the service component Architecture (SCA).
如果您还记得第1部分，我们曾讨论过构成WebSphereESB基础的编程模型，即服务组件体系结构(SCA)。
If you recall from Part 1, we talked about the programming model that forms the basis for WebSphere ESB, namely the Service Component Architecture (SCA).
用于定义消息中介的技术基于服务组件体系结构(Service Component Architecture,SCA)。
The technology used to define the message mediations is based on Service Component Architecture (SCA).
您将了解到，在使用WebSphereESB时，这实际上并不需要额外的工作，原因是它具有基础服务组件体系结构(SCA)。
What you will see is that this does not actually require a lot of extra work when using WebSphere ESB because of its underlying Service Component Architecture (SCA).
服务组件体系结构提供了组合、重用和技术方面的灵活性和部署选择，使其成为了用于构建和运行Mashup应用程序的理想环境。
Service Component Architecture provides a flexibility of composition, reuse, and technology and deployment choice that makes it an ideal environment in which to build and run mashup applications.
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