管理服务构件和元数据：示例。
这将产生符合J2EE 1.4规范的其他Web服务构件。
This will produce the remaining web service artifacts that meet the J2EE 1.4 specification.
可以在系统运行过程中动态的替换和更改服务构件。
And the serving component can be dynamic replaced and modified in the running process of the system.
分析器的输入包括测试断言文档的位置和对Web服务构件的引用。
The input for the analyzer includes the location of the test assertion document and references to the Web service artifacts.
充实——通过添加信息来充实服务构件，从而为SOA处理增添价值。
Enrich add value to your SOA processing by adding information to enrich service artifacts.
企业必须能够区分和设计适合解决特定集成问题所需的集成样式的服务构件。
An enterprise requires the ability to differentiate and design service artifacts appropriate for specific styles of integration required to solve a particular integration problem.
服务存储库支持对服务构件间的关系进行管理，从而简化了此任务。
The service repository can simplify it by supporting the management of relationships between service artifacts.
为了复用现有的流程及服务构件，必须保证体系结构能适合于定制策略的变更。
To reuse the existing workflow and service artifacts, it is essential that the architecture enables late customization for policy changes.
服务构件架构（SCA）试着将提供服务和SOA系统的组成部分统一起来。
Service Component Architecture (SCA) attempts unification of components that provide services and composition of SOA systems from service components.
例如，一个模型可以就是产生符合J2EE 1.4的Web服务构件的预处理器。
For example, one model may simply be a preprocessor that produces J2EE 1.4 compatible web service artifacts.
服务构件(如实现文件)始终保留在RationalAssetManager中。
The service artifacts, such as implementation files, always remain in Rational Asset Manager.
服务构件可视化组装以一种直观、容易理解的方式，大大提高了服务构件组装的效率。
Service component visual assembly in an intuitive and easy to understand manner, greatly improves the efficiency of the service component assembly.
本文研究的服务构件组装中几个关键问题对于服务构件组装具有一定的理论和应用价值。
The key techniques of service component assembly presented in this dissertation have definite theoretical and application value as guidance to services component assembly.
现在，我们可以基于这个包装器类来创建适当的Web服务构件了，它在内部使用现有的基于集合的实现。
Now you can create the appropriate Web services artifacts based on this wrapper class, which internally USES the existing collection-based implementation.
在良好的SOA设计中，Web服务消费者的应用逻辑能够使用两个基础体系结构原则来从服务构件完全解耦。
In a good SOA design, the application logic of the Web services consumer can be completely decoupled from the service artifacts using two fundamental architectural principles.
唯一还没有为部署生成的web服务构件是webservices . xml文件，该文件描述如何将所有组件组合到一起。
The only web service artifact that is not generated for deployment is the webservices.xml file that describes how to bring all of the components together.
最后通过一个案例简要展示了服务构件组装工具的功能和服务构件运行结果，验证服务构件可视化组装工具的实用性。
Finally, a case study shows the functions and results of the service component assembly tool, and verifies the practical of the visual service component assembly tool.
可以在使用服务构件描述语言（SCDL）的 .component文件中找到模块集合，它是服务构件集合的XML文件语言。
Module assemblies are captured in .component files that use Service Component Description Language (SCDL), which is an XML document language for service component assemblies.
如果继续构建之前的示例Web服务，我们可以使用JSR- 181注释实现它，以帮助生成j2ee 1.4 Web服务构件。
If we continue to build on our previous example web service, we can implement it using JSR-181 annotations to assist in producing the J2EE 1.4 web service artifacts.
现在，您已经了解了wsdl文件各个部分的含义，并知道了映射组件的预期行为，接下来让我们使用此wsdl创建项目中所需的Web服务构件。
Now that you understand the meaning of the WSDL file parts and you know what to expect from the mapping components, let's use the WSDL to create the Web services artifacts we need in our project.
JSR-181引入的编程模型建立在J2EE 1.4服务器模型和JAX-RPC 的基础之上，简化了开发人员需要维护的Web服务构件数量。
The programming model that is introduced by JSR-181 builds on the J2EE 1.4 server model and JAX-RPC by simplifying the number of web service artifacts that the developer needs to maintain.
查询可以使用语义标准、属性和物理服务元数据构件的全部或部分来执行。
Queries can be performed using semantic annotations, properties, and all or parts of physical service metadata artifacts.
使用向导发现服务并创建导出构件。
所谓的UML接口定义为用于指定类或者构件服务的一系列操作。
A UML interface is defined as a collection of operations that are used to specify a service of a class or component.
开发团队负责创建和维护服务实现构件，并将其存储在存储库中。
The development team becomes responsible for creation and maintenance of service implementation artifacts and storing them in the repository.
允许组织跟踪现有服务和服务相关构件，从而允许对现有企业服务相关资产进行重用。
It allows an organization to keep track of existing services and service-related artifacts and consequently allows for reuse of existing enterprise services-related assets.
创建支持已存在程序的构件或者服务。
无论在何种情况下，必须包含的最后一个web服务部署构件都是webservices . xml文件。
In either case the last web service deployment artifact that must be included is the webservices.xml file.
下表列出了为两个服务生成的构件示例。
The following table listed samples of generated artifacts for two services.
这就意味着您将创建Web服务的服务器端构件、WSDL文件和Web服务的客户端构件。
This means you create the Web service server-side artifacts, the WSDL file, and the Web service client-side artifacts.
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