在本文的其余部分中，将讨论总体的概念、类、服务接口和动态行为，然后在下一部分中详细说明实现。
The overall concepts, classes, service interface, and dynamic behaviour will be discussed in the remainder of this article, then move to implementation details in the next.
第三个问题是如何动态的报告服务的健康情况和警告。
The third kind of problem is how to report service health and alerts dynamically.
服务虚拟化如何减轻促进高效开发和动态企业应用程序测试。
How service virtualization facilitates the efficient development and testing of dynamic enterprise applications.
面向服务的体系结构向您提供了动态开发和修改集成应用程序的功能。
Service Oriented Architecture provides you with the ability to develop and modify integration applications dynamically.
图1显示了UDDI如何对服务启用动态描述、发现和集成。
Figure 1 shows how UDDI enables dynamic description, discovery, and integration of services.
组件配置器提供了一套动态机制，用来管理服务生命周期和部署。
Component configurator provided a dynamic mechanism for managing service life cycle and deployment.
SOA的主要组件包括服务、动态发现和消息。
The key components of an SOA include services, dynamic discovery, and messages.
根据您的mvc模式，实现情况会有所不同，但决定如何同时访问静态和动态服务的逻辑是一样的。
Your implementation will differ, depending on own your MVC pattern, but the logic determining how you access static and dynamic services at the same time will remain the same.
实际上，很多SOA专业人员都已经将服务注册中心作为用于进行后期绑定和动态路由的机制加以引入了。
In reality many SOA practitioners have been introducing service registry as a mechanism for late binding and dynamic routing.
动态报告服务健康状况和警告。
存根和动态代理方法使用服务端点接口(Service Endpoint Interface,SEI)。
Stub and dynamic proxy methods use the Service Endpoint Interface (SEI).
请注意，结果中包含三个对XMLWeb服务的引用和一个对动态发现文件的引用。
Note that the result contains three references to XML Web services and one reference to a dynamic discovery file.
文章 PolymorphicWebservices详细介绍了这个特性，解释了XML扩展和动态服务调用技术如何提供多态性。
The shrewd article Polymorphic Web services outlines this feature in detail and explains how XML extensions and dynamic service invocation techniques provide polymorphism.
系统集成总线(SIBus)允许将Web服务消息——包括动态路由和变换——作为另一种消息类型。
The system integration bus (SIBus) enables Web services messages — including dynamic routing and transformation — as just another message type.
此时有望可以按照完成特定任务所需的特定顺序对Web服务进行自动地动态发现、组合和调用。
It is expected that web services can be dynamically and automatically discovered, composed, and invoked in a specific order to fulfill particular tasks.
第四个分析器从线程、句柄和流程的角度考虑动态web服务的总体性能。
The fourth analyzer considers the overall performance of Dynamic Web services in terms of threads, handles, and processes.
IBMMashupCenter支持使用动态情景应用程序连接用户和业务服务。
IBM Mashup Center enables you to use dynamic situational applications to connect users with business services.
第三个分析器关注运行多个动态web服务时的资源总量、限制和峰值。
The third analyzer looks at the total, limit, and peak of the resources in running multiple Dynamic Web services.
Dream根据每个用户的信息，包括用户的硬件平台、浏览器类型、主机服务和域名，动态的创建广告页面。
Dream dynamically creates AD pages based on individual visitor characteristics, including hardware platform, browser type, host service, and domain.
现在结合使用GWT和XForms创建UI以及和后端服务的动态交互。
Now you are using GWT and XForms together to create the UI and create dynamic interactions with back-end services.
那么，我需要做什么才能动态地发现和调用这个服务？
So what do I need to do to dynamically discover and invoke the service?
静态模型和动态模型相一起定义了面向服务的体系结构中完整的服务集。
Together, the static and dynamic models define the complete set of services in a service-oriented architecture.
代理服务器可以在内存和磁盘上缓存动态和静态内容。
The proxy server can cache dynamic and static content in memory and on disk.
它提供了用户浏览器和网络服务器之间的动态交流方式，而不用每次都刷新一个完整的页面。
It provides dynamic interaction between the user's browser and the Web server, without having to refresh a complete page each time.
这些决策基于对到达的请求流、可用服务器处理能力和用户定义的服务目标的动态分析。
These decisions are based on dynamic analysis of the incoming traffic, the available server capacity, and the service goals defined by the user.
在此层中引入业务上下文允许通过基础信息服务的重用（和动态服务组装）来交付动态解决方案行为。
The introduction of business context in this layer enables the delivery of dynamic solution behavior through the reuse (and dynamic services assembly) of the underlying information services.
图5展示了对备选服务统计数据的检索以及某个服务端点的动态选择和延迟绑定。
Figure 5 shows the retrieval of candidate service statistics and the dynamic selection and late binding to a service endpoint.
相反，WLM将根据需要动态地启动和维护服务区域，以满足工作负载的性能目标。
Instead, WLM will dynamically start and maintain the servant regions as required to meet the workload's performance goal.
在此情况下，服务定义在使用者开发期间可用，注册中心的使用仅限于服务端点地址和动态绑定的运行时解析。
In this case services definitions are available during consumer development time, and registry usage is limited to the run time resolution of the services endpoint addresses and dynamic binding.
可以通过向导和属性设置来启用服务和中介的动态修改功能。
Wizards and property Settings to enable the dynamic modification capabilities of services and mediations.
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