通过UDDI引用的动态绑定。
为什么不动态绑定像预期的那样？
最后说明了动态绑定实现的原理。
动态绑定方法的调用，然而，这将涉及到继承类图。
A dynamically bound method call, however, reaches "outward" into the inheritance hierarchy.
请注意，此信息不是用于服务的动态绑定，而是用于静态绑定。
Note that this is not used for dynamic binding of the services, but for static binding.
它不需要客户动态绑定-所有的服务调用请求都被路由到中介点。
It does not require consumer dynamic routing — all of the service invocation requests are always routed to the intermediary.
被面向对象编程语言所实现的多态性被称作动态绑定。
The process used by object-oriented programming languages to implement polymorphism is called dynamic binding.
另外，在程序执行时，动态绑定会让完全相同的接口来实现对象的替代。
Moreover, dynamic binding lets you substitute objects that have identical interfaces foreach other at run-time.
Web服务与以前的集成方法的不同之处在于，使用者可以动态绑定到服务的提供者。
What distinguishes Web services from previous integration approaches is that a consumer can dynamically bind to the provider of a service. This works because of the following two main capabilities!
通过端点引用的动态绑定(例如，使用WS - Addressing——参阅参考资料)。
Dynamic binding through endpoint referencing (for example, use WS-Addressing — see Resources).
动态绑定使编译器能够在运行时决定是使用基类中定义的函数还是派生类中定义的函数。
Dynamic binding lets the compiler determine at run time whether to use a function defined in the base or derived class.
数据库类不直接支持DDL，但您仍然可以在运行时写代码以将新列动态绑定到记录集。
The database classes do not support DDL directly, but you can still write code to bind a new column to your recordset dynamically, at run time.
使用指定的属性名称、类型和特性数组创建一个属性说明符，并将其动态绑定到某个类型。
Creates and dynamically binds a property descriptor to a type, using the specified property name, type, and attribute array.
应用函数指针编程提供了一种动态绑定机制，利用该机制可以重用代码从而达到高效编程的目的。
Programming using function pointer provides a dynamic binding mechanism, the mechanism can reuse codes so as to achieve effective programming.
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.
系统通过所定义的通用接口，使任务及其执行者可以进行动态绑定，使系统具有相当的重构能力。
Through the defined common interface, tasks and the executors bind dynamically, which enhance the system reconfiguration.
其实，对象技术(当然还包括Eiffel)中的动态绑定机制完全能提供人们想要的、比重载更好的灵活性。
The mechanisms of dynamic binding as they exist in object technology of course in Eiffel are much more effective than overloading to provide the kind of flexibility that people really want in the end.
继承和动态绑定的思想在概念上非常简单但对于如何创建应用程序以及对于程序设计语言必须支持哪些特性它们的含义深远。
The ideas of inheritance and dynamic binding are conceptually simple but have profound implications for how we build our applications and for the features that programming languages must support.
在一些情况中，动态绑定提供了极好的解决方案，消除了显而易见的测试需求，这里，并没有一个特性的初始版本被重新定义。
In some cases for which dynamic binding provides an elegant solution, obviating the need for explicit tests, there is no initial version of a feature to be redefined.
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.
本文讲述了如何完成这样的动态服务绑定。
This article explains how to achieve such a dynamic service binding.
返回的绑定向量可能包含具有已知端点或动态端点的句柄。
The returned binding vector may contain handles with well-known endpoints or with dynamic endpoints.
这种动态逻辑绑定使得系统非常灵活，可以在运行时重新进行配置。
This dynamic logical binding results in very flexible systems which can be reconfigured at runtime.
最后，我将向您展示如何在流程运行时重写服务绑定，并完成实现使用动态服务绑定的BPEL业务流程所必需的各个步骤。
Finally, I show you how a service binding might be overwritten at process runtime, and go through each step that is necessary to implement a BPEL business process that USES dynamic service bindings.
此外，它们可以动态更新，利用数据绑定层处理所有底层的事情。
In addition, they can be updated dynamically, with the data binding layer doing all of the heavy lifting.
注意，如果在程序运行时更改JNDI绑定，则不能在队列和主题之间动态切换程序。
Note that changing the JNDI bindings while the program is running will not dynamically switch the program between queues and topics.
动态参数可以是绑定到现存的BIRT数据集的一些数据。
Dynamic parameters are parameters that can be data bound to an existing BIRT data set.
动态代理在运行时创建代理，从而可灵活绑定到特定端口和端点。
The dynamic proxy creates the proxy at runtime and, therefore, provides the flexibility to bind to specific port and endpoint.
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.
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.
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