JAX - RPC的动态调用接口。
DII(动态调用接口)。
该动态调用接口需要在运行时创建一个Call对象。
The dynamic invocation interface requires a Call object to be created at runtime.
该语言使用自动化编程接口和动态调用接口来分别操纵在网络中的COM对象和CORBA对象。
The language manages COM objects and CORBA objects on network by using automation programming interface and dynamic invocation interface respectively.
本文重点讨论两种调用样式：动态调用接口(DynamicInvocation Interface,DII)和强类型。
This article focuses on two styles of invocation: dynamic invocation interface (DII) and strongly typed.
动态调用接口（Dynamic Invocation Interface，DII）是最不常用的客户机类型，主要用于WSDL频繁变化的情况。
The Dynamic Invocation Interface (DII) is the least common type of client and is mostly used when the WSDL changes frequently.
动态服务选择——选择调用多个具有相同接口的组件中的哪一个。
Dynamic service selection - Chooses which of multiple components with the same interface to invoke.
JAX - RPCCall接口支持动态调用Web服务的操作。
The JAX-RPC Call interface supports the dynamic invocation of a web services' operations.
清单6显示了如何为User接口建立动态代理(用userimpl实现类)，同时通过调用处理程序传递所有的方法调用。
Listing 6 shows how to create a dynamic proxy class for the User interface (using the UserImpl implementation class), while passing all method invocations through the invocation handler.
简单的说，这个接口提供了关于调用程序、消息、当前环境的细节的动态运行时信息。
In short, this interface provides dynamic run-time information about the details of the caller, the message, and the current environment.
一旦这个信息被获取，特定于服务器的实现代码必须获得到被请求方法的接口，并动态地调用这个方法，然后返回结果。
Once this information is obtained, the server-specific implementation code must obtain the interface to the requested method, dynamically invoke the method, and return the results.
动态代理类有许多应用程序中使用的接口，其中一个可以用统一的方式有效地处理方法前和方法后的调用操作。
Dynamic proxy classes have many interesting USES within an application, one of which is to effectively handle pre - and post-method invocation operations in a uniform fashion.
该系统作为模拟模型构件的容器提供了对作物模拟模型的管理和动态调用功能接口。
As a container of simulation model component, it provides function interfaces for simulation model management of crops and function of dynamic transfer.
以小麦为例介绍了模拟模型动态调用的方法以及模型构件接口。
It takes wheat as an example to introduce method of dynamic transfer of simulation model and interface of simulation model component.
最后，将这套工作流模型和接口应用到监管系统中，通过对网格服务的动态调用实现对网格资源的动态配置。
Finally, the workflow model and interface to the monitoring system was applied through a call to realize the dynamic grid resource allocation.
最后，将这套工作流模型和接口应用到监管系统中，通过对网格服务的动态调用实现对网格资源的动态配置。
Finally, the workflow model and interface to the monitoring system was applied through a call to realize the dynamic grid resource allocation.
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