A JAX-WS client USES a generated proxy interface to access a service.
JAX - WS客户机使用生成的代理接口访问服务。
The InvocationHandler interface, shown in Listing 11, describes how a handler can process methods invoked on a Proxy interface implementation.
清单11 中显示的InvocationHandler接口描述一个处理程序如何处理Proxy 接口实现上的方法调用。
In this case, it allows you to create a proxy object that implements a given interface.
在这种情况下，它允许您创建用于实现给定接口的代理对象。
A gateway ACTS as a proxy service, and you can use it to mediate protocols or to denote the interface available to a partition.
一个网关充当一个代理服务，你可以使用它来协调协议或者表示一个划分上的可以利用的接口。
First of all, you can provide an interface that the proxy needs to implement and access the proxy from the client application through that interface.
首先，你可以提供一个代理需要实现的接口，并通过该接口从客户端应用程序中访问代理。
The difference between them is that dynamic proxy support a service endpoint interface dynamically at runtime without requiring any code generation.
二者之间的区别是，动态代理在运行时动态支持服务端点接口，不会生成任何代码。
A one-to-one relationship was established between proxy and invoker objects, with the explicit interface being the common association.
代理和调用程序对象之间建立了一对一的关系，而显式接口则充当了常用的关联方式。
It's important to model the interface of the service proxy to match the WSDL operations defined by the service provider.
为服务代理的接口建模使其模型与服务提供者定义的WSDL操作相匹配很重要。
A service-bus address representing the location of the service that supported the required interface was passed to the proxy object, along with a service-bus object so that it could send messages.
服务总线地址表示支持所需接口的服务的位置，该地址与服务总线对象一起被传递给代理对象，以使它能发送消息。
This class allows creating a service proxy based on the interface and endpoint address and binding, which are built using information provided by the registry service.
这个类可以通过服务注册中心提供的接口，端点地址和绑定信息创建一个服务代理。
This means that you are able to communicate and pass in metrics either via the Proxy application, or directly via the REST interface.
这意味着你能通过代理程序或直接经由REST接口来传递度量数据。
A partial "service Generator" was written that generated skeleton code for proxy, invoker, and service classes from an explicit interface.
“服务生成器”的功能是根据显式接口为代理、调用程序和服务类生成框架代码，它已经被部分编写出来。
If it also implements additional interfaces, then it contains the implementations of the additional interfaces (just like an interface proxy).
如果还实现了额外的接口，那么它还要包含对额外接口的实现(就象是接口代理一样)。
Each service or proxy that supported an interface was required to inherit from the abstract base class that defined the interface.
支持接口的每项服务或代理必须继承定义该接口的抽象基类。
Stub and dynamic proxy methods use the Service Endpoint Interface (SEI).
存根和动态代理方法使用服务端点接口(Service Endpoint Interface,SEI)。
Requester or Proxy? Provides an interface for invoking methods on an active object.
Requester或Proxy——提供用于调用活动对象上的方法的接口。
The reference is typically a proxy object which implements the same interface as the service provider implements.
引用一般是一个代理对象，它实现了服务提供者实现的相同接口。
Next, you will create a proxy with the same public interface as the original application or bean.
接着，将创建一个代理，使用公共接口作为原始的应用程序或bean。
Spring can also catch exceptions thrown during business method calls by injecting a reference to a proxy object instead of the actual EJB remote interface stub.
通过注入对代理对象的引用而不是注入实际的EJB远程接口存根，Spring还可以捕获在业务方法调用过程中引发的异常。
The proxy object that GWT.create returns also implements another interface, ServiceDefTarget.
create返回的代理对象还将实现另一个接口servicedeftarget。
Compare the proxy to a reference to a stateless session bean's local interface.
这里比较一下代理和对无状态bean本地接口的引用。
The proxy should have a speak method with the same interface that the original target object has.
该代理应有一个speak方法，该方法与原始目标对象拥有相同的接口。
In our implementation a service consumer leverages.net's ChannelFactory class, which allows us to dynamically generate a service proxy, based on the service's interface and endpoint and binding.
在我们的实现中，服务消费者通过使用。NET的ChannelFactory类来根据服务接口，端点和绑定动态生成一个服务代理。
It might seem that Glue is doing everything right, since it is using a proxy for the Web services interface.
由于使用了一个代理用于Web服务的接口，Glue看起来好象是无所不能。
In the example, I created the dynamic proxy class for a single interface: User.
在示例中，我只为一个接口建立了动态代理类，这个接口是：user。
For our case, we utilized the web service proxy and transformation capabilities of the appliance to enable a JSON interface to our web service application.
对于本例，我们使用了web服务代理以及此设备的转换功能来启用对我们web服务应用程序的一个JSON接口。
The interaction between the explicit interface, proxy, invoker, and component configurator implementations relied heavily on C++ Run-Time Type Information (RTTI).
这个方法的重要后果是显而易见的。显式接口、代理、调用程序和组件配置器实现间的交互严重依赖于 C++实时类型信息 (Run-Time Type Information,RTTI)。
A dynamic proxy is similar with static stub to act as a proxy for target service endpoint interface.
动态代理类似于静态stub，充当目标服务端点接口的代理。
A proxy application which will parse the BTrace output, convert it to JSON and forward it to the EurekaJ Manager application's REST interface.
一个解析btrace输出的代理程序，将其转化为json格式并输入到EurekaJ管理程序的REST接口。
The following sections cover the details about specific topics such as creating data beans, implementing the RPC proxy to access RESTful Web services and callbacks, and building the GWT Web interface.
下面几节详细讨论几个主题，比如创建数据bean、通过实现RPC代理访问RESTfulWeb服务和回调以及构建GWT web界面。
应用推荐