Develop the endpoint interface.
开发端点接口。
Implement an endpoint interface.
实现端点接口。
Listing 2. The Service Endpoint interface.
清单2.服务端点接口。
Generate WSDL from an endpoint interface.
从端点接口生成wsdl。
Listing 1 contains an example of a service endpoint interface.
清单1包含一个服务端点接口的示例。
The service endpoint interface containing the destroy() method
包含destroy()方法的服务端点接口。
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)。
To generate WSDL from the endpoint interface, you must first develop an interface.
要从端点接口生成WSDL，必须先开发一个接口。
The service endpoint implementation class is derived from the service endpoint interface.
服务端点实现类型是由服务端点接口派生出来的。
After the endpoint interface for the Web service is implemented, the WSDL can be generated.
在实现Web服务的端点接口之后，就可以生成WSDL了。
Create a service endpoint interface (SEI) and define a method to be exposed as a Web service.
创建服务端点接口(service endpoint interface,SEI)，并定义一个将公开为Web服务的方法。
Here is an extract from the WSDL file that is used to generate the Service Endpoint interface.
下面是从WSDL文件中抽取的用于生成服务端点接口的一段代码。
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。
In JAX-WS, the Web service does not need to implement or provide a service Endpoint Interface (SEI).
在JAX - WS中，Web服务不需要实现或者提供服务端点接口(SEI)。
APP_CLASSES is where directories with application classes (including the endpoint interface class) are specified.
APP _ CLASSES是指定应用程序类(包括端点接口类)的目录。
A web service client can also access a stateless session bean through the service endpoint interface of that bean.
Web服务客户也可以通过bean的服务端点接口访问无状态会话bean。
The run-time system may dispatch multiple client invocations to the service endpoint interface to this single instance.
这个运行时系统可以把多个对该服务端点接口的客户机调用分派到对于这个单一实例。
A service endpoint interface that is implemented by the server part and used for invoking service methods on the client.
一个服务端点接口，它由服务器部分实现，用于在客户机上调用服务方法。
The wizard creates all the necessary files to expose the EJB local method via a Web service, including the service endpoint interface.
向导将创建通过Web服务公开ejb本地方法所需的所有文件，包括服务端点接口。
A static stub can be generated from a WSDL or other resources, such as a service endpoint interface and additional binding information.
静态stub可以从WSDL或其他资源(如一个服务端点接口和其他绑定信息)生成。
Note that the sample endpoint interface in Listing 1 is handling both run-time RemoteExceptions and application-level InvalidAuthorNames.
注意清单1中的样本端点接口处理运行时remoteexception和应用程序级的InvalidAuthorName。
The binding from the WSDL is mapped to this endpoint interface where WSDL binding is a piece of WSDL that defines the protocol of the Web service.
来自WSDL的绑定映射到这个端点接口，WSDL绑定是WSDL的一部分，定义了Web服务的协议。
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。
Both types of service implementations use a service Endpoint Interface (SEI) — refer to JAX-RPC (JSR-101) — to define the method signatures of the web service.
两种类型的服务实现都使用了ServiceEndpoint Interface (SEI)——参考JAX - RPC (JSR- 101)——来定义Web服务的方法签名。
Expose the service endpoint interface and create a Web service Description Language (WSDL) file that describes the interface from which to generate the client stubs.
公开服务端点接口并创建Web服务描述语言(Web Service Description Language,WSDL)文件，以描述作为客户机存根生成依据的接口。
For example, assume the wizard starts with WSDL describing a simple Web service that echoes a string. It has a service endpoint interface with the signature shown below.
例如，假设向导以wsdl描述一个简单的只返回一个字符串的Web服务开始。
These service endpoints must conform to the service endpoint interface definition as prescribed by Section 5.2 of the JAX-RPC specification. Some of the requirements of this definition are.
正如JAX - RPC规范的5.2节中预先定义好的一样，这些服务端点必须和服务端点接口定义一致。
Endpoint is an interface declaration.
末端点是一种界面声明。
Examples of metadata include interface descriptions, endpoint address, and policies covering service level agreements, security relationships, and so on.
元数据的示例包括接口描述、端点地址和涵盖服务级别协议、安全关系等的策略。
Now, the next task is to look for all the compatible towers for the given interface in the endpoint database.
现在，下一个任务是在端点数据库中查找给定接口的所有兼容的塔。
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