The client proxy is generated using this file.
客户程序代理就是用该文件生成的。
Using the client proxy in the Web application.
在Web应用程序中使用客户机代理。
Here you can select web services client options, such as the client proxy type.
您可以在这里选择Web服务客户端选项，比如客户端代理类型。
Create a wrapper service implementation, WSDL, and binding for the client proxy.
为客户机代理创建包装器服务实现、WSDL和绑定。
This will generate a client proxy that will hide the details of the Web service JAX-RPC API.
这将会产生一个客户端代理，通过它将隐藏Web服务JAX - RPCAPI的细节。
This service wrapper in turn calls the CICS service using the SOAP client proxy created in Step 2.
该服务包装器接着使用在步骤2中创建的SOAP客户代理来调用CICS服务。
Let's go back to the Page Designer to add the JSP logic that USES the client proxy to get the stock prices.
让我们返回PageDesigner以添加JSP逻辑，它使用客户机代理来获得股票价格。
Typically, all this logic is placed in a client proxy, which represents the Web service in your client application.
通常，将所有这些逻辑置于客户机代理，客户机代理代表客户机应用程序中的Web服务。
The Web Service Selection page appears for you to select the WSDL file from which you want to create a client proxy, as shown in Figure 1.18.
WebServiceSelection页将出现，供您从中选择希望创建客户机代理的WSDL文件，如图 1.18 所示。
The client proxy has access to the user's personal tags (or the domain-specific tags of a particular CoP if that's how the user is logged in).
客户端代理能够访问用户的个人标记（或特定CoP的特定于领域的标记——如果用户是这样登录的话）。
You'll use this file in the next section to create a client proxy (that is, the code that your application calls in order to use the Web service).
您将在下一节中使用此文件创建一个客户机代理(即您的应用程序为了使用此Web服务所需调用的代码)。
Implementation of Task 1 involves using the appropriate wizards in Rational Application Developer to create a session bean and a Web service client proxy.
任务1的实现涉及到使用RationalApplication Developer中恰当的向导来开发会话Bean和Web服务客户机代理。
DECP is made up of data access layer, business logic layer, security proxy, data transport proxy, client proxy, messages layer and transactions manager.
DECP由数据访问层、业务逻辑层、安全代理、数据传送代理、客户代理、消息层、事务管理器七个部分组成。
Also, make sure StockQuoteClient is selected as the client project (the project where the wizard will place the client proxy), so the window looks like Figure 1.19.
还有，要确保选择StockQuoteClient作为Client项目(向导将把客户机代理放在该项目中)，窗口如图1.19所示。
Once you've found the service you want at a site, you can import the WSDL document to generate a Web services invocation client proxy for consuming those Web services.
一旦您找到需要的服务，就能为Web服务导入WSDL文档生成Web服务调用客户代理。
The next step in building the solution is to update the session bean in the EJB project to invoke the Web service provider using the generated Web services client proxy class.
构建解决方案的下一步是更新ejb项目中的会话Bean，以使用Web服务客户机代理类调用Web服务提供者。
In this section, you'll use the Web service wizard to create a client proxy for your StockQuote Web service, that is, the code that a Web application USES to call the Web service.
在这一节，您将使用Web服务向导为您的Stockquote Web服务创建一个客户机代理，即Web应用程序用于调用Web服务的代码。
This method calls the Web service provider using the Web service client proxy class SampleService_PortTypeProxy and returns a complex object, SampleOperationResponse, to its caller.
此方法使用Web服务客户机代理类 SampleService_PortTypeProxy调用 Web 服务提供者，并将复杂对象SampleOperationResponse 返回到其调用方。
And when you want to use a Web service in a Web application, you just point the Web service wizard to the WSDL file, and the wizard creates the client proxy to locate and invoke the service.
而且当您希望在Web应用程序中使用Web服务时，您只需要将Web服务向导指向该WSDL文件，此向导就会创建定位和调用这些服务的客户机代理。
WebSphere Studio will then generate a JSF Web service client proxy, bind the parameters, and return an input value for invoking the Web service and output controls for displaying the result.
WebSphereStudio然后将生成一个JSFWeb服务客户端代理，绑定参数，并返回一个输入值以调用Web服务和用来显示结果的输出控件。
客户端代理网关。
In this paper, client-proxy-server based volume callback algorithms are introduced to address two key issues that face the traditional algorithms: scalability and client disconnection.
提出一种基于客户-代理-服务器的卷回调算法来解决传统回调算法所面临的两个主要问题：可扩充性和客户端断连。
In this paper, client-proxy-server based volume callback algorithms are introduced to address two key issues that face the traditional algorithms: scalability and client disconnection.
提出一种基于客户-代理-服务器的卷回调算法来解决传统回调算法所面临的两个主要问题：可扩充性和客户端断连。
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