Following is an outline of the processing flow of the Data Web Service runtime environment shown in Figure 5.
下面概述图5所示的Data Web Services运行时环境的处理流。
A Data Web Service can contain one or more operations where each is based on a single stored procedure call or SQL statement.
每个Data Web Service可以包含一个或多个操作，每个操作都是基于一个存储过程调用或一条sql语句。
Invocation of Data Web Service operations can be enabled for security using a J2EE security scheme, which is transport-level security.
可以使用一种J2EE安全性机制，即传输级别安全性，为Data Web Service操作的调用启用安全支持。
Data Studio also comes with a testing environment (the Web service Explorer), which allows you to instantly test the assembled data Web service.
DataStudio还附带了一个测试环境(Web ServiceExplorer)，通过它可以随时测试组装的数据Web服务。
The Data Web Service test client application can be extremely useful because it provides a Web browser interface for test driving Web service operations.
Data Web Services测试客户机应用程序非常有用，它提供一个用来测试 Web服务操作的 Web浏览器界面。
The following sections describe how to secure a Data Web Service application at the HTTP transport protocol layer and how to hook it into WebSphere's security framework.
接下来的小节描述如何保障Data Web Service应用程序在HTTP传输协议层的安全性，以及如何将它连接到WebSphere的安全性框架。
A data web service is the next generation solution that significantly eases the development, deployment, and management of web services-based access to DB2 and other IBM database servers.
数据web服务是下一代解决方案，可明显改善基于web服务的开发、部署和管理，从而便于访问DB2和其他IBM数据库服务器。
Since this is the first time the IBM Data Web Service Designer is launched, the Advanced Option dialog appears so you can enter application server deployment and configuration information.
由于这是第一次启动IBMData Web ServiceDesigner，因此将显示AdvancedOption对话框，这样您可以输入应用服务器部署和配置信息。
On the Deploy Web Service screen, specify the Web server target environment and indicate that the Data Web Service test client application should be included in the WAR file creation process.
在DeployWeb Service屏幕上，指定Web服务器目标环境，指定应该在WAR文件创建过程中包含Data Web Service测试客户机应用程序。
This creates a new submission called submission, which is the procedure to submit the form data to the Web service.
该操作将创建一个名为SUBMISSION的新提交，这是一个将表格数据提交到Web服务的过程。
For example, in the second tutorial, you make a getter method which retrieves data from a Web service.
例如，在第二个教程中，您将建立一个getter方法，它可以用来从Web服务检索数据。
The same concepts apply when your application provides data to a Web service, or to another consuming code unit.
如果应用程序向Web服务或者其他的代码单位提供数据，那么也存在类似的问题。
Creates a new instance of a LatLong bean called zipToLatLongmtemp to hold the return data from the Web service.
创建一个新的LatLongbean实例，命名为zipToLatLongmtemp，让这个实例来保存从Web服务返回的数据。
The Web form includes a GetData method as described in Listing 3, but it now has text fields to receive data retrieved through Web service calls.
Web窗体包括一个清单3所描述的GetData方法，但是它现在能够使用文本字段接收通过Web服务调用获取的数据。
Each selection list in an XForms application can also read data directly from a Web service.
X Forms应用程序中的每个选择列表都可能需要直接从Web服务读取数据。
Adding dynamic data to a Web service test.
向Web服务测试添加动态数据。
Users can access the forms and submit data back to a Web service or other server process.
用户可以访问表单并将数据提交给Web服务或其他服务器处理。
If you want to send data to a Web service, you might also need to send XML.
如果您希望发送数据给Web服务，那么您可能也需要发送XML。
In this case, the application object ACTS as a facade for data in a Web service.
在这个示例中，该应用程序对象用作Web服务中数据的Facade。
Edit the test so that it will run with multiple datasets and validate the returned data from the Web service.
编辑测试，以便它用多个数据集运行，并验证来自Web服务的返回数据。
When the client receives a context response, start response, or data from the Web service, it processes the message and then makes a data request call to request more data.
当客户机收到上下文响应、启动响应或来自Web服务的数据后，客户机将处理消息，然后发出数据请求调用以请求获得更多数据。
You can use software tools to obtain this information for you, so all you have to worry about is supplying data to a Web service and using the data that comes back as a response.
利用一些软件工具完全可以获取这些信息，因此您所需要关心的事情就是为Web服务提供数据并且使用作为响应返回的数据。
For purposes of demonstration, the Domino mail application example was combined with a Domino Web service to retrieve and display Domino data through Web service calls.
为了演示说明，把Domino邮件应用程序的例子与DominoWeb服务相结合，通过Web服务调用获取并显示Domino数据。
As you will see, in this type of implementation the Web service defines the data types and Web service operations for the Multimodal Architecture's life-cycle API.
正如您将看到的那样，在这类实现中，Web服务将为Multimodal Architecture的生命周期API定义数据类型和Web服务操作。
Application and regular modules contain any number of definitions: user interfaces, data models, styles, web service interfaces and functions.
application和regular模块包含任意数量的定义：用户界面、数据模型、样式、web服务接口和函数等等。
In Part 2, we used the Web service data component to discover and generate input and output components.
在第二部分中，我们使用Web服务组件来发现和生成输入输出组件。
The user will be able to choose a type of service, a specific Web service to use, the data to pull from the Web service, and the presentation of that data.
用户可以选择服务的类型、要使用的具体Web服务、从服务中获取的数据以及这些数据的表示。
For the example, you'll incorporate ideas from other topics you've learned about in this final article to visualize data from a web service.
为了理解这个例子。您需要使用本文所介绍的其他概念来将Web服务的数据可视化。
Query Language, which offers a unified, SQL-like interface to retrieve data from multiple web service APIs.
QueryLanguage，该语言提供一个统一的、类似 SQL 的接口来检索来自多个web服务APIs 的数据。
Finally, to refresh the view of your data, ping the component that retrieves data from the Web service.
最后，刷新数据视图，ping从web服务获取数据的控件。
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