清单2显示了获取和处理搜索结果的流程。
Listing 2 shows the process of retrieving and handling search results.
清单5显示了使用部分更新来处理模式切换的示例。
Listing 5 shows an example of using partial update to handle mode switching.
清单8显示了处理调整大小的代码段。
清单4显示了如何用SBLIMCIM客户机库绑定事件处理程序与事件过滤器。
Listing 4 shows how to bind an event handler to an event filter with the SBLIM CIM client library.
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。
The InvocationHandler interface, shown in Listing 11, describes how a handler can process methods invoked on a Proxy interface implementation.
清单1显示了 data.xq 中的处理过程。
The code sections in Listing 1 show this processing in action in data.xq.
清单2显示的示例使用ParallelArray对学生成绩进行汇总，演示了选择、处理和汇总的基本操作。
Listing 2 shows an example of using ParallelArray to summarize student grades, illustrating the basic operations of selection, projection, and summarization.
图2和清单14中显示的confighandler类是负责处理配置接口上的方法调用的一个invocationhandler。
The ConfigHandler class, illustrated in Figure 2 and Listing 14, is an InvocationHandler responsible for handling method calls on a configuration interface.
清单16显示了执行搜索的简要的QueryPath代码，处理返回的XML，并创建一个文档。
Listing 16 shows the brief QueryPath code that executes the search, sifts through the returned XML, and creates a document.
清单14显示了要进行处理的ls- l输出示例。
Listing 14 shows some sample ls -l output for you to work with.
清单9显示了它们如何处理示例中使用的控制器。
Listing 9 shows how they work with the controller that handles the example.
最后，在清单21中，您可以看到处理器是如何显示月份的。
In Listing 21, finally, you see how the processor displays the month.
清单4显示了如何处理这些事件。
清单4显示了如何使用元素包括必要的添加内容以在处理时跳过某些文件。
Listing 4 shows how to include additions necessary to skip certain files in the processing using the element.
清单4显示了一个调用处理程序，它没有绑定到任何具体的业务对象，这样就能把它用于任何需要被验证的业务对象。
Listing 4 shows an invocation handler that is not tied to any specific business object, and could therefore be used along with any business object that needs to be validated.
清单2显示了服务员资源模型的资源处理程序示例。
Listing 2 shows an example of the resource handler for the waiter resource model.
清单7显示了我们如何处理新的停止事件。
清单4显示了如何通过自定义属性查询待处理任务。
Listing 4 shows how to query the to-do tasks by the custom property.
清单1显示了一个消息处理程序，用于在发送请求时读取请求主体。
Listing 1 shows a message handler that reads the request body while the request is being sent.
清单6显示的是小部件样例的事件处理函数和回调函数。
Listing 6 shows the event handlers and the callback function of the sample widget.
清单3显示了修改后能在单处理器系统中正确运行的代码。
Listing 3 shows the code modified so that it runs correctly on a uniprocessor system.
清单4显示了一些JSP文件的关键部分：用于处理主要视图的JSP，紧随其后的是这个JSP的处理内容的示例。
Listing 4 shows key portions of some JSP files: the JSP for rendering the Main view, followed by an example of the rendered content for this JSP.
清单3显示的代码片段根据流程实例ID获取事件处理程序。
Listing 3 shows the code snippet getting the event handler by a process instance ID.
清单7显示了一个示例，其中包含有一个登录表单并处理了一些与之有关的元素。
Listing 7 shows an example in which you find a login form and manipulate several elements around it.
清单8显示了资源处理程序的内容，该处理程序显示我们创建的小部件视图。
Listing 8 shows the contents of the resource handler that exposes the widget view we created.
清单6显示了使用该设计方式的模式，而下面的清单7给出了处理使用这种设计方式通过xsl生成合并实体的技巧。
Listing 6 shows sample schemas using this design approach and Listing 7 below shows a technique to deal with this design approach using XSL to generate the merged entity.
出于演示的目的，下面的清单只显示了对（多）行字符串的处理，而省略了错误处理。
The listing shows only the handling for (multi-)linestrings and also omits the error handling for illustration purposes.
清单2显示了主处理循环的开头。
使用以上描述的处理器实现上报的简单流程例子显示在清单17中。
A simple example of a process using described above handlers to implement escalation is presented in Listing 17.
清单3显示了使用这种设计方式的样例模式，而清单4显示了如何使用XSL处理这种设计方式以生成合并的实体。
Listing 3 shows sample schemas that conform to this design approach, and Listing 4 below shows how to deal with this design approach using XSL to generate the merged entity.
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