In this section, you learn how to work with the data received from the flat-file export and how to work with data in flat files using the flat-file import.
在此部分中，您将学习如何处理从平面文件导出构件接收的数据，以及如何处理使用平面文件导入构件的平面文件中的数据。
Multiple instances of that application can be dispatched using the Parallel Job Manager (PJM), where each partition processes a different section of the data.
该应用程序的多个实例可以使用并行作业管理器(PJM)来进行分派，其中各个分区处理不同的数据部分。
You will want to create some sample data using the supplied script (see the Download section).
使用提供的脚本创建一些示例数据(参见下载部分)。
In the previous section, you got up and running with retrieving data from your DB2 database using PHP.
在前一个小节中，您成功安装和配置了PHP，并且可以通过它从DB 2数据库获取数据。
LIKE, that indicates that the data type for the parameter will be specified using the LIKE clause and specified using the parameter properties in the LIKE clause section, as shown below.
表示参数的数据类型将被指定为使用like子句，并使用like子句区段中的参数属性指定，如下所示。
REFERENCES, that indicates that the data type for the parameter will be specified using the REFERENCES clause and specified using the parameter properties in the REFERENCES clause section.
表示参数的数据类型将被指定为使用references子句，并通过references子句区段中的参数属性指定。
The upcoming section demonstrates how to perform query operations on this XML data using our Team Room application.
后面一节演示如何使用TeamRoom应用程序对这个XML数据执行查询操作。
The server would then either return an entire page, or just the section you want to replace with the requested set of data, depending on whether it was called using Ajax or a regular GET request.
然后，服务器将要么返回整个页面，要么只返回您希望使用请求的数据集替换的部分，具体情况取决于使用Ajax还是常规GET 请求调用它。
This section covers the API to store private data using android.content.Context.openFileInput, openFileOutput, and getCacheDir() to cache data rather than store it persistently.
本节介绍这个存储私有数据的API，它使用 android.content.Context.openFileInput、openFileOutput和getCacheDir()来高速缓存数据，而不是永久地存储。
So even if your high-level API creates a SOAP Envelope for you using SOAP Section 5 encoding and the Web service you are interested in expects data encoded via SOAP Encoding, it still might not work.
所以，即使您高级别的API用SOAPSection5编码为您创建一个 SOAP信封，而且您感兴趣的Web服务期望通过 SOAP编码对数据进行编码，这个 SOAP 信封可能还是不起作用。
This section will build a simple PHP application around these functions, allowing users to add and delete event listings using the Google Base Data API.
本节将围绕这些功能构建一个简单的PHP应用程序，从而允许用户使用GoogleBaseDataapi添加和删除事件清单。
This section explains how you can build a data model for business event processing using the WebSphere Business Event: Design Data tool.
本部分将阐述如何使用WebSphereBusinessEvent:DesignData工具为业务事件处理构建数据模型。
In the next section you'll test that everything works by connecting to your DB2 database and you will retrieve some data using PHP.
在下一个小节中，您将通过连接到DB 2数据库来测试所有部分是否正常工作，并使用PHP获取一些数据。
If you are using the same server profile, you can reuse the data source created on the server in the previous section for this configuration.
如果您正在使用相同的服务器概述，那么对于该配置您可以在前面的部分中重复使用服务器上的数据源。
This section shows you how to implement the data transformation solution using a custom-data binding approach.
此部分将说明如何使用自定义数据绑定方法实现数据转换解决方案。
If performance is still not acceptable using the Get Data Later feature, then consider the technique described in section 8, Create Fake Fact Query Subjects.
如果使用GetDataLater特性的性能仍不可接受，那么考虑第8节中的技术，创建伪事实查询主题。
You can then analyze the heap data using the jhat utility described in the next section.
然后您可以采用下一部分中描述的jhat实用程序分析堆数据。
The next section covers how to create this database and data source using the Geronimo console.
下一节将介绍如何使用Geronimo控制台创建此数据库和数据源。
To illustrate the problem, imagine a Web service that returns a linked list data structure which we serialize to XML using the SOAP Section 5 Encoding rules.
要说明这个问题，请想象一个Web服务，它返回一个链表数据结构，我们可以使用SOAPSection5Encoding规则将次结构序列化为XML。
This section describes the steps you need to complete to build the Business Events application using Design Data tool.
本部分描述使用DesignData工具构建BusinessEvents应用程序所需完成的步骤。
The steps in this section outline the configuration required to set up a data source in Cognos 8, Version 8.3 to access the archive file using ODM DSN.
这个小节的步骤描述了在Cognos8(8.3版本)中设置数据源以使用ODMDSN访问归档文件所需的配置。
The following section discusses any IBM Cognos 10 configuration Settings within the eb.properties file which are available when using Oracle Essbase as a data source.
下面部分讨论eb . properties文件内的任何IBMCognos10配置设置，在将OracleEssbase用作数据源时予以提供。
The steps in this section outline the configuration required to set up a data source in Cognos 8, Version 8.1 or 8.2 to access the archive file using ODM DSN.
这个小节的步骤描述了在Cognos8（8.1或 8.2 版本）中设置数据源以使用ODMDSN访问归档文件所需的配置。
The following section discusses any IBM Cognos 10 configuration Settings within the bw.properties file which are available when using SAP bw as a data source.
下面部分讨论bw . properties文件内的任何IBMCognos10配置设置，在将SAPbw用作数据源时予以提供。
Using the synchronization flow described in the previous section, we will walk through an example of how sync Framework enumerates changes and ultimately applies item data.
通过使用前面介绍的同步流程，我们将实际操作一次文件同步示例，该示例将说明MicrosoftSyncFramework如何枚举更改并最终应用项目数据。
The cause of subway station top floor cracking during construction is analyzed, and the temperature stresses of the monitoring section are computed using the practical test data.
分析了施工阶段地铁车站顶板裂缝的成因，根据实测数据计算了监测段的温度应力。
This section contains reference information for the views and reports of profiler data files that were generated by using the instrumentation method.
本节包含有关使用检测方法生成的探查器数据文件的视图和报告的参考信息。
Then, the BP neural network is trained by using traffic flow data from a section of freeway and the network model parameters can be obtained.
并利用一段高速公路的交通流数据对BP神经网络进行训练，得到网络参数。
The next section will teach us how MDB assists with using the correct data types in the database.
下一节将教给我们mdb如何辅助在数据库中使用正确的数据类型。
Using the definitions for asset classes described in the facilitated data gathering section, start quantifying assets that fit the description of the high business impact class.
使用在主持式数据收集一节中描述的资产类别定义，开始对符合高业务影响类别说明的资产进行量化。
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