Namely, the formation of foot drum set custom section.
天长日久，即形成踩鼓节的定俗。
Now configure your custom section in the configuration file as shown in the config example above.
现在配置你在配置文件中的自定义的区块儿，就像上面显示的配置例子一样。
Taper section and custom section beams are widely adopted in the process of model set-up, which is a feature of this paper.
在建立有限元模型中，广泛采用变截面梁和异型梁是本模型的一大特色。
This section explains how to create a custom binding provider and its metadata file and how the binding provider can be used for development.
本节介绍如何创建一个定制绑定提供者和它的元数据文件，以及如何将绑定提供者应用到开发中。
This section illustrates why you need to set custom property for query requirements.
这部分说明了为什么您需要为查询要求设置自定义属性。
This section shows how to develop and enable a custom step completion widget to communicate with the ECM step completion widget.
本小节展示如何开发一个自定义步骤完成小部件并使其与ecm步骤完成小部件通信。
In the next section, you'll see how to move search capabilities from the default implementation into custom components of your own.
接下来的一节，您将看到如何将搜索功能从默认实现转到您自已的定制组件中。
This section contains several coding examples in c, illustrating a number of key principles and functions needed to build an effective custom performance monitoring application.
这一部分包含用C编码的几个示例，它们将说明构建有效的自定义性能监视应用程序所需的许多关键要素和函数。
In this section, we'll show you step-by-step how to build the architecture shown in Figure 1, transforming an enterprise from custom access to information, to providing information as a service.
在本部分中，我们将逐步介绍如何构建图1所示的体系结构，并将企业从自定义信息访问转换为将信息作为服务来提供。
How these elements are represented in custom code is illustrated in the following section.
下一部分将说明如何用自定义编码来表示这些元素。
This section discusses modifying the model publishing templates directly in order to get custom HTML output of your model.
这部分讨论直接修改模型发布模板来得到定制的模型HTML输出。
This section first discusses various roles that are involved in the custom data binding and then lists a few common usage patterns regarding how to deploy the custom binders.
本节首先讨论定制数据绑定相关的各种角色，随后列出几个关于如何发布定制数据绑定的通用模式。
In this section, we'll highlight what is needed to define the custom control.
本节我们将讨论如何定义定制的控件。
In this section, we recreate the sample application, now using custom-created widgets.
在本节，我们将使用定制创建的小部件重新创建这个示例应用程序。
Custom properties that affect the performance and behavior of BFM (see Resources section for a detailed description).
影响BF M的性能和行为的自定义属性(请参见“参考资料”部分了解详细描述)。
To see the list of all of the connection properties defined for the connection factory, click the Custom properties link in the connection factory section of the administrative console.
要查看为连接工厂定义的所有连接属性的列表，单击管理控制台连接工厂部分中的CustomProperties链接。
Figure 17: Published document — custom content added to the purpose section.
图17：发布的文档——增加到目的(purpose)部分的定制内容。
Now that you've seen how to build and use a custom initial RAM disk, this section explores how the kernel identifies and mounts the initrd as its root file system.
现在我们已经了解了如何构建并使用定制的初始ram磁盘，本节将探索内核是如何识别initrd并将其作为根文件系统进行挂载的。
This section gives more details about how to deploy the custom binders that correspond to the three usage patterns that are defined above.
本节将给出更多关于如何发布定制绑定的细节，对应与前面定义的3种模式。
Listing 2 shows the policy section of the Listing 1 WSDL, with a WSIT custom extension added to configure the client-side UsernameToken support.
清单2展示了清单1WSDL中的策略部分，通过添加一个WSIT自定义扩展来配置客户端usernametoken支持。
The next section explains how to write a custom provider to support grid representations so it can be understood by Dojo widgets.
下一节介绍如何编写一个自定义服务提供方程序来支持网格表示，以便于被Dojo小部件所理解。
You can download the complete source for the custom Flex component described in this article from the download section.
您可以从下载小节获取本文描述的定制Flex组件的完整源代码。
The section that follows describes how to write a custom feed for Lotus Quickr and how to deploy the same.
本节将介绍如何为LotusQuickr编写一个定制提要以及如何对它进行部署。
In this section, you'll write a custom provider to support the tree representation so it can be understood by Dojo widgets.
在这一节，您将要编写一个自定义服务提供方程序来支持树型表示，以便于它能被Dojo小部件所理解。
In the next section, we will create a custom Web client that could create a new instance for this BPEL process and as well to provide an custom interface to manage the work items.
在接下来的部分中，我们将创建自定义Web客户端，该客户端可以为BPEL流程创建新实例并提供自定义的界面来管理工作项。
This section describes how to create the Deployment Manager and custom profiles necessary for our topology, and how they need to be federated to the cell.
本节描述如何创建拓扑所需的DeploymentManager和自定义配置文件，以及如何将它们联接到单元。
In this section, we'll cover some advanced issues that arise when you start to pickle complex objects, including instances of custom classes.
在这一节，将讨论一些高级问题，当您开始pickle复杂对象时，会遇到这些问题，其中包括定制类的实例。
The sample code provided in the Download section illustrates the interaction between Content Manager and ILOG JRules through a custom event handler.
在下载小节中提供的示例代码演示了ContentManager和ILOGJRules之间通过定制的事件处理器实现的交互。
Set up a custom node on the other server and federate it with the deployment manager, using the same steps as the custom profile creation described in the previous section.
使用与前一部分中描述的自定义概要创建相同的步骤，在另一台服务器上设置一个自定义节点并将其与部署管理器联合。
Set up a custom node on the other server and federate it with the deployment manager, using the same steps as the custom profile creation described in the previous section.
使用与前一部分中描述的自定义概要创建相同的步骤，在另一台服务器上设置一个自定义节点并将其与部署管理器联合。
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