我们将演示如何在泛型DAO 中集成数据分页和查询，从而减少代码。
We'll show how you can reduce code by incorporating paging of data and querying in the generic DAO.
NET的DataGrid提供了一个非常棒的能力：对数据分页的支持。
The ASP.NET DataGrid exposes a wonderful capability: data paging support.
在这过程中解决了客户端以DHTML技术生成数据表格的数据分页及相关问题。
In this procedure we solved some problems of being using DHTML to create the data table and data pages and other associated problems.
同时，详细讨论了实时环境下分布式数据管理遇到的数据分页，数据的更新和维护，结点恢复等典型问题。
At the same time, author discusses mainly data pagination, data updating and maintenance, nodes recovery of distributed data management in a naval command and control system.
数据分页就是其中一个技术，就是我们在富客户端应用程序或Web应用程序中已经熟知的，使用数据网格类似的方式。
Paging data is a technique that we all well know from rich client applications or from web applications using e.g.: data grids.
数据分页功能——DB 2 command类现在有一个ExecutePageReader方法，该方法使应用程序可以从数据库中取一组特定的行。
Data paging capability — the DB2Command class now has an ExecutePageReader method that enables applications to fetch a specific set of rows from the database.
它将文件数据缓存为分页，就如同进程的虚拟内存一样。
It caches the file data as pages, just like virtual memory for processes.
一个分页就是一个固定大小的数据块。
例如，如果一个应用程序正在读取某个文件，那么该文件数据将缓存于永久存储分页的内存中。
For example, if an application is reading a file, the file data is cached in memory in permanent storage pages.
因此，当进程退出时，系统将释放进程数据和堆栈的工作存储分页。
Thus, the system releases the working storage pages for the data of a process and stack when the process exits.
因此，内存中的永久存储分页与磁盘中的文件数据完全相同。
So, the in-memory permanent storage pages are equivalent to the file data on the disk.
分页是显示大量数据的常用方法。
Pagination is a common approach used to display large amounts of data.
使用DataGrid的分页需要所有数据均与网格进行绑定。
Paging with the DataGrid requires all of the data to be bound to the grid.
顾名思义，这是一个现成的ZendFramework组件，您可以用它来为大型数据集分页。
As the name suggests, this is a ready-made Zend Framework component that you can use to paginate large data sets.
如果是，缓存的副本被用于填充zend _ Paginator数据数组，分页照常继续。
If it does, the cached copy is used to populate the Zend_Paginator data array, and pagination proceeds as usual.
计算性分页是一些用于文本、数据、堆栈和进程的共享内存的分页。
Computational pages are pages used for the text, data, stack, and Shared memory of a process.
分页UI允许您在显示的数据之间向前导航或者向后导航，每页显示特定数目的结果。
The paging UI allows you to navigate backwards and forwards through displayed data, displaying a fixed number of records at a time.
图5展示了这一简单报表的示例，这是一个输出到分页式报表的完整数据集。
Figure 5 shows an example of this simple report, which is the entire dataset printed out to a paged report.
在表格模型中(图2)，图形化组件使您可以列出行和列的数据，同时有滚动条来提供分页功能。
In a table model (Figure 2), a graphical component that enables you to list row and column data, along with scroll bars to provide paging.
可以在一个数据卷组中新建一些分页空间，或者创建一个专门用作分页空间的卷组。
You can create new paging Spaces in a data volume group, or a volume group just for paging.
数据源控件减少了为检索和绑定数据甚至对数据进行排序、分页或编辑而需要编写的自定义代码的数量。
Data source controls simplify the amount of custom code that needs to be written to retrieve and bind data, and even to sort, page through, or edit data.
假定一个共有基金系统的应用程序开发要求有100多个jsp页，并且大部分页面需要表格数据。
Suppose that the application development of a mutual fund system requires over 100 JSP pages, and most of the pages need table data.
尽管缓存可能在一定程度上减轻这种性能影响，但如果使用特定大小的数据块检索数据来支持用户界面分页，则可能出现另一个问题。
Although caching might alleviate this to some degree, another problem might arise if data is retrieved in blocks of a certain size to support user interface pagination.
SIZE —为此进程（文本和数据）分配的分页空间的实际大小。
SIZE—The actual amount of paging space allocated for this process (text and data).
常见的两种通用操作是根据搜索参数执行查询和数据库级的分页。
Two common operations that occur frequently are querying based on search parameters and database-level pagination.
这个应用程序说明了主从复合结构的数据对象视图，连同分页及分类的能力。
This application illustrates the master-detail view of data objects along with pagination and sorting capabilities.
这个应用程序说明了主从复合结构的数据对象视图，连同分页及分类的能力。
This application illustrates the master-detail view of data objects along with pagination and sorting capabilities.
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