Access adds the hyperlink to the data access page.
access会将超链接添加到数据访问页。
This wizard automatically creates a columnar data access page.
该向导自动创建纵栏式数据访问页。
When you save a data access page, all supporting files - such as bullets, background textures, and graphics - are, by default, organized in a supporting folder.
在保存数据访问页时，默认情况下，所有支持文件(如项目符号、背景纹理和图形)都被组织在支持文件夹中。
Previously, page data for every page a user could access was pre-loaded at login.
在以前，用户可以访问的每个页面的页面数据都是在登录时预加载的。
If you use a single page size for relational and XML data, or for data and indexes, a 32kb page size may be beneficial for XML data but somewhat detrimental for relational data and index access.
如果为关系数据和XML数据，或者为数据和索引使用单一的页宽，那么32kb的页宽对于XML数据而言可能有利，但是不利于关系数据和索引的访问。
The SOP is a security restriction that basically forbids a page loaded from a certain origin (meaning the protocol/host/port trio of the URL) to access data from a different origin.
SOP是一种安全性约束，它实际上禁止从某个源（即URL的协议/主机/端口三元组）装载的页面访问来自不同源的数据。
Now that I have the data, I can access it from within the HTML page.
现在已经获得了数据，可以从HTML页面中访问了。
To access the input message from the output JSP page, you have to transport the data explicitly from the input JSP document to the output JSP document.
要从输出JSP页访问输入消息，必须将数据显式地从输入 JSP文档传输到输出 JSP 文档。
For the sake of security, the SOP makes a lot of sense because it doesn't allow a page from one origin to access, manipulate, and show data taken from another origin.
因 SOP不允许来自一个源头的页面访问、处理和显示来自另一个源头的数据，所以它对安全性很有意义。
For example, with typical page sizes of 8 KB or 16 KB, in-page processing is inherently sequential and less CPU-efficient than random data access.
例如，对于典型的8KB或16 KB的页面，页内处理天性是连续的，CPU效率低于随机数据访问。
The dar (Data address Register) contains the address that the processor tried to access, which then caused a page fault.
dar(数据地址寄存器)包含处理器尝试访问的地址，这一行为将引发页面错误。
In this article, I demonstrated how to use two different techniques to access data dynamically from a Web page to create an RSS reader on the page.
在这篇文章中，我演示了如何使用两种不同的技术动态地访问web页面中的数据，从而在页面上创建一个RSS阅读器。
In this example, we set contact information for a portal page as meta data on the content node (see above XML Access excerpt).
在此示例中，我们将门户页面的联系人信息设置为内容节点上的元数据(参见上面的XMLAccess摘录)。
The query module discussed over the last few pages is extremely powerful and allows you to access many more facets of wiki content, including images, files, user data, and page revision data.
前面内容中所探讨的查询模块非常强大，它可用于访问wiki内容的更多方面，包括图片、文件、用户数据、以及页面修订数据。
Think of the data() functions as a way to access an internal Map that is contained on each page element.
不妨将data()函数视为用来访问包含在每个页面元素的内部Map 的一种方式。
The first part of this article examines all the available models, and shows a sample portlet using the page meta data to access page context information.
本文的第1部分介绍了所有可用的模型，并使用访问页面上下文信息的页面元数据演示示例Portlet。
Screen shot of a Twitter page, with an overlay, asking the user to deny or allow the MyTtWebClient to access and update data on Twitter.
页面的屏幕截图，页面上有一个覆盖部分，询问用户是接受还是拒绝对MyTtWebClient的访问并更新Twitter上的数据。
When other processes wake up and want to access that data, they get a page fault and the kernel page in the memory.
当其他进程唤醒和要访问的数据，他们得到的页面错误和内存中的内核页。
A page blob supports up to 1 TB of data and is meant for random access.
而pageblob能支持最高1tb的数据，主要用于随机访问。
NET was used to access database and to optimize the data access so as to achieve the flexible configuration on system power and page caching technology for alleviating the burden of CPU.
NET技术访问数据库及优化数据访问，实现了系统权限的灵活配置并且运用页面缓存技术来减轻CPU的负担。
At present, most of the page in the website information database, we must pass these data backend database to access data information.
目前，页面中的信息大都保存在网站的后台数据库中，这些数据必须通过数据库访问技术才能访问到。
This paper discusses the two Web-page models' models, principles, Web-pages making, transmission methods of information (data) as well as the connection and access technology of database.
对这两种模型页面的模型及其原理、页面制作、信息(数据)传送方式、数据库的连接与访问技术等四个方面进行了对照研究。
This page provides integrated access to data on the genetics, genomics, and biology of the laboratory mouse.
该网页提供了有关实验室使用的小鼠的遗传学、基因组学、生物学的完整的数据访问。
For example, users can trust that an executable embedded in a Web page can play an animation on screen or sing a song, but cannot access their personal data, file system, or network.
例如，用户可以相信嵌入在网页中的可执行文件能够在屏幕上播放动画或唱歌，但不能访问他们的个人数据、文件系统或网络。
For the reason of the no order of space data, the algorithm based on join index have to improve for it. The key problem of optimal page-access sequence with a fixed Buffer has been analyzed.
空间数据的无序性，使得应用在其上的利用连接索引的算法需要进一步的改进，为此分析了其中关键的最佳页访问次序问题。
For the reason of the no order of space data, the algorithm based on join index have to improve for it. The key problem of optimal page-access sequence with a fixed Buffer has been analyzed.
空间数据的无序性，使得应用在其上的利用连接索引的算法需要进一步的改进，为此分析了其中关键的最佳页访问次序问题。
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