Number of logical data page reads
逻辑数据页面读取次数
Number of physical data page reads.
物理数据页面读取次数。
Yes, but I need a copy of biographical data page of his passport.
好的，但是我需要护照资料页的一个复印件。
Result from Manager1 trying to update another row on the same data page.
Manager 1试图对同一数据页中的另一行执行更新，结果如下。
Buffer pool data writes is much greater than Asynchronous pool data page writes.
缓冲池数据写远远大于异步池数据页写。
Leave copies of your itinerary, passport data page and visas with family or friends.
把你的旅行线路计划以及护照资料和签证的复印件留给你的家属或朋友。
Buffer pool data writes is approximately equal to Asynchronous pool data page writes.
缓冲池数据写约等于异步池数据页写。
The value is stored on a data page together with all other attributes of the same row.
这个值与同一行中所有其他属性一起存储在一个数据页中。
The last data page may contain file information not relevant to the running process.
数据段最后一个页面也许会包含与正在运行的进程无关的文件信息。
In addition, you implement a basic pagination mechanism by fetching the data page by page.
另外，可以通过逐页抓取数据来实现基本的分页机制。
On the input data page, click on the AssocOrder input data defined in the previous section.
在Inputdata页面中，点击在前一部分中定义的AssocOrder输入数据。
It is much faster to omit data page lookups whenever values can be directly read from index.
那么，每次可以直接从索引中读取值时，省略数据页的查找方法都要快得多。
This means that DB2 fetches every data page in the table space sequentially into the buffer pool.
这意味着DB2按顺序在表空间上提取每一个数据页面到缓冲池。
Each data page has up to 255 "slots" that hold the offset into the page where a given row can be found.
每个数据页有最多255个“slot”，它包含给定行在页中的偏移量。
For example, assume that Member 1 in Figure 1 wants to read a data page that isn't in its local buffer pool.
例如，假设图1中Member 1要读取不在它本地缓冲池中的数据页。
This is because XML documents, like LOBs, can be too large to fit within a single row on a data page of the table.
这是因为，LOB这样的XML文档体积庞大，无法放到表数据页面的单个行中。
The content of a data page is both the data and information about the data on the page (sometimes called metadata).
数据页面的内容包括页面上的数据和有关页面上数据的信息(有时称为元数据)。
A data page also remains compressed in the DB2 buffer pool there by allowing more data to be cached in memory for potential reuse.
在db2缓冲池中数据页面也保持压缩的，为了潜在的重用允许更多的数据缓存在内存中。
To speed up the process, Informix has the ability to read the next data page into memory when the first one is still in the memory.
为了加速这个过程，当第一个页面仍然在内存中时，Informix就可以将下一数据页读入内存。
The new collect data page helps you navigate intuitively through the various data collection options available in IBM Support Assistant.
新的CollectData页面有助于您在IBMSupportAssistant中的可用数据收集选项之间进行直观导航。
Add a Data column Modifier builder to hide all columns except Document_title and Document_description created by the Data Page added in the last step.
添加一个DataColumnModifier构建块，以隐藏除了上一步骤中添加的Data Page所创建的Document _ title和Document_description以外的所有其他列。
Add a link builder call to the title tag created by the Data Page builder previously to link-enable each folder title and allow users to navigate to the contents of a folder.
向前面由Data Page构建块创建的title标记添加一个Link构建块调用，以使每个文件夹标题支持链接，并允许用户导航到某个文件夹的内容。
This data is shown graphically on the opposite page.
对页以图表显示这些数据。
When you expand them, you can see the request and response data in each page.
当您展开它们时，您会在每一个页面中看到请求和响应数据。
Data flow was synchronous with page reload.
数据流与页面重新加载同步。
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。
Listing 9 shows the data for the page.
清单9显示了该页面的数据。
Figure 2 shows what the data entry page looks like.
图2显示了数据条目页面的外观。
Figure 2 shows what the data entry page looks like.
图2显示了数据条目页面的外观。
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