新的条目将显示在博客区段中。
使用全局和区段分组之间的混合。
还可以添加或删除导航区段。
使用编辑模式过滤门户区段。
第一个区段包括设置业务上下文的结构。
The first section includes constructs to set the business context.
用这种分割方法可以获得每个区段的长度。
将这些导航区段从插件中拖放进导航模板中。
Drag and drop navigation sections from the plug-in into your own navigation template.
这指出了销售表包含三个区段。
可以看到，该表中有三个区段。
请使用适当的区段。
然而，无法保证区段本身也是连续的。
There is, however, no guarantee that extents themselves are also contiguous.
您还可以在模块中找到其他支持动态特性的区段。
You'll also find additional sections in a module to support its dynamic nature.
可以检查每个dbspace的区段。
不同的区段大小意味着不同的vg粒度。
然后为每个剩余的区段迭代新的模块并执行重新定位。
The new module is then iterated for each remaining section and relocations performed.
这个全局区段将规则全局地应用到所有SQL语句上。
The global section applies the rules globally to all SQL statements.
缺省情况下，一个区段是32 (4KB)页。
如果某个区段存在主机名，必须完全删除该区段。
如果表拥有太多区段，那些区段就很可能是交错的。
If tables have too many extents, it is very likely that those extents are interleaved.
为达到效率最大化，频繁访问的表区段应当越少越好。
For maximum efficiency, frequently accessed tables should have as few extents as possible.
区段大小决定移到下一容器之前要写入容器的页面数。
Extentsize determines number of pages written to a container before moving to the next container.
使用DMS 时，更改区段大小并没有明显的效果。
There was no apparent effect from varying extent size with DMS.
所以建议在初始设置时选择一个区段大小，以后不再修改。
The best advice is to stick with the extent size chosen in the initial setup.
xml优化概要文件以optprofile区段开始，该区段表明版本属性。
The XML optimization profile starts with the OPTPROFILE section indicating the version attribute.
迭代临时elf块中的每个区段，并将需要执行的区段复制到新的块中。
Each section in the temporary ELF block is iterated, and those that need to be around for execution are copied into the new block.
单击Access区段旁边的expand图标expand图标以打开该区段。
Click the Expand icon next to the Access section to open the section.
单击profile区段旁边的expand图标expand图标以打开该区段。
Click the Expand icon next to the Profile section to open the section.
更进一步说，任何高铁的运转都需要轨道区段，而这些区段只能承受常规速度的运行。
Further, any HSR operation will include track segments where only conventional speeds are possible.
在前面的步骤，模块区段被加载到内核(临时)内存，并且知道哪个区段应该保持，哪个可以删除。
In the prior steps, the module sections are loaded into kernel (temporary) memory, and you also know which are persistent and which can be removed.
在前面的步骤，模块区段被加载到内核(临时)内存，并且知道哪个区段应该保持，哪个可以删除。
In the prior steps, the module sections are loaded into kernel (temporary) memory, and you also know which are persistent and which can be removed.
应用推荐