Note that the extended partition is locked in this way if any of its contained logical partitions are in use, including swap space.
注意如果扩展分区其中包含的任何一个分区(包括交换空间)正在使用，那么它是以这种方式锁定的。
All UNIX systems usually have one allocation of primary swap space.
所有unix系统通常都有一个主交换空间分配。
Note that swap space added in this way will not be retained during a reboot.
请注意，以这种方式添加的交换空间在重新启动后不会保留。
Once you have a figure in mind, you need to configure the swap space.
一旦头脑中有了大体数字，您就需要配置交换空间。
One disk for the operation system and the swap space.
一个磁盘用于操作系统和交换空间。
All UNIX systems have multiple types of swap space.
所有unix系统都有多种类型的交换空间。
Many use a combination of these different arrangements to make the best of their swap space.
许多变体使用这些不同安排的组合来充分利用它们的交换空间。
In addition to the filesystem use covered so far, you also need to consider allocating swap space on disk.
除了上述的文件系统使用方法之外，您还需要考虑在磁盘上分配交换空间。
If the Numbers are low but your system is slow, it might point to a swap space issue.
如果这些数值较低，但系统却运行迟缓，那么可能表示存在交换空间的问题。
On a desktop system, allocate at least as much swap space as physical RAM.
在桌面系统上，至少分配与物理ram一样多的交换空间。
To use a file for swap space, first create a suitable file.
若要将文件用于交换空间，请首先创建一个适当的文件。
Some only use swap space when the physical memory has already been used.
有些变体仅在已经使用完物理内存时才使用交换空间。
The simplest is ensuring that you have enough RAM to hold your application without needing to use swap space.
最简单的调优措施是确保RAM足以容纳应用程序，而不需要使用交换空间。
Swap files used in this way are never generally a long-term solution to the problem for swap space.
以这种方式使用的交换文件通常决不是针对交换空间问题的长期解决方案。
Most people set and forget their swap space Settings but, in this article, you've examined several ways to add and adjust your swap space.
大多数人设置并遗忘他们的交换空间设置，不过在本文中，您研究了几种添加和调整交换空间的方法。
You might be unable to run all of the applications that you want with too little swap space, and you might be wasting disk space that is never used with too much swap space.
如果交换空间太小，则可能无法运行您希望运行的所有应用程序，而如果交换空间太大，则可能在浪费那些从未使用的磁盘空间。
By default, some avoid using swap space and, where possible, provide a mechanism to let you tune how swap space is used.
缺省情况下，有些变体避免使用交换空间，并尽可能提供某种机制来允许您调整交换空间的使用方式。
The amount of swap space that you configure on your machine is largely dependent on the application and operating system.
您在计算机上配置的交换空间量主要取决于应用程序和操作系统。
Part 3 focuses specifically on swap space and how best to tune your VMM Settings to provide for optimum swap space configuration and performance.
第3部分主要介绍交换空间，以及如何最好地优化VMM设置，以提供最优的交换空间配置和性能。
Swap space in a file rather than a dedicated swap partition is another example.
文件中的交换空间（不是专用交换空间）是另一个示例。
If you have a partition available, then you should prepare it as outlined above in the Configuring swap space section.
如果有某个分区可用，您可以按照上面在配置交换分区部分中的介绍来准备它。
The system is able to fit everything into physical memory without having to resort to slow, disk-based swap space.
系统现在可以全部装入物理内存，而不必借助慢速的基于磁盘的交换空间。
Getting your swap space configuration right can make a big difference to the efficiency of your machine.
正确配置交换空间可以对计算机效率产生巨大的影响。
A large swap space is also advisable for a system with very small memory.
建议为内存极小的系统使用较大的交换空间。
Different UNIX variants use their swap space in different ways.
不同的UNIX变体以不同的方式使用它们的交换空间。
Releasing space allows the underlying operating system to cut down on swap space requirements and reuse memory mapping tables.
释放空间使底层操作系统减小对交换空间的许求并且重用内存映射表。
There is little information here on how regularly or extensively your swap space is being used.
其中有关交换空间的定期或全面使用情况的信息非常少。
On a server, allocate at least 50 percent of your available RAM as swap space.
在服务器上，至少分配可用RAM的50%作为交换空间。
If the configured swap space is less than the physical RAM, such dumps are not possible.
如果所配置的交换空间小于物理ram，此类转储就无法实现。
Some keep a copy of the data in all applications — both memory and swap space.
有些变体保留所有应用程序中的数据副本——同时包括内存和交换空间中的应用程序。
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