NFS——网络文件系统。
Remember that NFS performance problems might not be related to your NFS subsystem at all.
请记住，NFS性能问题可能与您的nfs子系统根本没有任何关系。
Remember that NFS performance problems might not be related to your NFS subysystem at all.
请记住，NFS性能问题可能与您的 NFS子系统根本没有任何关系。
Of course, you could mount a remote disk over NFS!
当然，您可以通过NFS挂装一个远程磁盘！
With NFS Versions 3 and 4, if your NFS volumes are mounted on high-speed networks, you should increase this value to 65536.
对于NFS版本3和4，如果在高速网络中挂载您的nfs卷，那么您应该将这个值增大到65536。
As an extension to NFS, you should consider using the automount system.
作为对NFS的扩展，应当考虑使用自动加载系统。
This command displays all types of information about NFS and RPC calls.
这个命令可以显示有关NFS和RPC调用的所有类型的信息。
Network file system: Learn more about NFS and its long history.
网络文件系统：进一步了解NFS及其漫长的历史。
If this command fails, the NFS server may not have been started.
如果该命令失败，那么可能是因为NFS服务器还没有启动。
For example, Listing 5 shows the output during an NFS data exchange.
例如，清单5显示了在NFS数据交换期间的输出。
The same security, file permissions, and other data is replicated between the NFS client and the NFS server.
将会在NFS客户端和NFS服务器之间复制相同的安全设置、文件权限和其他数据。
Most NFS clients have little need for working segment pages.
大多数NFS客户端对于工作段页面的需求很少。
Unlike when you tune database servers, with NFS you want to allow the VMM to use as much RAM as possible for NFS data caching.
与优化数据库服务器有所不同，对于NFS来说，您希望允许VMM使用尽可能多的RAM来进行NFS数据缓存。
In this scenario, the NFS server exports different entries of different NFS versions.
在这个场景中，NFS服务器导出属于不同nfs版本的不同项。
NFS does not reside on the transport stack, because NFS USES Remote Procedure Calls (RPCs).
因为NFS使用了远程过程调用(rpc)，所以NFS并不位于传输堆栈中。
Once the NFS client mounts the exported filesystem from the NFS server, the quota assigned for that filesystem becomes available to the NFS client.
在NFS客户机装载nfs服务器导出的文件系统之后，NFS客户机就可以使用分配给文件系统的配额了。
Start by configuring disk quota on an NFS server.
首先，在NFS服务器上配置磁盘配额。
The NFS service is typically started automatically while booting.
NFS服务通常会在引导时自动地启动。
Such a distributed environment normally consists of multiple NFS domains.
这种分布式环境通常由多个NF s域组成。
We also need an additional NFS server to support WPAR mobility and the customer base for NFS-based WPARs has shown to be limited.
我们还需要一个附加nfs服务器来支持wpar迁移，而且基于NFS的WPAR的客户群已经显示出是有限的。
The ability to use cryptographic authentication for NFS RPC requests provides support for end-to-end NFS security.
NFSRPC请求可以使用密码认证的能力提供了端到端的NFS安全支持。
From this point onwards, the administrator will follow the steps needed for NFS server and NFS client setup.
从现在开始，管理员可以执行nfs服务器和NFS客户端设置所需的步骤。
NFS even supports the latest computing models to optimize virtualized infrastructures.
NFS甚至支持最新的计算模型，来优化虚拟的基础设施。
Application mobility is no longer restricted to NFS-based configurations.
应用程序移动不再限于基于NFS的配置。
So, it does not return group quota information for NFS.
因此，它不返回NFS的组配额信息。
The following command listing exports the filesystem through NFS.
下面的命令通过NFS导出文件系统。
As you can see, there are no file systems mounted using NFS Version 4, only NFS Version 3.
正如您可以看到的，其中并没有使用NFS版本4装入的文件系统，仅使用了NFS版本3。
Note that the NFS domain of NFS server and clients are different.
注意，NFS服务器和客户机的NF s域不一样。
Once a request is found to be destined for NFS, VFS passes it to the NFS instance within the kernel.
一旦发现了为NFS指定的需求，VFS 会将其传递给内核中的 NFS实例。
This makes your NFS server more secure.
这会使NFS服务器更安全。
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