Step 6 - Configuring the NFS server.
步骤6-配置NFS服务器。
This makes your NFS server more secure.
这会使NFS服务器更安全。
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 server is now configured on netra.ibm.com.
现在已经在 netra.ibm.com 上配置好了NFS服务器。
The node nfsha.haw2.ibm.com is used as an NFS server.
节点 nfsha.haw2.ibm.com用作NFS服务器。
The resource samp-nfsserver represents the NFS server.
资源 samp-nfsserver代表NFS 服务器。
For RHEL3, the NFS server package is installed by default.
对于RHEL3，默认安装了NFS服务器包。
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。
Create user user01 with the same user and group IDs as on the NFS server.
创建用户user01，他的用户ID和组id应该与NFS服务器上相同。
And Node_C is a NFS server required to support workload partition mobility.
Node_C是一个支持工作负载分区迁移的NFS服务器。
You need to ensure that the rpc.rquotad daemon is running on the NFS server.
需要确保在NFS服务器上运行rpc. rquotad守护进程。
If the NFS server is already running, refresh it using the command in Listing 5.
如果NFS服务器正在运行，使用清单5中的命令刷新它。
This command makes an RPC call to the rpc.rquotad daemon running on the NFS server.
此命令对NFS服务器上运行的rpc. rquotad守护进程发出一个rpc调用。
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。
Here janet01 is the NFS server holding file systems required for remote system WPARs.
这里，janet01是提供远程系统WPAR所需文件系统的NFS服务器。
In this configuration, we do not have to rely on NFS server for system WPAR migration.
在这个配置中，我们不必依赖NFS服务器进行系统wpar迁移。
In this example, NFS server = axion, exported directory = /HA, and NFS client = hurlqc.
本例中，NFS服务器为：axion，导出路径为：/HA，NFS客户端为：hurlqc.
Create the NFS server principal on AIX KDC and then create the NFS server keytab file entry.
在AIXKDC中创建NFS服务器主体，然后创建NFS服务器keytab文件条目。
If possible, tune the server specifically to function as an NFS server (more about that later).
如果可能，专门调优服务器，使其具有NFS服务器的功能(稍后详细说明)。
The new version of NFS also contains improvements that provide for easier NFS server implementations.
新版本的NFS还包括简化nfs服务器实现的改进。
Use mount to tune NFS server-based resources, which take effect only after mounting the NFS file system.
使用mount优化基于NFS服务器的资源，而这只有在挂载了NFS文件系统之后才能生效。
In all cases, once the files and configuration have been created, you should start the NFS server process.
在所有情况下，只要创建了文件和配置，就应该启动NFS服务器进程。
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。
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。
Export the directory from NFS server that can be accessed by Kerberos authenticated users or applications only.
从NFS服务器(只有经过Kerberos身份验证的用户或者应用程序才能够访问)中导出目录。
Now associate the Quota Limit Class just created for the /j2quota_test filesystem, to a user user01 on the NFS server.
现在，把刚才为 /j2quota_test文件系统创建的QuotaLimitClass 与NFS服务器上的用户user01 关联起来。
Similar to the client, if the server is a dedicated NFS server, make sure that you tune your VMM parameters accordingly.
与客户端类似，如果服务器是专门的NFS服务器，那么请确保您对VMM参数进行了相应的优化。
The root_squash setting means that the root user on the client is not treated as root when accessing files on the NFS server.
设为root_squash意味着在访问NFS服务器上的文件时，客户机上的root用户不会被当作root用户来对待。
To exploit the NFS Version 4 security features, you must install and configure Kerberos on the NFS server and client machines.
为了利用NFSVersion4安全特性，必须在NFS服务器和客户端计算机上安装并配置Kerberos。
The next screen prompts you to enter NFS server details, as shown in Figure 6. For this example, use the following information.
接下来的一屏提示您输入NFS服务器的详细信息，如图6所示。
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