最后提出了对下一代全局文件系统的展望。
基于集群环境下的全局文件系统的设计和实现是集群技术的重点之一。
The design and implement of the global file system based on cluster environment is one of the most important issues of cluster technique.
UfoProject是为Solaris 提供的一个全局文件系统，它允许用户将远程文件真正当作本地文件一样对待。
The Ufo Project is a global filesystem for Solaris that allows users to treat remote files exactly as if they were local.
在全局环境中，您可以查看和控制在WPAR中运行的所有进程，包括它的文件系统。
From the global environment, you can see and control all of the processes that are running within the WPARs, including its file systems.
作为全局(LPAR)系统管理员，您将注意到，WPAR具有很多文件系统。
As the Global (LPAR) system administrator, you will note that a WPAR has lots of filesystems.
请注意，也不能从WPAR增加文件系统的大小，只能从全局环境更改。
Note that you also cannot increase the size of a filesystem from the WPAR, only from the global environment.
通过显式地将minput和maxpout设置为0 并装入文件系统，您还可以限制设置全局参数的效果
You can also limit the effect of setting global parameters, by mounting file systems using an explicit 0 for minput and maxpout
在挂载文件系统时，为minput和maxpout显式地指定零值，可以限制设置全局参数的效果：#mount-o minpout=0,maxpout=0 /u。
You can also limit the effect of setting global parameters by mounting file systems using an explicit 0 for minput and maxpout: # mount -o minpout=0,maxpout=0 /u.
应用程序WPAR同样是全局环境计算机中拥有自己的执行环境的一个进程，并且使用全局环境中的所有文件系统。
An application WPAR is also a process inside the global machine with its own execution environment and USES all file systems from the global environment.
下图显示了全局环境和远程的系统WPAR 之间的文件系统映射。
The following figure shows file system mapping of Global and Remote System WPARs.
文件系统挂载既可以在全局系统环境中执行，也可以在特定OS实例中执行。
The file system mounting can be done from the global system environment to a particular OS instance.
您不能从WPAR创建文件系统或卷组，只能从全局环境 (LPAR) 创建。
You cannot create a f/s or volume group from the WPAR, only from the global environment (LPAR).
您不能从WPAR创建文件系统或卷组，只能从全局环境 (LPAR) 创建。
You cannot create a f/s or volume group from the WPAR, only from the global environment (LPAR).
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