现在，应该能够挂载文件系统了。
如何挂载文件系统？
创建文件系统之后，尝试挂载文件系统。
Once the Filesystem is created, try mounting the file system.
文件系统：许多应用程序需要挂载文件系统。
File system: Many applications require the file systems to mounted.
客户端计算机首先通过挂载文件系统请求访问导出的数据。
The client computers first request access to the exported data by mounting the file system.
挂载文件系统的节点估计数：1200(使用-n设置)。
Estimated number of nodes mounting file system 1200 (set using -n).
cio—指定应挂载文件系统，同时支持并发的读取器和编写器。
Cio-specifies that the filesystem should be mounted with support for concurrent readers and writers.
但是，大多数系统都不再提供这个命令，因为用它不像挂载文件系统那样稳定。
Most systems do not ship with this command anymore, because it is not as reliable as mounting a file system.
用于NFS挂载文件系统的网络恢复方法：sequential。
Network For NFS MountFilesystems Recovery Method: sequential.
成为NFS挂载文件系统的文件系统恢复方法：sequential。
Filesystems to be NFS mounted Filesystems Recovery Method: sequential.
挂载文件系统之后，就可以用tar、rsync或其他备份工具执行备份。
Once the filesystem has been mounted, you can proceed with backup using tar, rsync, or whatever backup tool is desired.
虚拟OS实例可以正常访问挂载的文件系统，但是无法直接从OS实例挂载文件系统。
The virtual OS instance can access the mounted file systems without any issues, but direct mounting from OS instance is not possible.
可以在挂载文件系统时禁用日志记录功能，这意味着不需要担心修改或重新配置文件系统。
You can disable logging at the point of mounting the filesystem, which means that you don't need to worry about changing or reconfiguring the filesystem.
对于克隆的rootvg，可以使用 alt_rootvg_op 唤醒它，从而挂载文件系统。
With the cloned rootvg, you can mount the file systems by waking up the disk using alt_rootvg_op.
在准备迁移时，您目前为止所了解的有关挂载文件系统的命令还有助于将文件从一台服务器复制到另一个服务器。
The commands you have learned so far about mounting file systems will also be helpful in copying files from one server to another in preparation for a migration.
注意，当挂载文件系统时，会启动一个用户空间程序 nilfs_cleanerd，以提供垃圾收集服务。
Note that when the file system is mounted, a user-space program called nilfs_cleanerd is also started to provide garbage collection services.
Linux将发现重复的标签，因为您的每个文件系统都有多条路径，这将导致无法自动挂载文件系统。
Linux will find duplicate labels because you have multiple paths for each file system, which will prevent your file systems from automatically mounting.
比如，我们可以检查所有运行的进程和他们的内存印象图，我们可以检查CPU信息，挂载文件系统，更多。
For instance, we can check all the running processes and their memory maps, we can check CPU information, mounts, and more.
挂载和解除挂载的内容将在挂载和解除挂载文件系统 一文介绍。 （参见 学习 Linux，101：LPIC-1路线图）。
Mounting and unmounting will be covered in the article on Mounting and unmounting of filesystems (see the series roadmap).
然后当客户端线程试图处理nfs挂载文件系统内的数据，数据被重定向到biod, biod通过LAN将数据带到nfs服务器及其nfsd守护进程。
Then, when the client thread tries to process data within the NFS mounted file system, the data is redirected to biod, which takes the data through the LAN to the NFS server and its NFSD daemon.
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.
例如，一个用户空间实例也许不能修改内核(载入或移除内核模块)，也不能挂载或卸载文件系统。
For example, a user-space instance may not modify the kernel (load or remove kernel modules) nor mount or unmount file systems.
卸载文件系统，然后执行 fsck 命令并重新挂载它。
卸载文件系统，然后执行 fsck 命令并重新挂载它。
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