指定文件系统类型。
您可以使用它来设置文件系统类型、挂载点、分区大小等等。
You can use it to set the file system types, mount points, partition sizes, and more.
在执行挂装时，要提供文件系统类型、文件系统和一个挂装点。
During a mount, you provide a file system type, a file system, and a mount point.
偶尔，您可能需要使用- t选项明确指定文件系统类型，如清单3所示。
Occasionally you may need to specify the filesystem type explicitly using the -t option as shown in Listing 3.
在前面的命令中，- tnfs指定使用的协议或要挂载的文件系统类型。
In the previous command, -t NFS specifies the protocol to be used or the file system type to be mounted.
根据文件系统类型，这个操作可以在文件系统挂载状态下在线执行。
This can be done online (with the filesystem mounted), depending on the filesystem.
选择Format单选按钮并选择容器文件上要使用的文件系统类型。
Select the Format radio button and select the file system type to be used on the container file.
存储媒介的容量，通常格式化为某种特定的文件系统类型，用以存取信息。
A volume of storage media, formatted with a particular file system type, available for retrieving and (in most cases) storing information.
推荐的属性描述了不同的文件系统类型和操作系统，考虑到了操作系统之间更好的包含和互操作性。
Recommended attributes represent different file system types and operating systems, and allow for better inclusion of, and interoperability between, operating systems.
这段代码将把initrd映像提取到initrd文件中；然后将使用ext2文件系统类型加载这个文件，以加载temp。
This will extract your initrd image to a file initrd; then you mount this file with the ext2 file system type to mount point temp.
这时，以前存在的 ReiserFS元数据的关键部分将被清除，mount的文件系统类型自动检测代码将不会再混淆。
At this point, the critical portions of the pre-existing ReiserFS metadata will be zeroed out, and mount's filesystem-type autodetection code won't get confused.
因此，出于兼容性的原因，4extrecovery则默认为ext3，并通知您，您可以在菜单中手动设置，备份的文件系统类型到ext4。
So for compatibility reasons, 4extrecovery then defaults to EXT3 and informs you that you can set the file system type of that backup manually to EXT4 in the menu.
在我们的样例应用程序中，类型一直都是FF，因为只有文件系统存储被实现了。
In our sample application, the type is always FF since only the file system storage is implemented.
您可以在实际装入文件系统的时候选择版本类型，并且您可以在服务器中运行不同的NFS版本。
You can choose the version type during the actual mounting of the file system, and you can have different versions of NFS running on the server.
存储的类型有很多种；数据库、文件系统、内存数据和诸如原生目录等持久化设备都是存储。
There are different types of storage; databases, file systems, in-memory data, persistence devices like native directories are but a few examples.
每个文件系统都有自己的独特属性，比如大小写敏感性和支持的对象类型。
Each file system has its own unique attributes, such as case sensitivity, and allowed types of objects.
在阅读了本篇文章后，您应该学会建立分部及通用类型的模型，和使用映射模型来设计源代码的文件系统概览。
Also, after reading this article, you should be able to model partial and generic types, and use a mapping model to design the file system view of the source code.
第二种类型从原始文件系统分配出空间，这种快照称为内部快照。
The second type allocates space out of the original file system, this is known as an internal snapshot.
因为ZFS提供了NFS本机支持，所以您只需了解文件系统、分享类型和位置即可。
As ZFS has native NFS support, you only need to know the file system, type of sharing and the location.
NFS隐藏服务器的文件系统的实现和类型。
NFS masks the implementation and type of the server's file system.
虽然文件系统很多种，但分区类型只有三种：主分区，扩展分区，逻辑分区，其中逻辑分区是在扩展分区中的。
While there are tons of file system types, there are only three kinds of partitions: primary, extended, and logical.
对于已卸载的分区，可以编辑它的类型，以及格式化它的文件系统。
Unmounted partitions can have their type edited and file systems formatted.
这样做之后，搜索结果将显示标识的两种类型，很明显，在每次XPath在其名称空间中出现的场合中，文件系统标识都出现。
After doing so, search results will show both types of identifier, with the file system identifier obviously occurring in every case that an XPath in its namespace does.
比如，为了它的MapReduce实现更好的执行这种类型的操作，使其更优化，Google使用了专有的文件系统用来存储文件。
For example, Google USES a proprietary file system for storing files that's optimized for the type of operations that their MapReduce implementations are likely to perform.
样例应用程序使用FlatFile适配器仅实现文件系统存储类型(“EF”)。
The sample application only implements the file system store type (" FF ") using the FlatFile adapter.
在目前的许多系统上，ls命令的化身是 ls --color=auto，它以不同的颜色打印不同类型的文件系统。
On many systems today, the ls command is aliased to ls --color=auto, which prints different types of file system objects in different colors.
在mount命令执行之后，文件系统立即就被安装并且可以使用了，类型是tmpfs。
Immediately after the mount command, the filesystem is mounted and available for use, and is of type TMPFS.
read函数不了解文件系统的类型，比如ext3或NFS。
The read function is unaware of file system types, such as ext3 or NFS.
还有其他的AFS 类型的文件系统，如 GPLedInterMezzo，但是它们没有照搬AFS 的命令行语义或它的架构。
Other AFS-type file systems are available, like the GPLed InterMezzo, but they do not replicate AFS command-line semantics or its architecture.
tar实用程序将一个或多个文件和目录打包为单个文件，并保持原始文件的大小、拥有者、权限、文件类型及其在文件系统层次结构中的位置。
The tar utility bundles one or more files and directories into a single file, maintaining bytes, owners, permissions, file type, and station in the file system hierarchy of the original files.
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