Note that the inode I refer to here is the VFS layer inode (in-memory inode).
我在这里所指的inode是vfs层inode(常驻inode)。
Now that I've reviewed the various important objects in the VFS layer, let's look at how they relate in a single diagram.
我们已经查看了vfs层中的各种重要对象，现在我们通过一个图表展示它们之间的关系。
Each file system provides its own inode methods, which implement the operations and provide the common abstraction to the VFS layer.
每个文件系统提供自己的inode方法，这些方法实现操作并向vfs层提供通用的抽象。
Thus, the VFS layer makes it possible for Linux users to add new file system support without worrying too much about the way in which Linux manages memory.
因此，VFS层使Linux用户可以添加新的文件系统支持而不必过于担心 Linux管理存储器的方式。
The VFS provides a switching layer between the SCI and the file systems supported by the kernel (see Figure 4).
vfs在sci和内核所支持的文件系统之间提供了一个交换层(请参看图4)。
The VFS provides the abstraction layer, separating the POSIX API from the details of how a particular file system implements that behavior.
VFS提供抽象层，从而将POSIXAPI 与特定文件系统如何实现该行为的细节分离开来。
The virtual file system (VFS) is the abstraction layer for the multitude of file systems that are supported in the kernel.
而虚拟文件系统（VFS)是内核中支持的大多数文件系统的抽象层。
At the bottom of the VFS are the file system abstractions that define how the upper-layer functions are implemented.
在VFS下面是文件系统抽象，它定义了上层函数的实现方式。
At the bottom of the VFS are the file system abstractions that define how the upper-layer functions are implemented.
在VFS下面是文件系统抽象，它定义了上层函数的实现方式。
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