索引节点(inode)。
If you know the inode number, then.
如果知道inode号,那么。
List the files and grep for the inode.
列出文件并使用grep搜索inode。
Ncheck generates path names from inode Numbers.
使用ncheck根据inode号生成路径名。
Finally, a reference is provided to the VFS inode.
最后,提供一个到VFSinode的引用。
Device and inode Numbers were not quite enough.
仅有设备和inode号是不够的。
Another solution is to create smaller inode extents.
另一种解决方案是创建较小的inode区段。
Adding the -i or — inode option shows the index Numbers.
加上- i或-inode选项显示索引号。
These objects are the superblock, inode, dentry, and file.
这些对象是超级块(superblock)、inode、dentry和文件。
We said that the inode contains information about the file.
我们已经介绍过,inode包含有关文件的信息。
Process a creates a temporary file, with inode number 12345.
进程A创建了一个临时文件,使用的inode号为12345。
For one, ext3's journal is stored in an inode — a file, basically.
其中之一是,ext3的日志存储在一个索引节点中—基本上是个文件。
The file object refers to a dentry object, which refers to an inode.
file对象引用dentry对象,后者引用inode。
A quick way to examine an inode in AIX is by using the istat command.
在AIX中检查inode的一种快捷的方式是使用istat命令。
The -i option of the ls command will display the inode Numbers for you.
ls命令的- i选项将显示inode号。
The inode represents an object in the file system with a unique identifier.
inode表示文件系统中的一个对象,它具有惟一标识符。
Some of the other attributes in an inode are discussed in the next section.
下一个部分将介绍 inode 中的其他一些属性。
Metadata servers manage the inode space, converting file names to metadata.
元数据服务器管理inode空间,将文件名转变为元数据。
Individual inode cache objects are allocated from the inode_cache slab allocator.
从inode_cacheslab分配器分配单个inode缓存对象。
Both the inode and dentry objects refer to the underlying super_block object.
inode和dentry对象都引用底层的super_block对象。
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)。
You can find the inode and dentry structures defined in ./linux/include/linux/fs.h.
可以在./linux/include/linux/fs.h 中找到inode和dentry 结构。
When a dentry object exists, an inode object will also exist in the inode cache.
如果存在一个dentry对象,那么inode缓存中也将存在一个inode对象。
The original fakeroot design identified files only by their device and inode numbers.
原来的fakeroot设计只使用文件的设备和inode号来标识文件。
If not, it checks both for matches by path and matches by device and inode number.
如果没有,它将检查针对路径的匹配条目和针对设备和inode号的匹配条目。
Every time you create a file in the file system, an inode is allocated to the file.
每次在文件系统中创建一个文件时,都会为该文件分配一个inode。
Lookups are performed on the dentry cache, which result in an object in the inode cache.
查找是在dentry缓存中执行的,这将导致inode缓存中出现一个对象。
The inode table contains a listing of all inode Numbers for the respective file system.
inode表包含一份清单,其中列出了对应文件系统的所有inode编号。
Files and directories would be nearly useless in UNIX without the helping hand of the inode.
如果没有inode,那么UNIX中的文件和目录将根本无法使用。
Usually, about 1 percent of the total file system disk space is allocated to the inode table.
通常,文件系统磁盘空间中大约百分之一空间分配给了inode表。
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