Lines Matching refs:a
6 In a regular UNIX filesystem, the inode stores all the metadata
8 etc), not the directory entry. To find the information associated with a
10 associated with a file, then load the inode to find the metadata for
11 that file. ext4 appears to cheat (for performance reasons) a little bit
12 by storing a copy of the file type (normally stored in the inode) in the
18 The inode table is a linear array of ``struct ext4_inode``. The table is
85 which means that there cannot be more than 64,998 subdirectories in a
86 directory (each subdirectory's '..' entry counts as a hard link, as does
121 many possible extended attributes; I think the name of this field is a
177 The ``i_mode`` value is a combination of the following flags:
228 The ``i_flags`` field is a combination of these values:
277 - This is a huge file (EXT4_HUGE_FILE_FL).
283 - Inode stores a large extended attribute value in its data blocks
289 - Inode is a snapshot (``EXT4_SNAPFILE_FL``). (not in mainline)
310 these flags in a special manner and they are masked out of the set of
464 (``EXT2_GOOD_OLD_INODE_SIZE``) and each inode had a disk record size of
465 128 bytes. Starting with ext4, it is possible to allocate a larger
471 inode, which allows struct ext4_inode to grow for a new kernel without
514 dtime was not widened. There is also a fifth timestamp to record inode
572 This is a somewhat odd encoding since there are effectively seven times