Lines Matching full:systems

13 The second, third, and fourth extended file systems, or ext2, ext3, and
14 ext4 as they are commonly known, are Linux file systems that have
16 They are general purpose file systems that have been designed for
17 extensibility and backwards compatibility.  In particular, file systems
18 previously intended for use with the ext2 and ext3 file systems can be
21 to handle mount requests for ext2 and ext3 file systems.
27 use.  On other operating systems, such as the GNU/HURD or FreeBSD, only
38 of e2fsprogs will not support file systems with this ext4 feature enabled.
75 feature is supported by ext3 and ext4 file systems, and is ignored by
76 ext2 file systems.
105 This feature is most useful on file systems with multiple users, or
107 on single-user systems, encryption at the block device layer using
121 systems.  The use of the extent tree decreases metadata block overhead,
206 kernels from mounting file systems that they could not understand.
231 This ext4 feature allows file systems to be resized on-line without explicitly
233 descriptors.  This scheme is also used to resize file systems which are
287 systems.  It indicates that backup copies of the superblock and block
338 on read-write file systems.  If the file system itself is read-only,
397 don't have to be supported if ext4 kernel driver is used for ext2 and ext3 file systems.
591 and alignment. For RAID5/6 systems this should be the number of data disks *
699 systems where extended attributes are rarely or never shared between files,
710 The ext2, ext3, and ext4 file systems support setting the following file
711 attributes on Linux systems using the
729 In addition, the ext3 and ext4 file systems support the following flag: