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Ext3 Fs Error Unlinked Inode In Dir

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com Subject: Re: Question about EXT3 error messages in /var/log/messages Date: Wed, 14 Apr 2004 13:10:03 -0600 Okay - so it is the major and minor numbers - thanks! That means that md2 is the culprit... Does this mean that I have a drive failing in this raid or could the filesystem just need an fsck? ext3 fs error loading journal Thanks Mark ----- Original Message ----- From: "Mark Basil" To: Cc: Sent: Wednesday, April 14, 2004 1:08 PM Subject: Re: Question about EXT3 error messages in /var/log/messages > Mark C., > > Try > > ls fsck ext3 attempt to read block from filesystem resulted in short read while trying to open -l /dev/ | grep "9, 2" > > -Mark B. > > On Wed, 2004-04-14 at 14:43, Mark Cuss wrote: > > Hello list > > > > I've been having the following error messages pop up in my kernel log: > > > > https://access.redhat.com/solutions/70162 Apr 12 04:08:09 hal kernel: EXT3-fs error (device md(9,2)): ext3_readdir: > > bad entry in directory #2670595: rec_len %% 4 != 0 - offset=0, > > inode=827218527, rec_len=20275, name_len=73 > > Apr 12 04:08:14 hal kernel: EXT3-fs error (device md(9,2)): ext3_readdir: > > bad entry in directory #2670596: rec_len %% 4 != 0 - offset=0, > > inode=861103477, rec_len=95, name_len=95 > > Apr 12 04:08:17 hal kernel: EXT3-fs error (device md(9,2)): ext3_readdir: > > bad entry in directory #2670597: rec_len %% 4 != 0 - offset=0, > > inode=1601531495, rec_len=30819, https://www.redhat.com/archives/ext3-users/2004-April/msg00018.html name_len=120 > > Apr 12 04:08:20 hal kernel: EXT3-fs error (device md(9,2)): ext3_readdir: > > bad entry in directory #2670598: rec_len %% 4 != 0 - offset=0, > > inode=1634890872, rec_len=29795, name_len=111 > > Apr 12 04:08:32 hal kernel: EXT3-fs error (device md(9,2)): ext3_readdir: > > bad entry in directory #2670599: rec_len %% 4 != 0 - offset=0, > > inode=1951614277, rec_len=12337, name_len=95 > > > > I've done some searching and talked to some people on another mailing > > list... I can't seem to figure out which device these errors occur on... > > I'd been told that the "device md(9,2)" ID indicates major 9 and minor 2, > > and I've also been told that the 9 is the SCSI channel once 8 is subtracted > > from is (so, 1 in this case), and that 2 is the SCSI Id of the offending > > device in that channel. > > > > So, I'm a little lost here. I figured the experts here could let me know > > how to map the reported ID numbers to a physical disk or RAID device. > > > > Thanks in advance! > > > > Mark > > > > Mark Cuss, B. Sc. > > Real Time Systems Analyst > > System Administrator > > CDL Systems Ltd > > Suite 230 > > 3553 - 31 Street NW > > Calgary, AB, Canada > > > > Phone: 403 289 1733 ext 226 > > Fax: 403 282 1238 > > www.cdlsystems.com > > > > > > > > _______________________________________________ >

(MBR) EBD0A0A2-B9E5-4433-87C0-68B6B72699C7 (GPT) Structures Directory contents Table, hashed B-tree with dir_index enabled File allocation bitmap (free space), table (metadata) Bad https://en.wikipedia.org/wiki/Ext3 blocks Table Limits Max. volume size 4 TiB – 32 TiB Max. file size 16 GiB – 2 TiB Max. number of files Variable, allocated at creation time[1] Max. filename length 255 bytes Allowed characters in filenames All bytes except NUL ('\0') and '/' Features Dates recorded modification (mtime), attribute modification (ctime), access ext3 fs (atime) Date range December 14, 1901 – January 18, 2038 Date resolution 1s Attributes allow-undelete, append-only, h-tree (directory), immutable, journal, no-atime, no-dump, secure-delete, synchronous-write, top (directory) File system permissions Unix permissions, ACLs and arbitrary security attributes (Linux 2.6 and later) Transparent compression No Transparent encryption No (provided at the block device level) Data deduplication ext3 fs error No Other Supported operating systems Linux, BSD, ReactOS,[2] Windows (through an IFS) ext3, or third extended filesystem, is a journaled file system that is commonly used by the Linux kernel. It is the default file system for many popular Linux distributions. Stephen Tweedie first revealed that he was working on extending ext2 in Journaling the Linux ext2fs Filesystem in a 1998 paper, and later in a February 1999 kernel mailing list posting. The filesystem was merged with the mainline Linux kernel in November 2001 from 2.4.15 onward.[3][4][5] Its main advantage over ext2 is journaling, which improves reliability and eliminates the need to check the file system after an unclean shutdown. Its successor is ext4. Contents 1 Advantages 1.1 Size limits 1.2 Journaling levels 2 Disadvantages 2.1 Functionality 2.2 Defragmentation 2.3 Undelete 2.4 Compression 2.5 Lack of snapshots support 2.6 No checksumming in journal 3 ext4 4 See also 5 References 6 External links Advantages[edit] The performance (speed) of ext3

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