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As of October 2006, the manpage for xfs on Debian states that: FUTURE DIRECTIONS Significant further development of xfs is unlikely. One of the original motivations behind xfs was the single-threaded nature of the X server — a user’s X session could seem to "freeze up" while the X server took a moment to rasterize a font.
XFS is a high-performance 64-bit journaling file system created by Silicon Graphics, Inc (SGI) in 1993. [7] It was the default file system in SGI's IRIX operating system starting with its version 5.3.
A file system with a logical journal still recovers quickly after a crash, but may allow unjournaled file data and journaled metadata to fall out of sync with each other, causing data corruption. For example, appending to a file may involve three separate writes to: The file's inode, to note in the file's metadata that its size has increased.
J/XFS is an alternative API to CEN/XFS (which is Windows specific) and also to Xpeak (which is Operating System independent, based on XML messages). J/XFS is written in Java with the objective to provide a platform agnostic client-server architecture for financial applications, especially peripheral devices used in the financial industry such ...
User logged in, authorized by security data exchange. 234: Server accepts the security mechanism specified by the client; no security data needs to be exchanged. 235: Server accepts the security data given by the client; no further security data needs to be exchanged. 250: Requested file action was okay, completed. 300 Series
OS/2 Warp Server for e-business GFS: Sistina 2000 Linux: ReiserFS: Namesys: 2001 Linux: zFS: IBM: 2001 z/OS (backported to OS/390) FATX: Microsoft: 2002 Xbox: UFS2: Kirk McKusick: 2002 FreeBSD 5.0: OCFS: Oracle Corporation: 2002 Linux: SquashFS: Phillip Lougher, Robert Lougher 2002 Linux: VMFS2: VMware: 2002 VMware ESX Server 2.0: Lustre ...
In normal use, Btrfs is mostly self-healing and can recover from broken root trees at mount time, thanks to making periodic data flushes to permanent storage, by default every 30 seconds. Thus, isolated errors will cause a maximum of 30 seconds of filesystem changes to be lost at the next mount. [ 77 ]
Early Unix filesystems were referred to simply as FS.FS only included the boot block, superblock, a clump of inodes, and the data blocks.This worked well for the small disks early Unixes were designed for, but as technology advanced and disks grew larger, moving the head back and forth between the clump of inodes and the data blocks they referred to caused thrashing.