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In computing, the Global File System 2 (GFS2) is a shared-disk file system for Linux computer clusters. GFS2 allows all members of a cluster to have direct concurrent access to the same shared block storage , in contrast to distributed file systems which distribute data throughout the cluster.
In computer storage, a global file system is a distributed file system that can be accessed from multiple locations, typically across a wide-area network, and provides concurrent access to a global namespace from all locations.
Bcachefs – Full data and metadata checksumming, [9] [10] bcache is the bottom half of the filesystem. Included in Linux kernel since 6.7 [11] [12] Btrfs – A file system based on B-Trees, initially designed at Oracle Corporation. HAMMER and HAMMER2 – DragonFly BSD's primary filesystems, created by Matt Dillon.
Hadoop's HDFS filesystem, is designed to store similar or greater quantities of data on commodity hardware — that is, datacenters without RAID disks and a storage area network (SAN). HDFS also breaks files up into blocks, and stores them on different filesystem nodes. GPFS has full Posix filesystem semantics.
The Oracle Cluster File System (OCFS, in its second version OCFS2) is a shared disk file system developed by Oracle Corporation and released under the GNU General Public License.
Google File System (GFS or GoogleFS, not to be confused with the GFS Linux file system) is a proprietary distributed file system developed by Google to provide efficient, reliable access to data using large clusters of commodity hardware.
The family of FAT file systems is supported by almost all operating systems for personal computers, including all versions of Windows and MS-DOS/PC DOS, OS/2, and DR-DOS. (PC DOS is an OEM version of MS-DOS, MS-DOS was originally based on SCP's 86-DOS. DR-DOS was based on Digital Research's Concurrent DOS, a successor of CP/M-86.) The FAT file ...
Archive: A full copy exists on the archive side of the HSM. Dirty: The primary copy of the file has been modified and differs from the archived copy. Released: A stub inode exists on an MDT, but the data objects have been removed and the only copy exists in the archive. Lost: the archive copy of the file has been lost and cannot be restored