The patches adopted in Linux 2.6.30 introduce many significant changes affecting data security and Ext3 and Ext4 performance. Support for the EXOFS and NILFS2 file systems is new, as is the cache for the AFS and NFS network file systems. There are also a few fixes for the almost forgotten ReiserFS file system.

If you ever: needed to access your ext3, reiserfs or XFS partitions from Windows, wanted to use one of your favorite file systems via FUSE, or had an idea to mount an image of your hard drive, then this article is for you. This is a how-to, describing what to do, if you want Windows to handle file systems in a similar way as Linux does.

Linux, being the chameleon that it is, has the ability to support many different file systems, either natively or with “outside” help. Besides its native ext2 (and more recently ext3) file system, it can also handle DOS’ FAT16 and FAT32, Windows’ NTFS4 and NTFS5, OS/2’s HPFS, and Macintosh’s HFS, just to name a few.

In recent history, journaling file systems were viewed as an oddity and thought of primarily in terms of research. But today, a journaling file system (ext3) is the default in Linux®. Discover the ideas behind journaling file systems, and learn how they provide better integrity in the face of a power failure or system crash. Learn about the various journaling file systems in use today, and peek into the next generation of journaling file systems.

When it comes to file systems, Linux® is the Swiss Army knife of operating systems. Linux supports a large number of file systems, from journaling to clustering to cryptographic. Linux is a wonderful platform for using standard and more exotic file systems and also for developing file systems.

ext3 and ext4 file systems can be converted to btrfs. For non-root file systems, this can be done online (i.e., without reboot), while for root file systems we need to boot into some kind of rescue system or Live CD. This guide explains how to convert an ext3 or ext4 root file system into btrfs on Ubuntu 12.10 and how to roll back to ext3/ext4 again if desired.

Most often, when someone talks about a filesystem or file system, they're referring to disk filesystems such as NTFS, FAT, ext2, ext3, ext4, ISO 9660 and many others but can also refer to network file systems such as CIFS and NFS. But, is there a perfect filesystem?

KDE Partition Manager allows you to manage your disks, partitions and file systems: Create, resize, delete, copy, backup and restore partitions with a large number of supported file systems (ext2/3, reiserfs, NTFS, FAT32 and more).

Most often, when someone talks about a filesystem or file system, they're referring to disk filesystems such as NTFS, FAT, ext2, ext3, ext4, ISO 9660 and many others but can also refer to network file systems such as CIFS (Common Internet File System aka Samba) and NFS. A filesystem is a specially-designed database of files, their disk location, definition and attributes.