Linux continues to grow bigger and better. Here's what's new and notable in the 6.16 release, plus what you need to know ...

Introduction A filesystem is a fundamental component of any operating system. It is the system that manages how data is stored and retrieved on a storage device. In the world of Linux, filesystems ...

Linux runs on hardware as diverse as the Raspberry Pi and powerful supercomputers, making it a flexible choice of operating system. Linux can be used via a graphical user interface similar to ...

Technically, you can move files around in a Linux-Windows dual boot system, but it’s not optimal. You see, Windows 11 (and 10) uses the NTFS file system while Linux can use EXT4, BTRFS, ZFS, and ...

I'm formatting a 180 gb drive as a single partition. It is to be used for data storage and samba sharing. Most files will be fairly large (movies, isos, etc) but there will be smaller ones too ...

In Linux's case, the file system interface is implemented in a three-layered architecture. There's the user interface layer; the file system implementation; and the storage device drivers.

In other words, if you have an executable file in a directory that is configured to be in your PATH, you can run that executable from anywhere in the Linux file structure.

Linux system log files are by default set to rotate. Depending on the age or size, a sequence of files moves back a step, the oldest being removed and a new one taking over as the current log file ...