Learn how to use inotify functions for a simple monitoring app. Download the sample code and Use inotify when you need efficient, fine-grained, asynchronous monitoring of Linux file system events. Use it for user-space monitoring for security, performance, or other purposes.

Use inotify when you need efficient, fine-grained, asynchronous monitoring of Linux file system events. Use it for user-space monitoring for security, performance, or other purposes.

There are numerous documents, tutorials and guides detailing the workings and usage of cron, the de facto tool for scheduling jobs on Linux. While traditional cron jobs are executed at set times, inotify cron, or incron, is a cron clone that watches the filesystem for specified changes and executes the relevant commands.

fsniper lets you monitor specified directories and execute scripts on any new files that are created in them. Because fsniper uses inotify to monitor its directories, the actions you define are executed as soon as filesystem changes happen. This makes fsniper both more immediate than an hourly cron job and more efficient.

Learn about the advantages of the VFS architecture and what make it so powerful. With the Linux virtual file system switch (VFS), you can create file systems on a variety of devices, from traditional disk, USB flash drives, memory, and other storage devices. You can even embed a file system within the context of another file system.

Entertainer aims to be a simple and easy-to-use media center solution for Gnome and XFce desktop environments. Entertainer is written completely in Python using object-oriented programming paradigm. It uses GStreamer multimedia framework for multimedia playback. User Interface is implemented with Clutter UI-library, which allows sleek OpenGL animated user interfaces. Entertainer also uses other great projects like SQLite, pyIMDBb and iNotify.

The default journaling file system on non-boot partitions on Ubuntu 11.04 is ext4. Other journaling file systems supported are ext3, xfs, jfs, reiserfs, and btrfs. The journaling file system of interest in this article is btrfs, the B-Tree File System. Btrfs is an ongoing attempt to create a ZFS-like file system for Linux.

GNU/Linux is bursting with information about the system on which it runs. The system's hardware and memory, its Internet link and current processes, the latest activity of each user -- all this information and more is available. And, despite such desktop tools as the KDE Control Center or GNOME's System Monitor, the easiest place to get all the system information available is still the command line.

With the power bestowed upon us, we can create a Linux file system in a file. Humanly speaking, we can create a file containing specific file system and mount it as if it were a partition of a hard drive.
To do this, we must firs