The Logic File System enables the user to access files through an additionnal mountpoint, /lfs, where powerful logic queries can be issued and navigation can be done through different dimensions, like date, size, or extension. For instance, LFS allows the user to perform the following commands in the shell: "cd /lfs/ext:mp3|ext:ogg/year:1973/genre:Disco/" and "ls artist:BeeGees/ artist:DonnaSummer/ artist:Chic/".
SQLiteManager is a multilingual Web-based tool to manage SQLite databases. It features multiple database management, creation, and connectivity, property and options management, table, data, and index manipulation, the ability to import data from a file, conversion from MySQL queries, view, trigger, and custom function management, and exporting of database structure and data.
The Easysoft ODBC-Sybase Driver provides ODBC 3.5 access to Sybase databases for ODBC enabled applications running on Linux and major Unix platforms. It can be used to access Sybase Adaptive Server Enterprise 12.5 and the forthcoming Sybase ASE 12.5.1. The driver is compatible with unixODBC, the Open Source Driver Manager, which is included in the standard product distribution.
The dsnapshot script provides a high-level interface to the Linux Logical Volume Manager. It uses its block-level snapshot support to create directory snapshots. In contrast to block-level snapshots, directory snapshots resemble the file system layer. Thus, you can snapshot any directory that is on a logical volume without worrying about the actual logical volumes, mount points, and paths.
loggerfs is a FUSE-based virtual file system that automatically parses log files and sends that information to a MySQL or PostgreSQL database. Existing log parsers usually run periodically and scan the entire file for changes. loggerfs takes a different approach by providing a virtual file system. Whenever data is appended to a virtual file by the logging daemon, the information is directly stored in the database. There is no need to poll the file and monitor for changes.
Lobotomy involves many sub-projects oriented to experimentation about new design for human-computer interaction and, more generally, a new way for home computing. It involves a relational filesystem, a window manager, and many libraries, tools, and daemons to automatically extract and handle metadata.