Search Results for "data access layer"

Easy-to-use multi-platform disk cataloguing program supporting local or removable media - drives and folders. Uses XML files as a data storage. It was originally created in 2010 to catalogue software compilations (also called freeware compilations) and CDs distributed with computer magazines. It was later improved to support any kind of disk and folder. It can be used to catalogue fragile disks like CDs, floppies, external hard drives, usb sticks, memory cards which are easy to damage....

...Only you can download and access your data. The services has been designed from the ground up to preserve the privacy and integrity of customers and their backed up data, you are not our product! Complete control over what data should be backed up and where. How long data should be retained and how many versions to keep. Open source based with multi platform support for Windows, Mac (ARM and Intel), Linux and a generic Java 17 package.

AIS - Associative Indexing Service, an application for storing bookmarks, memos, indexing of big (lifetime) archives for fast future access to the data by (personalized) keywords. In other words - it is an extension of human associative memory :)

This project provides an abstraction layer for archives. This project emerged from route64, and will provide a standalone archive manipulation tool for Eclipse. At first we focus on the folowing archives: zip, war, jar, ear, t64, d64, rar, tar.

s3DAV is a webDAV interface and a ftp server to access your data stored in your amazon/s3 account

Monolith (lith) is a tiny, java-based embedded file-system like implementation. It allows you to store and retreive multiple sets of named data in a single file and access it without the speed costs typically associated with file archives.

NEW System with NEW FILE SYSTEM IN DATA BASE (Firebird), with service for ftp access and more.. You can access with web browser, Java VM applications, Object Pascal, C++... Look demo: http://tlsystem.sourceforge.net

The RAZip bitstream format was designed to provide a faster random access to compressed data than what is currently possible using the GZIP format. During the desing phase, some other features were added, like encryption and error correction.