Free file server migration toolkit software for linux

The gzip Recovery Toolkit attempts to automate the recovery of data from corrupted gzip files (including tarballs) through a program called gzrecover. gzip Recovery Toolkit package is still very experimental at this point.
99% of "corrupted" gzip archives are caused by transferring the file via FTP in ASCII mode instead of binary mode. Please re-transfer the file in the correct mode first before attempting to recover from a file you believe is corrupted.
This program is provided AS IS with absolutely NO WARRANTY. It is not guaranteed to recover anything from your file, nor is what it does recover guaranteed to be good data. The bigger your file, the more likely that something will be extracted from it. Also keep in mind that this program gets faked out and is likely to "recover" some bad data. Everything should be manually verified.
Usage:
Run gzrecover on a corrupted .gz file. Anything that can be read from the file will be written to a file with the same name, but with a .recovered appended (any .gz is stripped). You can override this with the -o option.
To get a verbose readout of exactly where gzrecover is finding bad bytes, use the -v option to enable verbose mode. This will probably overflow your screen with text so best to redirect output to a file.
Once gzrecover has finished, you will need to manually verify any data recovered as it is quite likely that our output file is corrupt and has some garbage data in it. If your archive is a tarball, read on.
For tarballs, the tar program will choke because GNU tar cannot handle errors in the file format. Fortunately, GNU cpio (tested at version 2.5 or higher) handles corrupted files out of the box.
Heres an example:
$ ls *.gz
my-corrupted-backup.tar.gz
$ gzrecover my-corrupted-backup.tar.gz
$ ls *.recovered
my-corrupted-backup.tar.recovered
$ cpio -F my-corrupted-backup.tar.recovered -i -v
If you have a previous release, please note that the patches to GNU tar have been discontinued. They were only marginally successful at best and GNU cpio does what is needed out of the box and does it far better.
Enhancements:
- Documentation updates, including a man page, plus code cleanup to better enable inclusion in GNU/Linux packages and eliminate compilation warnings.

Network Security Toolkit is a bootable ISO live CD and its based on Fedora Core 2.
The toolkit was designed to provide easy access to best-of-breed Open Source Network Security Applications and should run on most x86 platforms.
The main intent of developing this toolkit was to provide the network security administrator with a comprehensive set of Open Source Network Security Tools. The majority of tools published in the article: Top 75 Security Tools by insecure.org are available in the toolkit.
What we find rather fascinating with NST is that we can transform most x86 systems (Pentium II and above) into a system designed for network traffic analysis, intrusion detection, network packet generation, wireless network monitoring, a virtual system service server, or a sophisticated network/host scanner.
This can all be done without disturbing or modifying any underlying sub-system disk. NST can be up and running on a typical x86 notebook in less than a minute by just rebooting with the NST ISO CD. The notebooks hard disk will not be altered in any way.
NST also makes an excellent tool to help one with all sorts of crash recovery troubleshooting scenarios and situations.
Enhancements:
- We are pleased to announce the latest NST release: v1.5.0. This release is based on Fedora Core 5 using the Linux kernel 2.6.18. Here are some of the highlights for this release: the NST Web User Interface (WUI), has been greatly enhanced and cleaned up; extensive additions to managing and analyzing network packet captures; the ability to setup and manage printers; the ability to easily mount many different supported file system types; the ability to manage the NST as a file server (both NFS and CIFS); the addition of the Inprotect package (a Nessus manager); the addition of the Zabbix package (another network resource monitoring tool - similar to Nagios)....

Multicast Dissemination Protocol project is a protocol framework and software toolkit for reliable multicasting data objects including files and application memory blocks. A primary design goal of MDP is to provide a reliable multicast protocol approach which is suitable for reliable dissemination of data over both wireless and wired networks.

MDP software has been demonstrated across a range of network architecture and heterogeneous conditions including; the worldwide Internet MBone, bandwidth and routing asymmetric network connections, high delay satellite networks, and mobile, radio networks. MDP integrates numerous multicast protocol advances including highly robust, packet-based erasure correction techniques and adaptive group timing mechanisms.

The present MDP software toolkit includes a library with a well-defined API. Several example working applications including a multicast file transfer applications and a very basic multicast chat application are also provided. To learn more and/or download the software see the following sections.

The Kiwi Toolkit project is a foundation class library containing many useful classes that complement the Java Foundation Classes (JFC).
It includes many classes and components that were not provided with the JFC, such as a TreeTable component, a DateChooser, an MVC charting package (bar charts, line charts, pie charts), a plugin framework for Java, an application resource manager (for loading images, icons, HTML pages, audio clips, and other resources from JAR files), a better internationalization API, and much more.
Enhancements:
- This release adds some new classes and includes various bugfixes.

SJPT is parsing toolkit that supports both top-down (LL(1) and Simple Precedence) and bottom-up parsing (LR(0), SLR(1), LR(1) and LALR(1)).

The toolkit also supports generating Java parsers for all the bottom-up parsing methods, based on a CUP definition (similar to Yacc and CUP, but not restricted to LALR parsers only). I worked alone on this project for the laboratory on Compilers.

SJPT is free software under the terms of the GNU GPL.

Mimas Toolkit is a C++ computer vision toolkit. It is easy to use and includes tools for edge detection, corner detection, various filters, optic flow, tracking, blob analysis, Web cam tools for real-time applications, and much more.
Mimas Toolkit project also includes many implementations of traditional algorithms such as Canny. It was developed for GNU/Linux but as the GUI is largely separate, porting to other platforms should be straightforward.
Mimas was originally conceived as a platform for real-time machine vision research. Its aim was and still is to reduce the turnaround time of new research into the application workspace. It is written in C++ and is released in source code form subject to the GNU Lesser General Public License (LGPL).
Mimas has been used to build a number of vision systems including for two European Union sponsored projects, namely MINIMAN (completed in 2002) and MiCRoN (expected to complete in the 3rd quarter of 2005). Mimas is also being used to build a number of customised vision solutions for academia and industry. As such, if you do require a vision-based solution then please contact the authors of this software.
Main features:
- generic image class (greylevel and colour)
- low level image processing
- frequency domain processing
- variety of recognition methods
- variety of tracking methods
- active contours
- comprehensive matrix library
- variety of statistical operations
- associative neural network
- multi-layer perceptrons ANN
- image capture
- various example interfaces
Mimas is designed to be platform independent from the ground-up. Hence a user interface is not built-in. Rather Mimas acts as the engine of a vision system. Since it is written in C++, we recommend that you use the GPL-ed version of the cross-platform Qt toolkit or the Mozilla XP toolkit for building user interfaces.

GIST is a tool kit for the rapid development of interactive web based information servers.

GIST removes the technical barriers traditionally associated with creating interactive web sites.

It has been specifically designed to allow user communities to share information and communicate more effectively without the need for a full-time technical web master.

GIST provides support for managing user definable information objects, so you dont write any CGI programs or SQL in your HTML, or worry about indexing your data: GIST does it for you.

You define your data and its structure and GIST takes care of adding, changing, deleting and indexing it, allowing you to focus on the important issues of providing the features and facilities your user community expect and demand.

Traditional approaches to web-based-publishing involve a centralised ``webmaster or group of webmasters responsible for the provision of information contained within the site and for its maintenance. As the site grows, the cost of maintenance increases.

The prototyping activities undertaken by the Joint Rresearch Center of the European Commission (JRC) provide an alternative approach to populating and maintaining a web site, in which each member of the user community is responsible for maintaining their own information. The G7/GELOS1 server is a working example of the technology involved.

GIST is an effort undertaken by the JRC to build on the success of this prototyping activity and to generalise their functionality in a reusable component library for the construction of dynamic, user community based Information Servers. GIST allows users without programming skills to create a web server with a data model and user interface of their own design.

GIST makes it easier to build an Information Server by providing the software components required for common tasks.

In particular GIST provides facilities for: submission of information by members of a user community modification and deletion of information presentation of information search and browse user registration and user interface configuration user authentication and authorisation automatic validation of user input server configuration and definition of policy rules Regardless of the style of information it contains any Information Server needs to allow its user community to interact with it; in particular to populate and maintain the contents of its information store, and to view the information contributed by other members of the community.

Search and browse facilities are indispensable for all but the smallest of databases; there is no point storing information if no-one can ever find it.

GIST ensures that users are prevented from changing information that they are not authorised to change, and that database integrity is maintained at all times.

Various configuration options are available so that the server may be tailored the server behaviour to the needs of the community; of particular note is the ability to define local policy rules to be applied when the information store is modified.