Free toolset software for linux

ToolSet::SWC is a sample toolset with strict, warnings and Carp.

SYNOPSIS

use ToolSet::SWC;

# strict is on
# warnings are on
# Carp defaults are imported

carp "We know how to carp";

$name = "Igor"; # this will fail strict when compiling

ToolSet:SWC is a simple example of a ToolSet that enables strict and warnings and also imports all the basic Carp functions. See ToolSet for more details.

VK Toolset project is intended to aide MPEG developers and hobbyist in understanding and creating conformant MPEG streams.
The current version focuses on the MPEG system layer (MPEG-1 System, MPEG-2 Program Stream), and MPEG-2 Transport bitstreams).
Enhancements:
vk_tafe
- UI changes to PCR Analysis screen
- New PTS/DTS graph (graphs PTS/DTS values against current PCR)
- UI log for STD buffer analysis
- Updated HTML documentation
- Target build platform updated to a "modern" distro -- SuSE 10. The older Mandrake version is frozen at version 0.8f which is still included in the VK-Tools packets
- Updated win32 port
view_knot_dump
- UI no longer depends on icons subdirectory to properly display
- If local .view_knot_view config does not specify the location of vk_tafe we assume its somewhere in the PATH and try to launc it
- Updated HTML documentation
- Target build platform updated to a "modern" distro -- SuSE 10. The older Mandrake version is frozen at version 0.8f which is still included in the VK-Tools packets
- Updated win32 port
- Removed Plugins. Theyve only been broken for 5 years now :)
view_knot_viewer
- No changes

anyfs-tools is a unix-way toolset for recovering and converting filesystems.
SYNOPSIS
build_it [-qvV] directory inode_table
anysurrect [-b blocksize] [-i input_inode_table] [-p path_prefix] [-u file_umask] [-U dir_umask] [-qvV] device inode_table
reblock [-nqvV] inode_table device blocksize
build_e2fs [ -c|-l filename ] [-b blocksize] [-f fragment-size] [-g blocks-per-group] [-i bytes-per-inode] [-j] [-J journal-options] [-N number-of-inodes] [-n] [-m reserved-blocks-percentage] [-o creator-os] [-O feature[,...]] [-q] [-r fs-revision-level] [-R raid-options] [-v] [-F] [-L volume-label] [-M last-mounted-directory] [-S] [-T filesystem-type] [-V] inode_table device [blocks-count]
mount -t any -o inodetable=file.it[,other_mount_options] device dir
build_it reads from directory recursively information about all filesystem inodes using filesystem driver (read-only maybe) for Linux OS and saves it to external inode table.
anysurrect search on device files proceeds from knowing different file types structure. Information about founded files also saves to external inode table.
reblock change filesystem block size. reblock using information from inode table change each files fragments placing so, that it was align by blocks bounds with new size.
build_e2fs proceeds from external inode table information for building ext2fs filesystems on device.
anyfs filesystem driver for Linux allows to mount device using inode table information. At mounted filesystem will be allow so file operations as deleting, moving files; making symbolic and hard links, special files; changing file access permissions. All this changes saves on unmounting to the same external inode table file and doesnt affect the device.
Usage:
Convert filesystems
anyfs-tools allows to convert filesystems. The only one requirement for source filesystem exist: there is must be FIBMAP system call ioctl(2) support in the filesystem driver (maybe read-only) for Linux OS.
Destination filesystem at that moment maybe only ext2fs. But its quite possible, that in future there are will other filesystem building support. At the first it must be interest for filesystem maintainers so as existing of convenient tool for converting of other filesystems to their one, not requesting much free space for saving of all user data, certainty will increase of the filesystem users.
In general, an applying anyfs-tools order for filesystem converting must be next:
1) build_it for reading all informaton about files placing and access permissions and saving it to external inode table file.;
2) anyfs driver for checking existence of all needed files and maybe searching of files requiring of separately saving (e.g, files eith size less than 4 Kb for ReiserFS);
3) maybe reblock for changing filesystem blocksize in occurence when destination filesystem dont support the same blocksize for this device, that source one;
4) at last ext2fs filesystem builds by build_e2fs.
Recovering damaged filesystem
For recovering files from filesystem at first intended anysurrect. After it using possible applying of anyfs filesystem drive for founded files viewing and maybe reading and saving it to another filesystem. Driver also may allow to sort files into directories so as user need in it, rename files as it necessary. At last also possible to build new filesystem with help of build_e2fs.
Recovering files from not damaged filesystem
For file recovering an aplying anyfs-tools tools order is the same that for recovering damaged filesystem excepting that at the begining you must execute build_it for reading about present filesystem file placing.
Enhancements:
- Fix anyfs building with kernel version >=2.6.19
- Some other building fix
- Fix new (from v0.84.10) i/o buffer bug in anysurrect.
- Extremally optimize anysurrect.
- Add -s option to build_it.
- Add support of converting from ntfs-3g by anyconvertfs.

Project1 project is a cross-platform space simulation game.

Project 1 is a cross-platform space simulation game. It will have multiple single-player and multiplayer modes, with an open architecture and a complete toolset to produce new content and code.

Project1 is an open source game engine that will be used to make a space sim. It is still in early development, but we have working code available. The engine is cross-platform and will support full mods with loadable modules, in addition to many features normally found in actions games, such as a console (with command history and command editing).

Theres not much to say here because we are still in early development. If you are interested in joining, you can contact the development team. We will continue to release test builds and screenshots as we advance the engine. However, we have no one to design the game, write the story, or make the art (other than a little programmer art :), so until we find people to fill those roles it will just be an engine.

The Auditor security collection is a Live-System based on KNOPPIX. With no installation whatsoever, the analysis platform is started directly from the CD-Rom and is fully accessible within minutes.
Independent of the hardware in use, the Auditor security collection offers a standardised working environment, so that the build-up of know-how and remote support is made easier. Even during the planning and development stages, our target was to achieve an excellent user-friendliness combined with an optimal toolset.
Professional open-source programs offer you a complete toolset to analyse your safety, byte for byte. In order to become quickly proficient within the Auditor security collection, the menu structure is supported by recognised phases of a security check. (Foot-printing, analysis, scanning, wireless, brute-forcing, cracking).
By this means, you instinctively find the right tool for the appropriate task. In addition to the approx. 300 tools, the Auditor security collection contains further background information regarding the standard configuration and passwords, as well as word lists from many different areas and languages with approx. 64 million entries.
Current productivity tools such as web browser, editors and graphic tools allow you to create or edit texts and pictures for reports, directly within the Auditor security platform. Many tools were adapted, newly developed or converted from other system platforms, in order to make as many current auditing tools available as possible on one CD-ROM.
Tools like Wellenreiter and Kismet were equipped with an automatic hardware identification, thus avoiding irritating and annoying configuration of the wireless cards.
Enhancements:
New & Updated tools:
- proxychains 1-8-1 (for example scanning over proxy more easy)
- yersinia-0.5.4
- kismet-logfile-viewer klv.pl and klc.pl
- ntp fingerprinting tool
- tftp bruteforce tool
- snmp fuzzer
- cisco torch 0.4b
- unicornscan 0.4.2
- packit
- sendip
- nasl 2.2.4
- tcpick
- cryptcat
- amap version 4.8
- tcpsplit
- Ethereal version 10.11
- ettercap-ng-0.72 and modified the etter.conf
- replaced tinysnmp with snmp tools
- vnc2swf /usr/X11R6/bin/recordwin and vnc2swf
- edit_vnc2swf.py
- edit_mp3.py
- wpa-supplicatiant 0.3.8
- hostapd-utils 0.3.7
- ssldump
- fragrouter
- Metasploit 2.4 including all known updates
- airsnarf, but no menu at moment
- fakeap to /opt/auditor but no menu entry at moment, need to write a shell script
- dsniff 2.4b1-10
- nessus plugins updated
- exploit tree updated
- Snort 2.3.2-5
- Bleeding-edge rules for snort
- New aircrack
- New airsnort
- Bet i forgot some to mention.
New & updated drivers:
- rt2400 linux drivers and utils (untested)
- rtl8180 driver (8180_26_private.ko and open8180.ko and /usr/local/bin/wlanup and /usr/local/bin/wlandown) (Untested)
- hostap drivers 0.3.7
- ipw2100 & ipw2200 incl firmware, incl monitor mode
- Prism54 with injection patch
- Linux-wlan-ng with injection patch
- Madwifi with injection patch
- ACX drivers are back on cd
Addons:
- Default password list has been updated
- Added some changes to the network stack using /etc/sysctl.conf, which will be called from knoppix-autoconfig script
- New background image
Some fixes i remember:
- Kernel completely rebuilded to provide full functionality
- Isolinux now accepts bootparameters again
- USB drivers are back to /dev/sda and booting from stick works fine
- grub files have been fixed
- fixed hostname /etc/hosts
- /cdrom/index.html pointed to the old forum fixed that
- Added cardctl eject, cardctl insert into switch-to-XY scripts
- Fixed the homebutton of the konquerror when clicked first time
- Fixed the menuentry for nessus

"Konstruct" is a build system which helps you to install KDE releases and applications on your system. It downloads defined source tarballs, checks their integrity, decompresses, patches, configures, builds and installs them. A complete KDE installation should be as easy as "cd meta/kde;make install".

Konstruct installs himself by default to your home directory which means you dont have to possess root privileges or risk to damage your system or affect another KDE.

Flare project is an environment for learning foreign languages.

Flare is an online, Java based framework and toolset designed to facilitate the learning of foreign languages.

The goal is to provide an online environment that brings people from different cultures together by sharing a common goal of learning a new language.

JSIEBEX is a application that uses the obexftp toolset to access the memory of an obex speaking mobile device. I started this project because I wanted a comfortable way to upload and download data to and from my Siemens S55.

The Project is to be considered alpha. So do not expect it to work with anything else then a siemens s55. It uses the IrDa device to connect to the phone right now. With serial I have some problems... checking that the next few days. So you must have IrDa running properly.

If you speak Java and XML you are welcome to take part in development.