Free kms tools software for linux

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

Site Tools is a collection of Modules for perl that allow easy template integration, SQL forms creation, tables, sessions, and various other things that make web development a little easier to manage. Requires the SQLObject and PObject classes available on my project page. I have stopped developing these classes in favor of the Template Toolkit, it is a lot more robust and mod_perl aware, please use that instead.

To install everyhthing, follow the next instructions:

perl Makefile.PL
make
make test
make install

Basic documentation can be found through perldoc Site. It has pointers to other modules to look at.

QA Tools allow you to automatically generate regular releases and/or snapshots of your product. Your product can be distributed as a source code archive (typically .tar.gz) or as a binary distribution archive (.deb, .rpm, .exe).
QA Tools can be used to generate nighly-built source and binary packages suitable for continuous integration and testing.
QA Tools can handle very simple product dependencies (read: in order to build/package product A you first need to build/package product B).
QA Tools work currently with the software packages that have source code managed using Subversion and that are ./configured && make installed using autoconf/automake.
QA Tools can help the people who are developing set of dependent crossplatform products that need to be packaged for different distributions (Debian, Ubuntu, Fedora Core, Suse, Windows, ...).
You should be familiar with autoconf/automake (particulary `make dist), RPM package building, and DEB package building. You should know how to store source code in SVN (trunk, branches, tags). QA Tools will not do any of those for you, but will help you to automate certain things and consume less time doing them.
Enhancements:
- Fix swapped function calls in svn-release-{deb,rpm}

Slax Tools project are graphical applications that simplify process of generating custom version of live distribution Slax.
Slax Konfigurator is QT application that guides user through downloading Slax ISO image, management of modules, management of custom documents and bootloader configuration. Modified ISO can be installed on USB pen drive or recorded on CD. Slax Konfigurator requires QT, kdesu, sudo, cdrecord or wodim
Slax Module Kreator converts RPM (Red Hat, Fedora, Mandriva), DEB (Debian, Ubuntu), TAR.GZ (Arch Linux) and TGZ (Slackware, KateOS) binary packages into Slax modules. Slax Module Kreator depends on KDE 3.5, mksquashfs and rpm2cpio (RPM only), dpkg (DEB only) and tar (TAR.GZ and TGZ only).
Enhancements:
- Slax Konfigurator - now you can test generated ISO image in QEmu before burning (obviously, QEmu is required for that)
- Slax Module Kreator - it is possible to output modules into selected shared directory instead of creating them in source directory
- various bug fixes

The mjpeg programs are a set of tools that can do recording of videos and playback, simple cut-and-paste editing and the MPEG compression of audio and video under Linux.
Recording is supported for the Zoran based cards like the Buz (Iomega), DC10 (MIRO, Pinnacle), Matrox Marvel cards and the LML33 (Linux Media Labs). See related pages to the right to find the right driver for your card.
The recorded videos can be converted to MPEG streams. The software playback of MPEG streams works with almost every player and every OS.
You can produce special forms of MPEG streams like VCD (Video CD) and SVCD for hardware playback.
A key design objective of the tools is interoperability with other video tools:
The tools can be used used to edit, playback and compress motion JPEG (MJPEG) AVIs captured using the xawtv package.
The tools can be used to edit playback and compress MJPEG streams created and editted with broadcast 2000. N.b. the current mpeg2movie high bit-rate MPEG encoder is in large part derived from an obsolescent snapshot of the mjpegtools MPEG encoder.
Enhancements:
- changes in YUV4MPEG2 API to offer support for multiple colorspaces (particularly useful for DV video), so that multiple planar YUV formats (also monochrome or alpha) are supported.
- most filtering tools have been adapted to support multiple YUV formats, so that you will not lose quality/precision in conversion steps.
- Many new or dramatically improved filters including (but not limited to):
*) yuvdenoise (denoising filter)
*) yuvdeinterlace (intelligent deinterlacing program)
*) y4munsharp (unsharp mask image sharpening program)
- Improvements in the IDCT/DCT routines in the MPEG-1/-2 encoder (much more exact now and not subject to overflow/truncation on the IA32 arch).
- MANY new utilties for importing/exporting data:
*) New and improved PGM/PNM conversion programs for dealing with PPM data.
*) Utilities to convert raw (headerless) YUV data to and from YUV4MPEG2 format. Useful when interfacing with other program suites.
*) Program (yuyvtoy4m) to convert 4:2:2 data from digital cameras into YUV4MPEG2 format for use with mjpegtools.
*) y4mstabilizer for stabilizing images with unsteady camera work
- Improvements and fixes in mplex for handling PCM audio (LPCM audio actually works now)
- DPME (Dual Prime Motion Estimation) in the encoder (mpeg2enc) is fully functional (it was present but buggy/artifacted in the earlier releases)
- Rate control in the encoder improved considerably.
- Much better Quicktime file handling (via libquicktime) especially the audio tracks.
- Besides the always-excellent x86 support, we now have full support for AMD64 (including MMX/SSE/etc. optimizations) and for PPC (e.g. Linux or OS/X), and win32 support is also available (via Cygwin/Mingw).

The Linux Wireless Extension and the Wireless Tools are an Open Source project sponsored by Hewlett Packard (through my contribution) since 1996, and build with the contribution of many Linux users all over the world.

The Wireless Extension (WE) is a generic API allowing a driver to expose to the user space configuration and statistics specific to common Wireless LANs. The beauty of it is that a single set of tool can support all the variations of Wireless LANs, regardless of their type (as long as the driver support Wireless Extension).

Another advantage is these parameters may be changed on the fly without restarting the driver (or Linux).

The Wireless Tools (WT) is a set of tools allowing to manipulate the Wireless Extensions. They use a textual interface and are rather crude, but aim to support the full Wireless Extension. There are many other tools you can use with Wireless Extensions, however Wireless Tools is the reference implementation.

iwconfig manipulate the basic wireless parameters
iwlist allow to initiate scanning and list frequencies, bit-rates, encryption keys...
iwspy allow to get per node link quality
iwpriv allow to manipulate the Wireless Extensions specific to a driver (private)
ifrename allow to name interfaces based on various static criteria

Most Linux distributions also have integrated Wireless Extensions support in their networking initialisation scripts, for easier boot-time configuration of wireless interfaces. They also include Wireless Tools as part of their standard packages.
Wireless configuration can also be done using the Hotplug scripts and distribution specific support, this enable the proper support of any removable wireless interface (Pcmcia, CardBus, USB...).

Any versions of the Pcmcia package offer the possibility to do wireless configuration of Pcmcia and Cardbus card through thefile wireless.opts. This allow to fully integrate wireless settings in the Pcmcia scheme mechansism. However, this method is now deprecated in favor of distribution specific methods.

Please note that the Wireless Tools (starting with version 19) supports fully IEEE 802.11 parameters and devices, support older style of devices and most proprietary protocols, and are prepared to handle HiperLan as well. More recent versions of course adds more 802.11 support.

But, unfortunately not all drivers support all these features...

KMail Power Tools is meant to be a suite of enhancements to KMail and may be other mail user agents.
It is currently composed of only one (perl) script that acts as a filter (take input from stdin, outputs the modified mail to stdout), adds dialog boxes to kmail, and allows the user to:
- remove all attachments from an email (no user interaction),
- remove selectively attachments, after asking the user,
detach (i.e. save then remove) any attachment to a directory chosen by the user,
- hence reducing the size of your mailbox, while allowing you to backup important attached files.
All these actions are logged within a sentence in the mail body (see below).
Note: removing and detaching is already supported by Thunderbird, but my favourite mailer program is KMail, then...
How it works
KMail allows the definition of filters (like any other email program), but you can define filters:
- which are launched manually,
- which can be programs reading your email on stdin and outputing the result on stdout (or "pipe through").
So I had the idea to use this in order to enhance KMail, and allow it to remove and detach attachments: kmailpt will read and interpret the email (thank you Perl MIME::Parser), then depending on the command line switches, popup a dialog box to ask the user for a directory where to save attachments, and ask him which attachment to remove/detach (thank you Kdialog!).
Also, the sentence "[Attachment removed by jice (26/02/2007 20:33:01): bill.zip]" will be added to the mail body. When you detach an email, it will add a similar sentence, and if the mail body is html, you will even get a link to the new location of the file: "[Attachment saved by jice (26/02/2007 20:36:17) to heavenly.gif]", on which you can even click in order to view the detached file. For text/plain messages, the sentence will be something like: "[Attachment saved by jice (26/02/2007 20:36:17) to file:///home/jice/Images/heavenly.gif]" (unfortunately, although kmail renders http:// or ftp:// urls as links, file:// are not (yet?) - I should enter a bug on bugs.kde.org for this...).
Should you want to know the currently available command line switches, here is the help:
Usage: kmailpt [options]
kmailpt takes an email on stdin, performs actions based
on this mail, then output an email on stdout.
Without any option, it will remove any file attached.
Options:
-d detach the attachments (save and remove)
-q ask which attachment to remove
-h prints this help