Free capturix videospy 2006 software for linux

Vector Visuals provides an easy-to-use, object-based API for creating and manipulating Java2D-rendered shapes and images. The project features object embedding, dynamic connectors, and multithreaded task support.
Vector Visuals has been downloaded thousands of times, and is already in use in a variety of applications. A few that we know of are a business ontology viewer, a particle simulator, and a childrens e-book builder.
Enhancements:
- This release of is a combination of bugfixes and new features.
- Persistence delegates were added for all of the Vector Visuals objects.
- The examples were moved out into their own source folder.
- Additionally, the entire product is now licensed under a permissive "New BSD"-style license.

Mach64 video4linux2 is a video4linux device driver for older Mach64 TV tuner cards.
Mach64 video4linux2 is very alpha, and has only been tested with a few cards: a 4 MB All-in-wonder capture card, a 2 MB ATI Rage II+ with an ISA add-on TV card, and an ATI Rage Pro video card with an ISA add-on TV card.
There are versions for 2.6.* and 2.4.* kernels.
Module Options:
debug (set the debug level)
disablev4l2 (disable all v4l2 functions)
disabledma (disable dma support)
disableinterlace (max resolution will be 640x240)
Note: when the height is less than or equal to 240 interlace is automatically turned off. (probably a bad idea but it makes better snapshots in xawtv that way)
halfwidth (cut max width in half 640 becomes 320)
forceromaddr (Force romaddr to 0x000C0000)
tunertype (0=pal, 1=ntsc, 2=secam, 3=pal nc, 4=pal m, 5= pal n, 6=ntsc jp) it will default to ntsc(1)
Example commands:
MPlayer 1.0
mplayer tv://50 -tv driver=v4l:input=1:norm=ntsc:outfmt=yuy2:width=320:height=240:chanlist=us-cable -nofs
MPlayer 0.92
mplayer -tv on:driver=v4l:input=1:norm=ntsc:outfmt=yuy2:width=320:height=240:chanlist=us-cable:channel=50 -nofs
FFmpeg (you need an external program to change the channel)
ffmpeg -vd /dev/video0 -ad /dev/dsp -r 29.97 -s 320x240 -acodec mp3 /tmp/test.avi
Notes:
Make sure your card has an irq assigned to it (there is a jumper on most cards that can enable/disable this)
If you have multiple video cards and the ATI card is not set as the primary card, you cannot load the module until X has enabled it. (Using kmod would be a good idea, it loads modules when you access the device)
Make sure you load the videodev module as well!
Whats missing
Support for other ATI cards (should be able to support anything the GATOS driver supports)
Audio chip stuff (volume, bass, treble for cards with audio chips) etc etc etc...
Known bugs
Can only capture from one card at a time. (hangs if you use more than one)
If your using kernel 2.4.* and it segfaults, the first thing you should do is update the video4linux header files videodev.h and videodev2.h you can get them from here http://bytesex.org/patches/
Does not work with mach64 DRI, my dma code assumes it has complete control.
Enhancements:
- This release adds DMA support for AMD-64 machines.

driveplugger is a removable storage manager that safely puts control into the hands of the user. driveplugger project makes devices such as USB drives, CDROMs, or any other removable media easy to use. The user can assign names to devices. Browsing, ejection, and other operations can be done through a tray icon.
How it Works
DrivePlugger uses the linux hotplug mechanism to pass information about plug/unplug events (and a secure tag) on to the user agent.
The user agent will then either ask the user what to do, or run an action previously chosen by the user. If the device is to be mounted, the user agent will run a suid script to add an entry to fstab, and then mount the drive under ~/Devices/< devicename >.
Through a tray icon, you can easily change user preferences and device settings, as well as unmount media or see (and kill) processes locking the media.
If youre a security expert, youre probably freaking out by now. Included in the package is a SECURITY file, detailing the risks associated with running DrivePlugger, as well as what Ive done to reduce them.
Enhancements:
- Fixed a bug where multiple group numbers were listed in fstab
- Corrected uid/gid entries for unsupporting filesystems

KANOTIX is a Linux live CD based on Knoppix technology using Debian/sid.

The included XFree86 is from Debian/experimental. The main specs are: GRUB based startup from CD, ACPI support, DMA default on, additional support for DSL modems (Fritz!Card DSL and Eagle USB), optimal for HD install (you get a working Debian/sid install in about 10 minutes!), kernel forcedeth (for nForce NIC), device mapper and some other patches.

Simply boot from CD and enjoy Linux. Some tools may request a root password. As none is set, you have to set one using "sudo passwd" or use "su" in konsole.

Whenever you execute something with root permissions, you should know what you are doing! For web surfing over LAN no root access is required. I am sure you can discover many things to do with it :)

Dont try to write to NTFS partitions using the standard NTFS driver included with the kernel, as its support for writing is very lacking - thus it could destroy the partition and the data in it.

There is a new Captive NTFS driver that does a better job at writing to NTFS, so use it instead. For FAT partitions you can enable write-access with the context menu (right mouse button).

You may not have the rights to modify Linux partitions, use the root mode in konsole if needed. Some links are not working in the menu - that is not my fault - the packages from Debian/sid are very new and may have some little bugs, but you can always use new releases.

XTrader is a stock chart and technical analysis application. A simple portfolio module is also included for keeping tracks of your investments.
Main features:
- You can have unlimited number of workspaces with their own settings
- The database is a single sqlite3 database file
- SMA (Moving Average)
- ESMA (Exponential Moving Average)
- MACD
- Momentum
- RSI (Relative Strength Index)
- Stochastics
- ATR (Average True Range)
- Bollinger
- Standard Deviation
- Price List Report
- Price Change Report
- Portfolio Performance Report
- Portfolio Value Report

BeaFanatIX is a mini Live CD Linux distribution. It was originally a remaster of BeatrIX but now uses a more recent Ubuntu core (more on that below). BeatrIX itself is partly on an old version of Ubuntu, but makes heavy use of Knoppix technologies. The common ancestor of all these distributions is Debian.

Whats the catch? Youll get a fully functional desktop operating system running off a standard or a mini (3", 8cm) CD-ROM (or CD-RW). The only thing your computer needs to be capable of is booting from CD - most modern machines can do that without any problem. Apart from using it as a Live CD, you can also install it to your hard drive as an independent operating system, so if you like it, put it on your hard drive and enjoy enhanced speed, usability and efficiency!

BeaFanatIX inherits some very useful features from the distributions it is based on:

Knoppix has excellent hardware recognition and comes with a usable installation script.
Ubuntu is geared towards the desktop and ease of use.

Debian gives you access to a vast amount of software packages ready for immediate use.
BeatrIX is highly portable and has been optimised to run even on older and less potent hardware - thats why Bea* (BeatrIX or BeaFanatIX) may be the best way to revive an old computer sitting useless in a corner of your attic!

BeaFanatIX, true to its BeatrIX roots, has been optimised to enable even a less experienced user to have a working desktop within minutes - work with documents, surf the web and communicate over the internet. Weve chosen a slightly different approach, though: While slimming down the ISO image even further, weve integrated a number of useful software packages without sacrificing key functionality - and without exceeding the size limitations for a mini Live CD.

Alba-Experiment is an implementation of Gentoo over Solaris or Portage for Solaris.

Alba-Experiment is not a simple package management system, but has the ambition to transform a Solaris system to a full GNU-based development, build, and desktop environment.

Known Issues

Stage1.5 Release 2006.04.06

* problem with zlib: /usr/lib/libz.so is a GNU ld script, it should be a link

Kunzip is a free (but not opensource) library for decompressing ZIP archives. Kunzip started out as a test program I wrote for decompressing .zip files through a command line program.
I eventually added hooks to make it a DLL that can be used from Windows programs. It is also possible to compile it for Unix (and Unix-like OSs such as Linux) as a .so library.
My plan for the kunzip.dll was to make it as simple to use as possible so it can even be used from VisualBasic or such. It should be fully compatible with zipfiles created by InfoZip, PkZip, and WinZip. You can download it from the link below and view the prototypes for different languages that can call kunzip.dll.
I originally started this code to be able to decompress (and maybe even compress) PNG graphic files. Since this is the same algorithm used in gzip and zip (WinZip, InfoZip, etc), I decided to make it work with .zip files instead. Unfortunately, all the specs I had for this compression were for PNG and Zip is slightly different, so I had some problems getting it working :).
My first version kunzip (which built the huffman tables using arrays instead of trees and did a lot of fseeking) ran painfully slow, but my latest version runs quite well. One interesting thing I found, when I did static huffman decompression for TIFF, I did it using lookup tables instead of trees. This actually ran very fast, altho Im not sure of the speed difference if I used trees instead. On this project, I started out doing all 3 huffman sets using lookup tables.
After I saw how slow it ran, I switched the length huffman codes to a tree and the decompression ran almost double the speed. When I changed the distance huffman codes to trees, the decompression slowed down by a few seconds. So I left length/distance huffman codes as trees and kept the first huffman codes as lookup tables. I may try and improve on the speed even more later.
Not only can you download the source code which can be compiled on both Unix/Linux and Windows, but Ive also included a Windows DLL I built for doing unzipping. I think it is quite easy to use, so if you need an unzip library for Windows, feel free to use this (feel free to make a donation to my PayPal account too if you like.
Btw, this code was written to be compiled on Unix (Linux,FreeBSD,etc) systems. If you want to build the DLL, you can download the source code and type: make dll. The mingw C compiler needs to be used. Im 99% sure I did some things that dont work in Visual C++. I may make it compile to a Unix shared lib too for fun.
The original May 6, 2005 version of kunzip decompresses a 120meg file in about 3min40sec on my AMD Athlon XP box. Since then, I put some major optomizations in and it now decompresses the same file in 20 seconds.
Enhancements:
- The license has been changed to the LGPL.