Free stop dog barking device software for linux

Stopmotion is a free application for creating stop-motion animation movies. The users will be able to create stop-motions from pictures imported from a camera or from the harddrive, add sound effects and export the animation to different video formats such as mpeg or avi.

Stopmotion creates stop motion animations by combining images imported from a v4l (or similar) device with sound.

Installation:

If you run Debian the easiest way to install this program is to add this line to your sources.list file:

deb http://www.skolelinux.no/~bjoern/debian/ unstable main

Then run apt-get update and apt-get install stopmotion.

If you do not run Debian you have to compile the program from source. We have not focused on getting the configure script as good as it should be; you will not get any error message if you do not have the necessary libraries installed. This will hopefully be fixed later.

Yellow Dog Linux is the Premier Linux Operating System for PowerPC.
Proven world-wide as the preferred Linux OS for the Power architecture, v4.1 brings Terra Soft into its 8th year of Power Linux development and support. Yellow Dog Linux v4.1 marks a returning point in Terra Softs effort to again provide a leading desktop Linux OS.
Yellow Dog Linux combines the preferred desktops KDE and Gnome with the latest sound and graphic card support, leading (but not bleeding) edge kernels and stable, functional compilers for code development. And of course, the foundation applications and servers expected of all modern Linux operatings systems for web, database, email, and network services.
What will you do with your PowerMac after Apple switches to Intel?
We have an answer--Faster, more stable, and far more efficient as a desktop OS, Yellow Dog Linux is a solid replacement (not just an alternative) to OSX. Breath new life into your PowerPC G3 and G4, giving it a second wind as a personal workstation, or a new function as a web, email, or data server. Want to see how your G5 runs Linux? You may dual-boot both OSX and Yellow Dog Linux or take the leap and run Yellow Dog Linux alone, taking advantage of the multitude of included, freely available, and commercial applications.
Main features:
New or Improved Device Support
- Backlit keys.
- PCMCIA cell phone and modem support.
- Support for Atheros wi-fi cards.
- Dual head config via the GUI.
- Install direct to and boot from FireWire drives.
- USB device auto-mount under both KDE & GNOME.
- Greatly improved sound support.
- Graphical Up2Date package install and update tool.
- Support for the latest Apple Power Books.
- Beta support for Apple G5 PowerMacs with dual core CPUs.
- Beta Extreme driver will be available shortly after release, via YDL.net Enhanced accounts.
Enhancements:
- We are pleased to announce the release of Yellow Dog Linux 5.0.2, a single Install DVD with support for the Apple G4 and G5 computers, Sony PS3, and IBM System p servers, including the JS20/21, OpenPower, and current POWER5 systems. Yellow Dog Linux 5.0.2 offers: kernel 2.6.22-rc4; SDK v2.0 for Cell BE; more than 70 bug fixes and updates; continued support for both 32-bit and 64-bit systems; beta IBM System p support. The IBM Software Development Toolkit (SDK) for Cell Broadband Engine (Cell BE) is a complete package of tools which allows developers to program optimized applications for platforms built upon the Cell BE. The SDK is composed of development tool chains, software libraries, and sample source.

Hardware::iButton::Device is a Perl object to represent iButtons.

SYNOPSIS

use Hardware::iButton::Connection;
$c = new Hardware::iButton::Connection "/dev/ttyS0";
@b = $c->scan();
foreach $b (@b) {
print "id: ", $b->id(), ", reg0: ",$b->readreg(0),"n";
}

This module talks to iButtons via the "active" serial interface (anything using the DS2480, including the DS1411k and the DS 9097U). It builds up a list of devices available, lets you read and write their registers, etc.

The connection object is an Hardware::iButton::Connection. The main user-visible purpose of it is to provide a list of Hardware::iButton::Device objects. These can be subclassed once their family codes are known to provide specialized methods unique to the capabilities of that device. Those devices will then be Hardware::iButton::Device::DS1920, etc.

Mobile Device Information project is a Java Swing application that provides desktop interface access to the WURFL (Wireless Universal Resource FiLe).
The WURFL contains information about the capabilities of a huge number of wireless devices.
The project has been created by me (Jim McLachlan), a software consultant specialising in Java projects for mobile devices (primarily J2METM clients with J2EETM back-ends).
Part of my consultancy work has been the "education" of clients to the limitations of the cross-platform nature of Java on mobile devices. I have regularly had to field questions like "Is the < mobile device > MIDP-1.0 or MIDP-2.0 compliant?" and "How many different MIDP-2.0 devices are there?".
As part of my recent web site development, where I intend to sell my J2ME applications, I found myself in need of some "rich content" that would be useful to consumers and not just developers. Hopefully, this tool will be useful to people wanting to know more about their devices.
Enhancements:
- This release finally resolves problems with the id pseudo-capability.
- Version 1.2 caused make/model data to be hidden; 1.2.1 fixed this, but added a bug which used the fallback instead of the current "id".

The Linux UPnP Internet Gateway Device Project is an attempt to begin work on a UPnP Forum-compliant Internet Gateway Device. It allows Windows Messenger or other this kind of programs to use voice/video through a Linux firewall running Iptables.
This program only creates DNAT (portmap) entries in you firewall on the external interface (public ip). Any other firewall code must be set to allow basically all tcp and udp through the FORWARD chain to your client machines, and the client machines must be able to contact the firewall using tcp and udp through the firewalls INPUT chain on it internal interface.
We will be adding some checks to see if FORWARD has a default policy of DROP or REJECT, however placing rules once we determine this is a bit tricky. Theres at the moment no real way to check to see if a packet matchin this rule will pass through any additional rules that may be located above it. Also, we will probably need to check for any rules below as well. Hopefully we can get this implemented soon.
In the meantime, please be aware of this fact, and if you are seeing Advertisements sent in the /var/log/debug file (or whatever you have syslog set to log DEBUG level messages to), but you are not seeing AddPortMaps, the most likely this is the problem, or it could be the following problem.
UPnP works with the 239.0.0.0/255.0.0.0 multicast addresses. Windows Messenger may also send request to a Unicast address, and thus the reason for the patch to the UPnP source code for this to work. Nevertheless, to add a route in your box for the multicast address, just use the following command, replaceing with the interface name of your inside interface name (i.e., eth0).
Enhancements:
- Fixed issues with Direct Play games not deleting broadcast port mappings So most if not all Direct Play games will now work correctly.
- Added Byte and Packet counter code contributed by giussani
- Changed all the xml and skl files to include our UUID and some other updatet information that needed to be changed.
- Added a CREDITS file to make sure I give thanks to the person who inspired me to write this program, along with everyone else whos contributing.
- Fixed the startup message in messages to report the correct version now.
- Once again, other small changes i cant remember

Device::SNP is a Perl extension for the GE Fanuc SNP-X serial protocol as used by GE Fanuc DataPanel data terminals. See http://www.gefanuc.com/en/ProductServices/VisPCSolutions/DataPanel/index.html

SYNOPSIS

use Device::SNP;

my $s = new Device::SNP::Slave(
Portname => /dev/ttyUSB0,
Debug => 0);
$s->run();
Amarok serial interface program: datapanel.pl [-h] [-d] [-p portdevice]
portdevice defaults to /dev/ttyUSB0

ABSTRACT

This Device::SNP module contains an implementation of the GE Fanuc SNP-X serial protocol as used by GE Fanuc DataPanel data terminals. See http://www.gefanuc.com/en/ProductServices/VisPCSolutions/DataPanel/index.html

DESCRIPTION

DataPanels are usually used with PLCs to monitor and control industrial equipment. They provide a programmable bitmap display, programmable function keys, and can poll and display data values and set data values in a remote PLC using the SNP-X serial protocol.

The Device::SNP::Slave object implements an SNP-X slave, opens a Device::Serial port and answers SNP-X requests to read and write data to a simulated PLC.
This package also contains a sample application that uses a DataPanel 160 to implement a remote control panel for the Amarok music player on Linux, allowing you to play, pause, next, prev tracks etc.

DataPanels are programmed with a GE application called DataDesigner, available from the GE web site for registered customers. Included in this package is a database for DataDesigner 5.2 for the Amarok remote control application. You will need DataDesigner 5.2 to download the datadesigner/linux.DTB database to the DataPanel 160

Tested on SuSE linux, but should run on pretty well any Linux or Unix.