Free embedded video software for linux

Java Embedded Python embeds CPython in Java. It is safe to use in a heavily threaded environment, it is quite fast and its stability is a main feature and goal.
Main features:
- Using the native Python interpreter may mean a massive speed improvement over Java-based languages.
- Python is mature so authors neednt fear the interpreter will suddenly change widely-used features.
- Access to the high quality Python modules, both native and Python-based.
- Compilers and assorted Python tools are as mature as the language.
- Python is an ideal language for your business logic. It is easy to learn, eminently readable and generally immune to programming gotchas.
Patches, comments and other help is greatly appreciated. If you need help, post to the SourceForge mailing list or forums. Please include code snippets for the most accurate response.

Get YouTube Video is a service menu for KDE.

Usage:
Right-click onto a link to a YouTube video or at the background of the YouTube site showing the video and choose action -> Download YouTube Video -> ...

Install:
cd ~/.kde/share/apps/konqueror/servicemenus/
tar xvzf /path/to/youtube-servicemenu.tar.gz

I made some modifications to the YouTube Service Menu. It didnt work for me, so I looked at the source. I added a differnent method to guess the video_id and I added additional parameters to the query string to download the video.

The query-string trick is:
video_id is a part of the site-url, in which the video is embedded:

video_ids = set(re.findall(www.youtube.com/v/([-A-Za-z0-9_]+), data))

or

m = re.search(video_id=(?P [-A-Za-z0-9_]+), data)

or

m = re.search(v=(?P [-A-Za-z0-9_]+), data)

Then I do:

url = "http://www.youtube.com/watch?v=%s" % video_id

Now url points to a site in which the video will be embedded, so I can apply following regular expression to its contens:

m = re.search(watch_fullscreen?(?P .*?)&fs=1&title=" + "(?P

Alpine is a modular embedded linux distribution for use in small appliances such as VPN gateways, routers, and more.

The name "Alpine" stands for A Linux Powered Integrated Network Engine.
Alpine can boot from floppy/usb/cf/cd/whatever, packages are pulled into RAM, and everything runs from RAM, just like the distros found in LEAF.

This makes for very fast application load times, and provides added security if the boot media is write-protected or removed.

Design Philosophy & Goals

Security comes very high. Everything is compiled with stack smashing protection. It costs approximately 3-5% in speed and size, but we believe its worth it. We also strive to make package configurations secure by default.

Size is also very important. Its why Alpine is an embedded distribution and not a general purpose one. We use uClibc and BusyBox as our main library and shell components. We are however willing to sacrifice some size for speedier development (see below). A typical installation medium would be a small compact flash card, not a floppy.

Innovate, dont Recreate. Our goal is to to keep Alpine as easy to maintain as possible. This means we try to use the work of others as much as possible (obviously only if its open source). By doing this we free up our development time to implement new features and improve the overall product. For example, weve written stripped down shell libraries and re-use the stock Gentoo init.d scripts.

Automation is key. We try to provide automated processes (using scripts) for everything in the build process. Alpine is an extension of the Gentoo build framework. We use scripts that simply convert the Gentoo binary packages. Many things there are similar to Gentoo.

User Friendly. Our goal is to make installation and use of Alpine extremely user friendly without compromising with security. Eventually wed like all packages to be configurable via a sophisticated web interface (webconfs). This is not yet implemented. Wed also like to implement the ability to upgrade packages while maintaining a workable configuration all with minimal impact to the service being upgraded.

Scalable. It should be possible to install Alpine in 3, 300, or 3,000 locations with a similar amount of effort. We plan to write an automated installer, centralized repository manager, centralized configuration manager, and monitoring tools.

X-Bone dynamically deploys and manages Internet overlays to reduce their configuration effort and increase network component sharing.
X-Bone discovers, configures, and monitors network resources to create overlays over existing IP networks.
It uses two-layer IP-in-IP tunneled overlays and supports existing applications and unmodified routing, multicast, and DNS services in unmodified operating systems. X-Bone also support IPsec within overlays.
Enhancements:
- This is an integrated distribution of FreeBSD 4.9 with X-Bone 3.2, including utilities and dependencies installed and preconfigured.

File::Headerinfo::Video is an extractor of useful information from video files.

File::Headerinfo::Video uses Video::Info to read the headers of video clips (of various kinds) and a few audio files, and extract from them the useful information we crave.

File::Headerinfo::Video can handle all the types that Video::Info can handle, including quicktime files, mpegs, DivX, AVI and ASF files.

GNOME Video Arcade is a simple xmame front-end for the GNOME Desktop Environment.

Just getting this project off the ground. Im hoping to create a simple and easy-to-use xmame front-end that is not just another mame32 clone.

This project is aimed at casual gamers like myself that just want to play classic arcade games on their desktop.

DVD Home Video Project is a tool that provides a simple, quick way to transform video on a DV camcorder into a fully functional DVD, including a menu with optional background images and music.

FFmpeg::Stream::Video is a video stream from a (multi)media stream group.

SYNOPSIS

$ff = FFmpeg->new(); #see FFmpeg
#...
$sg = $ff->create_streamgroup(); #see FFmpeg
$st = ($sg->streams())[0]; #this is a FFmpeg::Stream

Objects of this class are not intended to be instantiated directly by the end user. Access FFmpeg::Stream::Video objects using methods in FFmpeg::StreamGroup. See FFmpeg::StreamGroup for more information.

This class represents a video stream in a multimedia stream group. General stream attributes can be found in the FFmpeg::Stream class.