Free se xmovie software for linux

XMovie was originally written as a simple, fast method to play uncompressed movies with stereo sound back when the only uncompressed movie player was xanim and the only MPEG player was MTV.

XAnim didnt play stereo sound and MTV was a $15 shareware. Hard to believe how todays applications toss movies around like nothing when just 4 years ago it was an ordeal just to play an MPEG stream.

XMovie is mainly intended for uncompressed movie playback, nonstandard output from Cinelerra, and testing decoder libraries.

Its not intended for low resolution, low bitrate internet downloads. Your luck will improve with something like M Player

6 channels of audio can be sent to a soundcard supporting 6 channel audio. More importantly, HDTV program and ATSC transport streams play back.

These streams are usually obtained through a capture board like the WinTV HD, set top box hacking, or other means. Forget about downloading HDTV moviez from the internet.

XML::DOM::Lite is a Lite Pure Perl XML DOM Parser Kit.

SYNOPSIS

# Parser
use XML::DOM::Lite qw(Parser :constants);

$parser = Parser->new( %options );
$doc = Parser->parse($xmlstr);
$doc = Parser->parseFile(/path/to/file.xml);

# strip whitespace (can be about 30% faster)
$doc = Parser->parse($xml, whitespace => strip);


# All Nodes
$copy = $node->cloneNode($deep);
$nodeType = $node->nodeType;
$parent = $node->parentNode;
$name = $node->nodeName;
$xmlstr = $node->xml;
$owner = $node->ownerDocument;

# Element Nodes
$first = $node->firstChild;
$last = $node->lastChild;
$tag = $node->tagName;
$prev = $node->nextSibling;
$next = $node->previousSibling;

$node->setAttribute("foo", $bar);
$foo = $node->getAttribute("foo");
foreach my $attr (@{$node->attributes}) { # attributes as nodelist
# ... do stuff
}
$node->attributes->{foo} = "bar"; # or as hashref (overload)

$liveNodeList = $node->getElementsByTagName("child"); # deep

$node->insertBefore($newchild, $refchild);
$node->replaceChild($newchild, $refchild);


# Text Nodes
$nodeValue = $node->nodeValue;
$node->nodeValue("new text value");

# Processing Instruction Nodes
# CDATA Nodes
# Comments
$data = $node->nodeValue;

# NodeList
$item = $nodeList->item(42);
$index = $nodeList->nodeIndex($node);
$nlist->insertNode($newNode, $index);
$removed = $nlist->removeNode($node);
$length = $nlist->length; # OR scalar(@$nodeList)


# NodeIterator and NodeFilter
use XML::DOM::Lite qw(NodeIterator :constants);

$niter = NodeIterator->new($rootnode, SHOW_ELEMENT, {
acceptNode => sub {
my $n = shift;
if ($n->tagName eq wantme) {
return FILTER_ACCEPT;
} elsif ($n->tagName eq skipme) {
return FILTER_SKIP;
} else {
return FILTER_REJECT;
}
}
);
while (my $n = $niter->nextNode) {
# do stuff
}

# XSLT
use XML::DOM::Lite qw(Parser XSLT);
$parser = Parser->new( whitespace => strip );
$xsldoc = $parser->parse($xsl);
$xmldoc = $parser->parse($xml);
$output = XSLT->process($xmldoc, $xsldoc);


# XPath
use XML::DOM::Lite qw(XPath);
$result = XPath->evaluate(/path/to/*[@attr="value"], $contextNode);


# Document
$rootnode = $doc->documentElement;
$nodeWithId = $doc->getElementById("my_node_id");
$textnode = $doc->createTextNode("some text string");
$element = $doc->createElement("myTagName");
$docfrag = $doc->createDocumentFragment();
$xmlstr = $doc->xml;
$nlist = $doc->selectNodes(/xpath/expression);
$node = $doc->selectSingleNode(/xpath/expression);


# Serializer
use XML::DOM::Lite qw(Serializer);

$serializer = Serializer->new;
$xmlout = $serializer->serializeToString($node);

Apache Harmony is the Java SE project of the Apache Software Foundation. Please help us make this a world class, certified implementation of the Java Platform Standard Edition!

Apache Harmonys aim is to produce a large and healthy community of those interested in runtime platforms tasked with creation of :

A compatible, independent implementation of the Java SE 5 JDK under the Apache License v2.
A community-developed modular runtime (VM and class library) architecture.

We aim to support wide range of different platforms. The main criteria for whether a particular platform is supported or not is the involvement of people in running tests on regular base, reporting build status, finding and fixing bugs for that platform, and so on. We have a list of platforms we are actively maintaining at the moment.

Project Status

JRE and HDK snapshots available
JRE can run popular programs like Apache Tomcat, Eclipse, Maven, Derby, Ant
More than 95% of Java 5 API complete. (not compatible, just completed)
More than 1.25 Million Lines of Code

State Machine Compiler takes a state machine stored in an .sm file and generates the state pattern classes in nine programming languages.
Its features include default transitions, transition arguments, transition guards, push/pop transitions, and Entry/Exit actions. State Machine Compiler requires Java SE 1.4.1 or better.
Enhancements:
- This release cleans up C# and VB.net debug output using System.Diagnostics.Trace.
- It fixes a number of minor bugs.

Wiseman is an implementation of the WS-Management specification for the Java SE platform. Wiseman project scope includes the WS-Management specification and its dependent specifications, which can be found at http://www.dmtf.org/standards/wbem/wsman/.
The project requires Java SE 5+ or above, and is built on JAXB 2.0 and SAAJ 1.3 (part of the JAX-WS project). Ant scripts for standalone and Netbeans builds are supplied.
Enhancements:
- This is the first binary release, and it provides good coverage of version 1.0 of the DMTF WS Management specification.
- This release features a tutorial on creating and exposing resources, starting from your schema through generating a Java Web application.
- It also contains sample client and server applications.

frob 3D viewer project is a 3D object point/wireframe/polygon viewer - called frob3dv for lack of a better name.

I wrote this version mainly to learn c++. Also it was the first program I wrote after I got a PC (and put linux on it), but it has a long history. Many years ago I wrote a few stacks in Hypercard (on a Mac SE) for editing and displaying 3d shapes. I then ported it to modula-2 , using the free MacMETH compiler, then MOPS, a great free object-oriented programming language and application framework for the mac.

That is where it got most of its current class hierarchy. At that stage it was still only a wire-frame viewer. I then ported it to c++ for the macintosh using the Macintosh Programmers Workshop. When I wiped Windoze off my PC and put an operating system (linux) on it, I ported it to X and added the polygon drawing.

SBaGen generates sounds that give an altered state of consciousness. The theory behind binaural beats is that if you apply slightly different frequency sine waves to each ear, a beating affect is created in the brain itself, due to the brains internal wiring.
If, in the presence of these tones, you relax and let your mind go, your mind will naturally synchronize with the beat frequency. In this way it is possible to tune the frequency of your brain waves to particular frequencies that you have selected, using of the four bands: Delta: deep sleep, Theta: dreaming and intuitive stuff, Alpha: awake, focussed inside, and Beta: awake, focussed outside.
It is also possible to produce mixtures of brain waves of different frequencies by mixing binaural tones, and in this way, with practice and experimentation, it is reportedly possible to achieve rather unusual states, such as out-of-body stuff, and more. See the books by Ken Eagle Feather, and the Monroe Institute site for more details. The Monroe Institute have apparently put 40 years of research into these techniques.
Centerpointe have also done a great deal of research into binaural beats, concentrating more on improving overall well-being and holistic functioning rather than reaching unusual states, and I recommend reading some of the articles on their site (look under "Site Map", for example their Special Report: "How The Holosync Technology Works" and their FAQ).
I should add that I have only read about the more advanced and unusual uses (OOBEs and so on). My own experiences have not reached quite that far, but still I feel that I have benefitted immensely from using these techniques over the last few years: from simply getting my head clear in confusing moments, to the energy boosts that come at times, to more general emotional clearing, and occasional very intense dreams (although not quite lucid).
So, SBAGEN is my utility, released as free software (under the GNU General Public Licence) for Linux, Windows, DOS and Mac OS X, that generates binaural tones in real-time according to a 24-hour programmed sequence read from a file. It can also be used to play a sequence on demand, rather than according to the clock, or to write a WAV file for playing later. Pink noise, MP3 and Ogg files (since version 1.2.0) may also be mixed with the binaural beats to provide background sounds. (Two files of randomly-looping river sounds are provided from version 1.4.0 onwards). This tool is ideal for anyone who wishes to experiment with these techniques and do research into this for themselves. (For those who would rather pay for a pre-packaged programme with support, I recommend taking a look at the Centerpointe site -- and see my disclaimer)
My original idea was to use this utility to play a programme of different tones throughout the night, hoping to improve dreaming and dream-recall, and then to bring myself up into Alpha rhythms to (hopefully) make a good start to the day. I am now using it more for shorter focussed sessions of about an hour, both during daytime and at night. However, other people have used this software in many different ways. For example, one person suffering constant pain from historical injuries appreciated the way that he could tune the frequencies very accurately to his needs to help him sleep better at night. Other more unusual uses have included: mixing the sounds in as part of musical compositions, and generating ambient sounds during live DJ sets or trance music.
Enhancements:
- Fixed problem when playing 7+ hour sequences with -SE or -L
- Warns properly if the WAV file limit of ~7 hours is exceeded, and truncates

Apt-get Install / Remove Packet is a tool to install/remove packets with debian apt-get.

About Apt-Get:

Advanced Packaging Tool, or APT, is a package management system used by Debian and its derivatives. APT was originally designed to work with .deb packages on Debian systems, but it has since been modified to work with RPM packages via apt-rpm, and to run on other operating systems such as Mac OS X (see fink). On systems with package management based on .deb, such as Debian, APT is a front-end for dpkg.

APT simplifies the process of installing and removing software on Unix systems, by automating the retrieval, (from the Internet, local network, or CD) the configuration, the compiling (sometimes) and the installation of software from APT sources.

There is no apt program per se; APT is a C++ library of functions that are used by several command line programs for dealing with packages, most notably apt-get and apt-cache.

APT front-ends can upgrade the system or specific packages. Packages can be installed or removed. When installing one or several packages, APT front-ends can list the dependencies of these packages, ask the administrator if packages recommended or suggested by newly installed packages should be installed too, automatically install dependencies and perform other operations on the systems packages to allow the installation of the packages. Similarly, to update one or several packages, front-ends can install, remove or update other packages.

APT is often hailed as one of Debians best features, giving Debian the reputation of being a "pain to install, but a joy to maintain", although with Debian 3.1 and its Debian-Installer, Debians installation might be too easy nowadays to keep this true.