Free openquicktime 1.02 software for linux

Video::OpenQuicktime is an interface to the OpenQuicktime library.

SYNOPSIS

use Video::OpenQuicktime;

my $qt = Video::OpenQuicktime->new(file=>"sample.mov");
$qt->get_video_height;
$qt->get_audio_compression;
$qt->get_audio_samplerate;

From the OpenQuicktime site, http://www.openquicktime.org:

"OpenQuicktime aims to be a portable library for handling Apples QuickTime(TM) popular media files on Unix-like environments. It is aim is to provide encoding, authoring and editing support as well as video playback."

OpenQuicktime is currently able to decode as well as encode video and audio streams. The Video::OpenQuicktime library currently only supports extracting diagnostic information from Quicktime files, such as video dimensions, codecs used, and play length.

I would like to add support for video and audio demux at some point, but dont have the time to develop it right now. Given sufficient user interest or free time, Ill do it. Patches are also welcome in case anyone else wants to help me out, see the contact information below.

Rocket project is a game where you try to land a rocket on a moving platform.

Running Rocket:

- Unzip the archive into its own directory.
- cd to the directory.
# perl rocket.pl

You fly the rocket with the left, right, and down keys.

Other keys:

- pause
- exit
- new game
- God mode?

Peptide::Pubmed is a Perl module that can extract peptide sequences from MEDLINE article abstracts.

SYNOPSIS

use Peptide::Pubmed;
$parser = Peptide::Pubmed->new;
$in = {
PMID => q[15527327],
Author => q[Doe JJ, Smith Q],
Journal => q[J Biological Foo. 2004;8(2):123-30.],
Title => q[Foo, bar and its significance in phage display.],
Abstract =>
q[Peptide sequences EYHHYNK and Arg-Gly-Asp, but not ACCCGTNA or VEGFRI.],
Mesh => q[Genes, p53/genetics; Humans; Bar],
Chemical => q[Multienzyme Complexes; Peptide Library; Foo],
};
$parser->parse_abstract($in);

# get the peptide sequences in 1 letter symbols (select all words where the
# combined word/abstract score is above threshold:
# WordAbstScore >= WordAbstScoreMin):
@seqs = $parser->get_seqs;
print "@seqsn"; # prints: EYHHYNK RGD

EXAMPLES

# same as above, set threshold explicitly:
$parser->WordAbstScoreMin(0.4);
@seqs = $parser->get_seqs;

# set low threshold to get more peptide sequences (but at a cost of getting
# more false positives)
$parser->WordAbstScoreMin(-1);
@seqs = $parser->get_seqs;
print "@seqsn"; # prints: EYHHYNK RGD ACCCGTNA VEGFRI

# reset threshold back:
$parser->WordAbstScoreMin(0.4);

# get more data for the abstract:
$abst = $parser->get_abst;
print "$abst->{AbstScore}n"; # abstract score, in the [0,1] interval
print "$abst->{AbstMtext}n"; # abstract with sequences marked up:
# Peptide sequences EYHHYNK and Arg-Gly-Asp,
# but not ACCCGTNA or VEGFRI.

# get more data for the words, in addition to peptide sequences:
@words = $parser->get_words;
for my $word (@words) {
# combined word/abstract score, in the [0,1] interval
print "$word->{WordAbstScore}n";
# word as found in the abstract, eg Arg-Gly-Asp,
print "$word->{WordOrig}n";
# peptide sequence in 1 letter symbols, eg RGD
print "$word->{WordSequence}n";
}

# There are no mandatory input fields. This will work too, but may give lower score.
$in = {
Abstract =>
q[Peptide sequences EYHHYNK and Arg-Gly-Asp, but not ACCCGTNA or VEGFRI.],
};
$parser->parse_abstract($in);
@words = $parser->get_words;

# No peptide sequences are found in empty input:
$in = undef;
$parser->parse_abstract($in);
@words = $parser->get_words;

Gentium is a typeface family designed to enable the diverse ethnic groups around the world who use the Latin script to produce readable, high-quality publications.

Gentium fonts project supports a wide range of Latin-based alphabets and includes glyphs that correspond to all the Latin ranges of Unicode.

The design is intended to be highly readable, reasonably compact, and visually attractive. The additional "extended" Latin letters are designed to naturally harmonize with the traditional 26 ones. Diacritics are treated with careful thought and attention to their use.

Gentium also supports both ancient and modern Greek, including a number of alternate forms. These fonts were originally the product of two years of research and study by the designer at the University of Reading, England, as part of an MA program in Typeface Design.

SIL International has now embraced the Gentium project, and plans to continue development. Expansion of the glyph set to include more extended Latin glyphs, archaic Greek symbols, and full Cyrillic script support is the next step. Work on this has already begun, but the results will not be available for a few months. Addition of bold and bold italic faces will follow.

Gentium is freely available and may be used by anyone at no cost. It is now released under the SIL Open Font License, a free and open source license that permits modification and redistribution.

Our hope is that it will stimulate literature production and elevate extended Latin alphabets to greater parity with the basic Latin alphabet. We also hope it will encourage other type designers to appreciate and support those fascinating and beautiful extra letters.

VoiceBuntu (Ubunterisk) is an Ubuntu based live Linux distribution that uses Asterisk and VoiceOne to provide VoIP service.
VoiceBuntus focus is to run asterisk with no installation needed. VoiceBuntu - ubuntu itself - has built in boot prompt cheap code one can use called persistent.
This feature allows the user to use VoiceBuntus persistent feature in order to keep settings on a flash disk or memory stick.
To start, just burn the ISO file on a CD-ROM then start the live cd distribution and wait until everything is ready.
Please note, that apache will start at the very last moment of the boot cycle. So you may a to wait 1 or 2 minutes to let everything load.
Once everything is prepared, start your browser and point to the IP address of your running VoiceBuntu (i.e. http://192.168.0.10).
If you have no DHCP Server available you can press F6 at boot screen and add additionally add the command parameter
static=xxx.xxx.xxx.xxx
netmask=xxx.xxx.xxx.xxx
bcast=xxx.xxx.xxx.xxx
gateway=xxx.xxx.xxx.xxx
dns1=xxx.xxx.xxx.xxx
dns2=xxx.xxx.xxx.xxx
where xxx.xxx.xxx.xxx is the IP of your choice.
By that VoiceBuntu boots with static IP address on eth0 network device.
Enhancements:
- This live CD release is based on Ubuntu 7.04 and VoiceOne 0.5.0_2 due to a minor bug in VoiceOne version 0.5.0.

tappipe project is a VPN that is very easy to set up and very small.
Installation:
1. Load TUN/TAP module if needed:
modprobe tun
2. Configure server:
- edit server.conf
- edit server.sh
- start (as root):
stunnel server.conf
3. Configure client:
- edit client.conf
- edit client.sh
- start (as root):
stunnel client.conf
4. To get statistics use (as root):
killall -USR1 tappipe
5. Check your syslog for any messages.
Enhancements:
- This is the first stable version.

ummf Perl module contains a driver for UMMF.

SYNOPSIS

ummf [-I dir] [-M MetaModel] [-m Main::Module] [-o {dir|-}] [-e exporter] input ...

This is a driver for the UMMF toolkit. It translates UML input documents into the export targets specified by the -e option. If -o - is specified the output is generated to STDOUT, otherwise the output is multiplexed into files underneath the directory specified by the -o option, using files2dirs.

If input is UML-1.5, then the internal UML 1.5 meta-model (from UMMF::UML::MetaModel) is used as input.

Input files can be .zargo (ArgoUML and Poseidon for UML 1.x), .zuml (Poseidon for UML 2.x) or XMI 1.0 or 1.2 documents.

USAGE

ummf -e java -e perl -o gen test/test1.xmi

Generates Java and Perl code in directory gen from test/test1.xmi.

ummf -e perl::hibernate -o gen test/test2.zargo

Generates Java Hibernate hbn.xml file in directory gen from test/test2.zargo.

ummf -e XMI -o - UML-1.5

Generates XMI for the UML 1.5 meta-model on the standard output stream.

ummf --perl5lib

Print the PERL5LIB path needed for Perl code generated by UMMF.

ummf -L Some::Package

Loads Some::Package.

ummf -m Some::Package @args ...

Loads Some::Package and executes >.

ummf -I dir/with/perl/modules

Executes use lib dir/with/perl/modules; including modules from the specified directory in the search path.

ummf -M UMMF::Boot::MetaModel

Uses UMMF::Boot::MetaModel for the meta-model, defaults to UMMF::UML_1_5.

ummf -profile MyMagicProfile -e Perl UML-1.5

Applies MyMagicProfile during export of Perl code on the UML 1.5 meta-model. This overides the default lib/ummf/profile/UML-1.5.ummfprofile file.

Getopt::Tiny is yet another command line argument parsing module.

SYNOPSIS

use Getopt::Tiny;

my $arg = default value;
my @list;
my %hash;
my $flag;
my %set;

# begin usage info
my (%flags) = (
argx => $arg, # set a parameter
listx => @list, # fill in a list
hashx => %hash, # set key/value pairs
);
my (%switches) = (
flagx => $flag, # on or off
}
# end usage info

getopt(@ARGV, %flags, %switches, $what_comes_after);
Getopt::Tiny::usage(__FILE__, %flags, %switches, files);
or
use Getopt::Tiny;
%flags = ...
%switches = ...
getopt()
Getopt::Tiny::usage();

Getopt::Tiny is yet another argument parsing module. The results of the argument parsing are stored by using references that were provided to getopt(). Usage information is automatically generated. Getopt::Tiny expects all arguments to be switches -- no trailing list of files.

Getopt::Tiny can either call an existing usage() function or it can use its own builtin one. It trys to use the existing one by default. If that fails, it will use its own. It figures out how to describe things by reading the file where call to getopt() originated. In the file where getopt is called, the following two lines must appear exactly as written here:

# begin usage info
# end usage info

Between these two lines, lines that match the pattern of:

someflag => ... # a description

will be noticed and used to document each flag individually.

The usage() function of Getopt::Tiny can be called on its own. It can either have its arguments given to it explicitly or it can default them like getopt().
If a usage function is provided, it will be called with one parameter: the argument that didnt parse.

Getopt::Tiny can be used in situation where it is expected to parse the entire command line and in situations where there will be command line args left over. When Getopt::Tiny is expected to parse the whole command line, do not include a forth argument to getopt(). When it is expected that there will be stuff left over, pass a description of what should be left over as the forth argument to getopt().