Free av software for linux

avi2yuv is a program to convert AVIs into the YUV format for input of the Berkeley mpeg_encoder. Alternatively you can use mpeg2encode by the MPEG Software Simulation Group or save the frames as single files (YUV or BMP).

The following AVI compression algorithms are supported:

MJPG created by the cards listened in section 4) (e.g. FAST FPS60)
DIB uncompressed 16, 24 or 32 bit
YVU9 Indeo RAW
Y41P Hauppauge WinTV format

The following output formats are supported:

YUV into single files (one per frame)
YUV to stdout for direct input to mpeg_encode
BMP into single truecolor files (one per frame)

The following audio output formats are supported:

PCM raw audio data
WAV audio data with WAVE header

vi2yuv is known to work with the following hardware and software:

Intel based hardware with 32 bit compiler (LSB byte order is expected)

Videocards:
FAST FPS60
FAST Movie Machine II with MJPEG extention (should work)
FAST AV Master
MIRO DC10/DC20/DC30
Matrox Rainbow Runner Studio
AVIs created with the FAST FPS60 and edited with Adobe Premiere LE 4.0.
Uncompressed 16, 24 and 32 bit AVIs created with Adobe Premiere LE 4.0.
YVU9 AVIs created with Adobe Premiere LE 4.0.
Y41P AVIs recorded with a Bt848 card (e.g. Hauppauge WinTV PCI)

Software:
Linux 1.2.13 or 2.0.33
Berkeley MPEG encoder Version 1.5b
mpeg2encode Version 1.1a
Version 3.9t of musicin
MPLEX 1.1

mpeg2encode does also work under DOS if compiled with DJGPP (tested with
version 2.5.7). It should also work with every 32 bit compiler (e.g. emx under OS/2).

avi2yuv will only work with mpeg_encode if the pipe is 8 bit clean (depends
on the compiler and the OS). It should work under DOS if compiled with DJGPP
but youll need a lot of disk space as the output of avi2yuv will be temporarely saved to disk as DOS isnt a multitasking OS (not tested).

Advene (Annotate Digital Video, Exchange on the NEt) is an ongoing project in the LIRIS laboratory (UMR 5205 CNRS) at University Claude Bernard Lyon 1. The project aims at providing a model and a format to share annotations about digital video documents (movies, courses, conferences...), as well as tools to edit and visualize the hypervideos generated from both the annotations and the audiovisual documents.
Teachers, moviegoers, etc. can use them to exchange multimedia comments and analyses about video documents. The project also aims at studying the way that communities of users (teachers, moviegoers, students...) will use these self-publishing tools to share their audiovisual "readings", and to envision new editing and viewing interfaces for interactive comment and analysis of audiovisual content/
Main features:
- At the package creation level : annotation of audiovisual documents (association of typed information to temporal fragments), creation of visualisation means (views).
- Exchange of annotations and visualization modes in packages independently from the audiovisual material (images and sounds). If needed for the visualization of the data, pictures and sound clips can be extracted from the digital video support (e.g. file, DVD). The user of the data is then required to possess the video to take full advantage of the analysis and comments.
- At the package use level : visualisation of augmented movie (the annotations are used to display supplementary information on the video, to control the playing of the video, to navigate the video), visualisation of hypertext documents constructed from annotation and AV material, use of ad-hoc views (e.g. timeline view).
Enhancements:
- This release features a new customizable GUI layout, quick search functionality, usability enhancements in the timeline view, and a number of improvements and bugfixes.

multican is a Canon EOS class camera remote control utility.
multican is able to remote control 300D, 350D, 30D, 20D, and 5D cameras and can be scripted to control up to six attached cameras.
Which functions are supported?
Several remote control functions are available in scripts, they are:
- setting shutter release speed (Tv)
- setting aperture size (Av)
- setting ISO sensitivity
- releasing shutter (currently only allows to store the image on CF)
Known Bugs:
The timing in the script strongly depends on the camera type and CF card which is used to do shooting. This is to be tested by multican user himself. If too short times are described in the script, the communication may hang, may skip some commands. Thanks to camera image caching, the shooting rate could be set under 1s if only several images are takes since the most of the EOS camera models contains an image cache, so that the images are stored into a queue and written to the CF lately.
The known bug in this multican release is that cameras need to be switched off and on again when a scripted sequence is finished and a new one is to be done. This is likely caused by the fact that the communication is not correcly terminated in the actual multicam release.
Enhancements:
- fix typos, update docs
- fix warnings

samba-vscan provides on-access scanning of Samba shares with ClamAV (clamd and libclamav), F-Secure AV, FRISK F-Prot Daemon, Kaspersky AntiVirus, OpenAntiVirus.org ScannerDaemon, mks AntiVirus, NAI/McAfee VirusScan, Sophos Sweep (via Sophie), Symantec AntiVirus Engine (via ICAP), and Trend Micro (via Trophie). It supports Samba 2.2.x/3.0.x.
samba-vscan currently is made of ten Samba VFS modules:
vscan-fprotd - for use with F-Prot Daemon
vscan-icap - for use with an ICAP anti-virus service, currently only Symantec AntiVirus Engine 4.x is supported (this is alpha code and not yet for production environment!)
vscan-kavp - for use with Kaspersky AntiVirus (kavdaemon) via Kaspersky KAV client C library. vscan-kavp is a stripped-down version from vscan-kavp of Ries van Twisk). For the full-featured version please see http://www.rvt.dds.nl
vscan-mks - for use with mks32 via mks_vir Daemon
vscan-oav - for use with OpenAntiVirus.org ScannerDaemon
vscan-sophos - for use with Sophos Sweep via Sophie (http://www.vanja.com/tools)
vscan-trend - for use with Trend Micro FileScanner / InterScan VirusWall via Trophie (http://www.vanja.com/tools)
vscan-clamav - for use with Clam AntiVirus Daemon (clamd) or libclamav (http://www.clamav.net)
vscan-nai - for use with NAI/McAfee uvscan
vsan-fsav - for use with F-Secure AntiVirus (daemon)
vscan-symantec - for use with Symantec Anti Virus Engine Note: the vscan-symantec odule will statically linked against the symantec library. This lib is not covered by GPL and the resulting vscan-symantec VFS module may infringe the GPL of Samba! Due this reason, the vscan-symantec module will only be build if --with-symantec flag is used for ./configure
Enhancements:
- NEW, VERSION, ChangeLog: updated
- icap/vscan-icap.c: bugfix
- Released samba-vscan 0.3.6b
-

Tiger JMail is a direct replacement for Suns javamail, but with an LGPL license and fewer bugs. TJ works with both the Kaffe and Sun JVMs.
Tiger JMail is tested, maintained, and in active use. TJ works well, but theres lots of room for improvement.
Installation:
To install, just put the distribution jar file in your classpath. You can rename it to javamail.jar if you like.
Because Suns JVM uses its own javamail by default, to use Tiger JMail add this to your command line:
-Xbootclasspath/p:javamail.jar
Use the full pathname to TJs jar in place of "javamail.jar". With the Kaffe JVM just put TJ in the classpath as usual.
The jar file also contains source and docs. Source files are in the same directories as the executable class files. An open source replacement for Suns Java Activation Framework is also included.
If you want to rebuild from source, rename the jar to .zip and extract the files into a fresh directory. At a command prompt in that directory type
ant clean
ant build
See the documentation for java.mail.Session for details on TJs logging support. To generate javadocs, use
ant api
TJ is a fork of the last LGPL version of the classpathx mail project, plus critical bug fixes and enhancements. See the file docs/mail/whyforked for details. Thanks to the classpathx people for the enormous amount of work they contributed.
Enhancements:
- Fixed several bugs found by FindBugs.
- In SMTPTransport included multiline responses in last server response.
- In SMTPTransport after sending "DATA" wait for 354 response or error.
- In gnu.mail.util.UUDecoderStream.read(bytes) detected end-of-stream.
- In SMTPTransport.readServerResponse() catch server not responding.
- In Session.setDebugOut guarded against setting to null.
- Added messages to several ParseExceptions.
- In ParameterList allowed a final ; with no following AV pairs.
- In ContentType just logged bad parameter list.
- In UU[En|De]coderStream handled grave accent in place of space.
- In Application.java.getContent fixed infinite loop.
- In javax.mail.internet.MimeMessage.setContent added setHeader call.
- Added UUEncoderStream.closePart() to write suffix without closing.
- In javamail javax.mail.Session set default debugging values.
- Added Session.logException().
- Handled blank encoding in MimePartDataSource.getInputStream.
- Cleaned up java.mail.internet.InternetHeaders and handled null/blank values.
- Added timestamp and threadstamp to Session.logException.
- In MimeMessage and MimeBodyPart moved removeHeader() calls from setDataHandler() to setContent().
- In Base64InputStream fixed off-by-one and checked for invalid chars.
- Replaced old base64 code with bouncycastles.
- Removed duplicate trailing "
" in SMTPTransport.finishData().
- Added gnu.mail.util.EmbeddedFilter[In|Out]putStream and used them.
- In javax.activation.DataHandler.writeTo() added flush.
- In MimeUtility.encodeWord ascii check used getBytes(s, charset).
- In DataHandler.getInputStream() fixed deadlock.
- In MailcapCommandMap folded case for mime types.
- Changed calls fro Throwable.printStackTrace to Session.logException.
- In QPInputStream and QPOutputStream fixed MS Exchange quoted-printable and other bugs.

Security::CVSS is a Perl module to calculate CVSS values (Common Vulnerability Scoring System).

SYNOPSIS

use Security::CVSS;

my $CVSS = new Security::CVSS;

$CVSS->AccessVector(Local);
$CVSS->AccessComplexity(High);
$CVSS->Authentication(Not-Required);
$CVSS->ConfidentialityImpact(Complete);
$CVSS->IntegrityImpact(Complete);
$CVSS->AvailabilityImpact(Complete);
$CVSS->ImpactBias(Normal);

my $BaseScore = $CVSS->BaseScore();

$CVSS->Exploitability(Proof-Of-Concept);
$CVSS->RemediationLevel(Official-Fix);
$CVSS->ReportConfidence(Confirmed);

my $TemporalScore = $CVSS->TemporalScore()

$CVSS->CollateralDamagePotential(None);
$CVSS->TargetDistribution(None);

my $EnvironmentalScore = $CVSS->EnvironmentalScore();

my $CVSS = new CVSS({AccessVector => Local,
AccessComplexity => High,
Authentication => Not-Required,
ConfidentialityImpact => Complete,
IntegrityImpact => Complete,
AvailabilityImpact => Complete,
ImpactBias => Normal
});

my $BaseScore = $CVSS->BaseScore();

$CVSS->UpdateFromHash({AccessVector => Remote,
AccessComplexity => Low);

my $NewBaseScore = $CVSS->BaseScore();

$CVSS->Vector((AV:L/AC:H/Au:NR/C:N/I:P/A:C/B:C));
my $BaseScore = $CVSS->BaseScore();
my $Vector = $CVSS->Vector();

CVSS allows you to calculate all three types of score described under the CVSS system: Base, Temporal and Environmental.

You can modify any parameter via its accessor and recalculate at any time.
The temporal score depends on the base score, and the environmental score depends on the temporal score. Therefore you must remember to supply all necessary parameters.

djmount is a UPnP AV client. It mounts as a Linux filesystem the media content of compatible UPnP AV devices.

Djmount discovers automatically all UPnP AV Media Servers on the network and it can make the content available in a directory tree.

An Audio or Video file is rendered as a playlist (.m3u or .ram) which contains an URL for the file. The file can then be streamed by your favorite media player.

djmount is written in C for the Linux operating system.

It is free software, licensed under the terms of the GNU General Public License (GNU GPL).