Free vt ocs software for linux

Jagacy VT is a VT100/ANSI screen-scraping library written entirely in Java. Jagacy VT includes a special emulator designed to help create screen-scraping applications. It excels at creating screen-scraping applications reliably and quickly.
Jagacy 3270 is a 3270 screen-scraping library written entirely in Java. It also includes a special TN3270 emulator designed to help create screen-scraping applications. Jagacy 3270 is faster, easier to use, and more intuitive than HLLAPI. It excels in creating screen-scraping applications reliably and quickly.
Jagacy 3270 can be used in a stand-alone application, in an applet, or in an N-tier client/server environment, where the screen-scraping server is the data/resource tier.
Main features:
- 100% pure Java.
- Extended TN3270 (TN3270E) support.
- 17 different terminal types (including 132 columns).
- Internationalization support. Over 30 different code pages supported.
- Small footprint (less than 100K). Runs efficiently within the Eclipse and NetBeans IDEs.
- Can display the 3270 session in a window while an application is running.
- Configurable using properties, if desired. No code changes necessary when screens change.
- Includes a 3270 emulator tailored to developing and debugging applications.
Enhancements:
- VT220 support has been added.

Term::VT102 is a class to emulate a DEC VT102 terminal.

SYNOPSIS

use Term::VT102;

my $vt = Term::VT102->new (cols => 80, rows => 24);
while () { $vt->process ($_); }

The VT102 class provides emulation of most of the functions of a DEC VT102 terminal. Once initialised, data passed to a VT102 object is processed and the in-memory "screen" modified accordingly. This "screen" can be interrogated by the external program in a variety of ways.

This allows your program to interface with full-screen console programs by running them in a subprocess and passing their output to a VT102 class. You can then see what the application has written on the screen by querying the class appropriately.

OPTIONS

Setting cols or rows in the new() hash allows you to change the size of the terminal being emulated. If you do not specify a size, the default is 80 columns by 24 rows.

After initialisation, you can read and set the following terminal options using the option_read() and option_set() methods:

LINEWRAP line wrapping; 1=on, 0=off. Default is OFF.
LFTOCRLF treat LF (n) as CRLF (rn); 1=on, 0=off. Default OFF.
IGNOREXOFF ignore XON/XOFF characters; 1=on (ignore). Default ON.

Open Conference Systems or OCS for short, is a free Web publishing tool that will create a complete Web presence for your scholarly conference.
Main features:
- create a conference Web site
- compose and send a call for papers
- electronically accept paper and abstract submissions
- allow paper submitters to edit their work
- post conference proceedings and papers in a searchable format
- post, if you wish, the original data sets
- register participants
- integrate post-conference online discussions
Enhancements:
- manage conferences that occur more than once (e.g. yearly)
- an expanded, multiple-round review system
- e-mail template system
- localization & translation tools
- credit card payment for registrations
- automated "thanks-for-submitting" messages
- accept login/password for participants
- Creative Commons licensing of presentations
- more customizable, scalable and secure code
- ...and much more.

Oracle::CAPI is a Perl XS wrapper extension for the Oracle Collaboration Suite CAPI SDK.

SYNOPSIS

use Oracle::CAPI;
use Text::vCard;

Oracle::CAPI::SetConfigFile($CAPI_INI_FNAME,$CAPI_LOG_FNAME) && die("Cant init/log CAPI");
$capi_session = Oracle::CAPI::CreateSession() || die("Cant create CAPI session");

# Authenticate to OCS
$rv = Oracle::CAPI::ReconnectAuthUser($capi_session,$HOSTNAME,$nodeid,$pass,$uname);

$rv = Oracle::CAPI::FetchContactsFile($capi_session,$VCARD_NAME_TYPE,$VCARD_STARTSWITH_OP,$chr,$filename);
$rv = Oracle::CAPI::CreateContact($capi_session,$vcard);
$rv = Oracle::CAPI::DeleteContact($capi_session,$uid);

$rv = Oracle::CAPI::DestroyPerlSession($capi_session);

A perl XS wrapper to ctapi.h from the Oracle Collaboration Suite CAPI SDK. This was built and tested against OCS version 9.0.4.2 on Linux.

Liferea is a news aggregator for online news feeds. There are many other news readers available, but these others are not available for Linux or require many extra libraries to be installed.
Liferea tries to fill this gap by creating a fast, easy to use, easy to install news aggregator for GTK/GNOME.
Main features:
- RSS/RDF, CDF, Atom, OCS, OPML.
- Filters to scrape websites or postprocess feeds.
- Supports Enclosures (Podcasting).
- Bandwidth saving by supporting feed specified update intervals, HTTP compression and etags.

fbdump is a simple tool that captures the contents of the visible portion of the Linux framebuffer device and writes it to the standard output as a PPM file.
In other words, it takes a screenshot of anything running on the framebuffer. The project currently has fairly complete support for packed-pixel framebuffer types and also works with the VGA16 framebuffer driver.
fbdump was inspired by an even simpler program I came across ages ago called fbsnap, which I believe was written by Gerd Knorr (although no author is mentioned in the source code of that program, so I could be wrong). fbdump bears little relationship to fbsnap, however, and is generally much more useful. It supports framebuffers employing a greater variety of pixel and colour models, works (should work?) on big- and little-endian architectures, and is reasonably quick (although reading from video memory is never going to be super fast).
I first wrote fbdump many moons ago when I needed a quick and simple way to grab lots of images from the framebuffer. As most of you will probably know, although its possible to do a raw framebuffer dump by performing a simple cat /dev/fb0 command or similar - depending on what pixel format and colour model your framebuffer uses - the results are not always particularly useful. With fbdump, on the other hand, you always get a nice, portable, 24-bit, true-colour image - since it takes care of any pixel format or colour-space conversion required (at least for formats it supports).
Why does fbdump save the image as a PPM - rather than, for instance, a PNG - you might ask? Well, a PPM is cheap to write out and doesnt require linking against any external libraries to do so. On the x86 architecture, fbdump currently compiles down to a miniscule 8K executable once stripped - and has no dependencies other than the standard C library. Having said that, I may get around to adding support for PNG at some point. Its not strictly necessary, though, because with the NetPBM package its easy to convert PPMs into something more useful. For example, you can do something like
fbdump | pnmtopng > grab.png
to output the framebuffer as a PNG. PPMs can also be read directly by most open source image processing packages, such as the Gimp and ImageMagick.
Usage
fbdump currently supports the following command-line options:
-fb < string > Specifies the framebuffer device to grab from is < string >
-vt < num > Bring virtual terminal number to the foreground before grabbing (and return to the current terminal afterwards)
-delay < num > Delay seconds after switching, but before grabbing.
If the -fb option is not provided, fbdump defaults to grabbing from the device /dev/fb0. You can also specify the framebuffer via the environment variable FRAMEBUFFER (a value supplied with the -fb switch on the command line will override this). For example:
FRAMEBUFFER=/dev/fb1 fbdump >out.ppm
Enhancements:
- A fix for a long-standing bug in handling of colour maps, support for 64-bit architectures and a lot of cleaning up.

Sys::Manage::Cmd - Systems management command volley.

SYNOPSIS

Command line script

use Sys::Manage::Cmd;
my $s =Sys::Manage::Cmd->new();

# Script associations (see also embedded in source):
$s->{-assoc}->{.ftp}=sub{[ftp,-n,-s:loginfile,!elem!,[0]]};

# Target collections:
$s->{-target}->{all} =[1,2,3,4,5,6];

# Target branches:
$s->{-branch}->{1} =[1,2];
$s->{-branch}->{2} =[3,4];
$s->{-branch}->{3} =[5,6];

# Command-line setup / loop:
$s->set([@ARGV]);

# Command assignments:
#$s->set(-k=>assign, -o=>b, -i=>0, -ping=>1);
#$s->execute(-a=>assignment name, -t=>[targets], -cline=>[command line]);
#...

# Command line execution:
$s->set(-k=>cmd, -o=>b, -i=>0, -ping=>0);
$s->execute([@ARGV]);

Command line

script -option -option... target command-line
script -option... -ttarget... command-line

Examples of command line

script all dir !elem!
script -ob -tall dir !elem!
script -rPrevId -tall dir !elem!
script -aTest -tall dir !elem!
script -l10 -tall dir !elem!

Options of command line

(see also -cline and -i, -k, -l, -o, -r, -t, -u, -x, -v, -g)

-kNameSpace - kind (namespace) of command
-rCommandId - redo command id (used also inside -l); or switch (for -a)
-aAssignName - assignment name, to use as command id
-lPauseSecs - loop with pause before each subsequent redo
-lg... - ... for pings usuccessful only
-lv, -lw... - ... console verbose or windowed subsequent turns
-o(s|c|b) - order of execution:
sequental
concurrent
branched (concurrent branches)
-tTargetName - target, may be several -t, instead of positional argument
-xTargetExcl - exclusion from target list, may be several -x
-uUser:pswd - user name and password for target
-g - ping target before command, also use -gPingTimeout
-gx - exclude unsuccessful targets sequentially
-i - ignore exit code
-v(0|1|2) - verbosity level
-vc... - ... cmdfile rows include
-vt... - ... date-time include

Embedded commands

(see also -cline and -assoc)

script.ext - interpreting of scripts alike .pl, .bat, .ftp, .rdo.*
rcmd, rdo, - commands to remote nodes using
fput, fget, Sys::Manage::Conn
mput, mget (!elem!, !user!, !pswd! substitutions not needed)
cmdfile - evaluate command lines file or Perl script
!elem!, < - target element and source file substitutions
!user!, !pswd! - user name and password substitutions
!log! - log filesystem name substitution

Embedding command line

(see also ENVIRONMENT and SLOTS)

if (!defined($ENV{SMELEM}) # command volley:
|| ($ENV{SMELEM} eq )) {
system($^X, script, -k0, target, $0)
} elsif (!$ENV{SMDIR}) {
die "Execute this script on Manager!"
} elsif ($ENV{SMDIR}) {
die "Execute this script on Agent!"
} else { # command script:
....
1 # success
}

Sabayon Linux is a live DVD designed to transform a computer into a powerful Gentoo Linux system in less than 5 minutes.
Gentoo Linux is a Linux distribution powered by a software install manager engine called "Portage". Besides functioning as a live DVD, Sabayon Linux can also be installed on a hard disk, acting effectively as an easy-to-use Gentoo installation disk.
The live DVD includes a large range of desktop environments and open source software applications, such as KDE, GNOME, XFce, Fluxbox, KOffice, OpenOffice.org, FreeNX, amaroK, Kaffeine, etc.
Enhancements:
- Linux kernel 2.6.19 with sata_promise driver now supports PATA connectors too; NdisWrapper updated to 1.34rc2; KVM now is detected and works out of the box on VT-enabled CPUs; KDE Print control panel now works; AbiWord updated to 2.4.6; Democracy Player updated to 0.9.2.1; Amarok now works; ALSA updated to 1.0.14rc1; Flash Player updated to 9.0.21.78; installer: multi-user configuration now works; highly improved boot time by triggering doslowusb only when really needed; OpenGL auto-configuration now takes half of the time to configure video card....