Free tellmatic 1.0.6 software for linux

Tellmatic project is a tool to manage and create newsletters for personalized mailing or mass mailing. Addresses and newsletters are stored in groups to handle different user groups and thousands of addressses at a time.

SMTP is used for sending the newsletter to your subscribers to make sure you get all error and bounce messages. Bounces can be handled automagically via a small bounce-management module with POP3 access. It also has a small form-editor and statistics. You can import and export your addresses in CSV format.

xdict project is a dictionary for translating words from German to English (and vice versa).

It was written using the Gtk+ API.

eXcavator is an XML query processing class for PHP. Queries are constructed using a small query language, and query results are returned as either loosely formed or strict XML, in formats suitable for both text and HTML.

One of eXcavators most useful features is its facility to insert query results into user-defined templates, which allow for a free interpolation of user text and the data extracted by the query. eXcavator runs on top of XML_PullParser, but uses a completely independent API. However, it does offer opportunities to use the facilities of both packages side by side for programmers familiar with both.

glChess is a chess game with 3D OpenGL graphics.

An open-source 3D chess program. It uses openGL and gtkglarea (from GTK+) for the rendering and is designed for use in unix.

It will soon be able to be played over network much like xboard can currently. It has tentative support for computer play. Playable against a human or against "crafty" AI.

Vortex Library is a BEEP Core protocol implementation, following the standard definitions in RFC 3080 and RFC 3081.
Vortex Library has a clean and easy-to-use API that allows you to write new protocols or user applications.
Vortex Library has been developed within the Af-Arch project, and it is being used at the data transport layer. However, Vortex Library can be used independently of Af-Arch.
Currently Vortex Library is supported in all Microsoft Windows Platforms as well as Linux.
Enhancements:
- A general update was done to make this release more usable on Microsoft Windows, using Visual Studio compilers.
- Missing support was added to enable getting error codes reported by peer at channel creation.
- Now xml-rpc-gen is able to include user code into the IDL definition that is placed at the resulting XML-RPC server.

rPath Linux is a freely-available Linux operating system distribution, built with the Conary distributed software management system, supported and maintained by rPath, Inc.
The rPath Linux distribution contains high-quality, up-to-date software, and is the base development platform for creating software appliances and purpose-built distributions using rBuilder Online at http://www.rpath.com/rbuilder/.
rPath Linux is also a fully functioning Linux distribution in its own right. Installing rPath Linux is the easiest way to get familiar with using Conary to manage software and systems.
rPath offers formal support to customers who use rPath Linux tobuild software appliances.
Enhancements:
- rPath Linux, the first Linux distribution built using the groundbreaking Conary software management system, has released updated images for rPath Linux 1. The new images incorporate updates to the installation process and all package updates released as of May 11, 2007. In particular, the installation images and installed system now include a 2.6.19.7 Linux kernel, enabling installation on more recent hardware not supported by previous installation media. New to 1.0.6 are x86_64 VMware and Xen images, as well as x86 and x86_64 ESX images.

NRIA is New Region of Interest Analysis.

NRIA is a medical image processing program developed at the Brain Behavior Laboratory (BBL) of the University of Pennsylvania; it specializes in the quantitative analysis of PET and MRI images of the brain. The perpetrators are listed in the Credits file.

Despite a nearly total lack of user documentation, NRIA is used heavily at BBL and has been carried by ex-students to infect a few other universities. The only known way to learn how to use the program (unless you wrote it yourself) is to get hands-on training by someone else who already knows how to use it.

NRIA currently runs under Solaris (aka SunOS 5 or greater). A port to any other platform is unlikely, due to the prevalence of non-portable constructs in the code. NRIA will compile but not run successfully using gcc on Linux/Intel; no one is known to have tried it on Linux/Sparc.

Bug reports may be sent to Paul Hughett (hughett@bbl.psycha.upenn.edu), who will add them to his collection. Bug fixes and other improvements may be sent to the same person; context diffs are the preferred format. Should you want to make a more substantial contribution, read the file CodingStyle.

If you still want to install NRIA, see the INSTALL file for instructions. The COPYING file describes the license terms under which the software is made available.

Installation:

These instructions assume that you will put the source tree (where the program is compiled) in a directory /usr/local/src/nria and the executable programs and shared data in a directory /usr/local/nria; if you place them elsewhere, make the appropriate modifications to these instructions.

1. Unpack the source tree with the commands

cd /usr/local/src
gunzip nria-1.0.6.src.tgz
tar xf nria-1.0.6.src.tar

2. Compile NRIA and its supporting programs with the commands

cd nria-1.0.6
make clean
make all

The compiled executables will be placed in one of the directories arch/Linux/bin, arch/SunOS-4/bin, or arch/SunOS-5/bin, depending on your machine architecture and operating system version. (Note that NRIA will compile but not run successfully on Linux; if you want to really use the program you will need a Sun.)

Compiling the whole thing takes about 20-30 minutes, so you might as well go get a cup of coffee while youre waiting. There are about a thousand or so compiler warnings that havent been fixed yet; ignore them.

3. Install the binaries and man pages by

cp -p arch/SunOS-5/bin/* /usr/local/nria
cp -p man/man1/*.1 /usr/local/man/man1

If this is a new installation, install the shared data by

cp -p nria/share/* /usr/local/nria

If this isnt a new installation, you will need to figure some way of merging the new shared data with any local modifications.

You will probably need to be root to do the installation; on the other hand, you can install them in your personal home directory without being root.

4. Add /usr/local/nria to your path, if not already there:

If you are using csh as your shell, then place the following at the end of your $HOME/.login file:

set path = ($path $NRIA)

If you are using sh, ksh, or bash as your shell, then place the following at the end of your $HOME/.profile file:

PATH=${PATH}:$NRIA
export PATH

5. To run NRIA, re-login or type the above appropriate path commands at your shell prompt, and then type:

nria

If you dont have any .nhdr files in the current directory, you will see an empty file dialog. You will need to change directories to one which holds nria format images (raw *.img file, header *.nhdr file). If you only have raw images, then for each image you will need to use the img2ria program (type "man img2ria" for more details). If you have individual slices in their own files, you will need to concatenate all slices into one raw image file, and then run img2ria. NRIA is designed to work with 3D multi-slice volumes, not individual 2D slices.