New information on BNR2
-----------------------
The Linux version starting with BNR2beta0.11.0 was compiled 
using Kylix 3 Pro by Borland. A number of shared objects are 
needed to run BNR2 requiring a Qt runtime library. The library 
for applications compiled with Kylix 3 is different from those 
compiled with Kylix 2 such as BNR2beta073.

Download instructions on Linux
------------------------------
Download the Linux version starting with BNR2beta0.11.0 and the 
Qt library file that contains libborqt-6.9.0-qt2.3.so and the
included symbolic link libborqt-6.9-qt2.3.so to your download
directory.

Installation instructions on Linux
----------------------------------
BNR2 and the Qt runtime library can be installed in several ways. 
Two examples are explained below. You can use the tarball example 
or install using the BNR2-install script. The script can be 
downloaded from one of the BNR2 web sites.

The script needs to be placed in the download directory where
your 'tgz' downloads are located. They need to be edited so that
BNR2 or the library can be installed in the proper directory
structure that the user has selected.

The user needs to login as 'root' and from your download 
directory enter the following command.

BNR2-install <name of tgz file> i.e. BNR2beta-0.12.0.tgz
BNR2-install <name of tgz file> i.e. libborqt-6.9.0-qt2.3.so.tgz

The scripts have three methods to install BNR2. They are 
identified as Gentoo, Debian; Red Hat, Mandrake, Suse; and the 
current tgz directory structure that is the default install for
this script. You can use one of these or create one of your own
choosing. The BNR2 script also creates a bnr2 script.


To install BNR2 using the following example will require you to
be 'root' to perform this installation. BNR2 and the Qt runtime
library can be extracted to the current directory using the
following command.

tar -xvzf <name of tarfile>

BNR2 can be extracted to the directory '/usr/local/BNR2/' using
the following command.

tar -xvzf <name of tarfile> -C /usr/local/

This command will extract the compressed tarball into the
following directory structures:

BNR2beta-0.xx.x
---------------
 /usr/local/BNR2/bin/
   BNR2         - application
   bnr2         - sample script file
 /usr/local/BNR2/docs/
   tgz-readme - this file
   changes.txt  - list of changes for this version
 /usr/local/BNR2/icon/
   bnr2a.png    - icon

or

libborqt-6.9.0-qt2.3.so
-----------------------
 /usr/local/BNR2/lib/
   libborqt-6.9.0-qt2.3.so  - shared object library
   libborqt-6.9-qt2.3.so    - link

If you already have a script or plan to use the supplied one
then make sure it is correctly setup. The following is an
example for BNR2:

#!/bin/sh
export LD_LIBRARY_PATH=/usr/local/BNR2/lib/
/usr/local/BNR2/bin/BNR2

Using the above example, BNR2 and the script file would be
placed in /usr/local/BNR2/bin/ and library files in
/usr/local/BNR2/lib/. Make sure you have setup the correct
access rights for the script, binary, library and symbolic link.

Using the above script, an application launcher can be setup
using the command '/usr/local/BNR2/bin/bnr2'. The icon BNR2a.png
can be used with an application launcher.

Starting with BNR2beta-0.13.3 the Linux version no longer
requires a script to bind the QT libraries. The Qt library
file that contains libborqt-6.9.0-qt2.3.so and the included
symbolic link libborqt-6.9-qt2.3.so needs to be placed in the
directory with the executable file BNR2. This allows the program
to use a local copy of C++ wrapper shared object and it avoids
the need for a start script that sets the LD_LIBRARY_PATH to
the current directory.

Uninstall instructions on Linux
-------------------------------
Basically undo everything you did when installing BNR2. Delete
the cache directory BNR2, remove the BNR2 and lib directories.