Here is a how-to :
The updated howto is now:
This is a quick "howto" for compiling and testing GNU/Bayonne OpenH323
integration.
History:
OH323 Driver Updates Mark Lipscombe 2003-07-23
Initial Version David Sugar 2003-07-22
Requirements:
GNU Bayonne has been tested under GNU/Linux on various
distributions in the past. It is known to compile under
FreeBSD and MACOS/X as well. The latter may be used with
"openh323", although these introductions presume you are
using an ordinary GNU/Linux system. You will need the following
packages to be compiled and installed, in this order:
* GNOME XML Library (libxml2)
This is required to enable Bayonne XML & Database support, It
must be installed, with development header libraries, before
you begin. On systems where libxml2 is available as a package,
you must make sure to install libxml2-devel if it is available
seperately.
* GNU Common C++ 1.0.13
You can get this from ftp://ftp.gnu.org/gnu/commoncpp.
Download, configure, and install.
* GNU ccScript 2.5.x
Any 2.5.x release of GNU ccScript may be used. You can find
this at ftp://ftp.gnu.org/gnu/ccscript. Download, configure,
and install.
* GNU ccAudio 1.1.x
You need to use GNU ccAudio 1.1.1 (or later). This may be
found at ftp://ftp.gnu.org/gnu/ccaudio. Download, configure,
and install.
* OpenH323 1.11.x or later
Some GNU/Linux distributions come with pre-built packages for
openh323. For these, you will need to install the complete
package, including pwlib. GNU Bayonne will auto-detect
pre-built openh323 packages supplied with RedHat 9.x and
Mandrake. It may detect this from others successfully as well.
Alternately, you should goto www.openh323.org and download
the latest pwlib and openh323 tarballs. Configure and install.
Bayonne expects OpenH323 and PTLib to both be installed in the
same prefix. If you install PTLib, you must install openh323
also.
Getting GNU Bayonne 1.3.0
Bayonne H.323 support is of this writing available only in
cvs. You will need to login to the cvs repository and check
out the modules from there. The following commands should be
used:
cvs -d:pserver:address@hidden:/cvsroot/bayonne login
cvs -d:pserver:address@hidden:/cvsroot/bayonne co bayonne
cd bayonne
./reconfig
./configure
Compiling GNU Bayonne
If you do all these things, and all the pre-requisets are
met, GNU Bayonne should compile. During the "configure"
process, you will want to look for the line:
"checking for openh323 libraries... found"
This this appears in configure, then probably everything is
fine.
Now you are ready to compile. Simply do:
make
Once Bayonne compiles, you are now ready to test GNU Bayonne
with openh323. YOU DO NOT NEED TO DO A MAKE INSTALL to test.
Testing GNU Bayonne and Openh323
After "make" completes, if you followed the above instructions,
you should find yourself in the "bayonne" subdirectory with a
locally built copy. You can now do the following:
server/bayonne --driver oh323 --test playrec
Bayonne will then start itself in the current compile tree, in
test mode. It will spit out a long bunch of debug statements,
particularly about scripts being compiled, and other
configuration. It will then reach a point after a page or two
of output, that it is waiting, with a "scheduler not found"
message appearing every minute or so...
At this point, you can fire up gnome meeting, ohphone, or any
other common h323 client and call your server! From the same
machine, you should be able to do a "callto:address@hidden"
and Bayonne will answer running the "playrec" application
script you specified in the command line above.
Preliminary support for in-band DTMF detection is currently
included. This means that DTMF from H.323 clients such as
MS NetMeeting should work. Note that you may currently
see multiple detects of a single DTMF digit if you're using
a low bitrate codec.
Installing and using
Now that you have GNU Bayonne operating at some basic level,
you can do a "make install" for it. This will also copy a
default /etc/bayonne.conf file. In /etc/bayonne.conf, you
will want to specify "driver = oh323" under [plugins].
If you have a gatekeeper, GNU Bayonne can register with it.
Look for the [h323] section of Bayonne.conf, and in it, set:
usegk = 1
username = dialable number
gatekeeperaddress = ip address
gatekeeperid = gk name
For example:
usegk = 1
username = 6000
gatekeeperaddress = 127.0.0.1
gatekeeperid = homer
The gatekeeperid is case sensitive, and must match the
name of the gatekeeper at the address specified.
Now you can use the gatekeeper and dial to the extension
number specified, and Bayonne will answer. For all other
things, see the manual.
-----Original Message-----
From: address@hidden
[mailto:address@hidden
g] On Behalf Of David Sugar
Sent: April 7, 2005 11:12 AM
To: Ambar Roy
Cc: address@hidden
Subject: Re: [Bayonne-devel] Bayonne and OpenH323
Absolutely you can compile current openh323/pwlib releases from source
and use those. I was just suggesting the fastest and simplest way :).
Ambar Roy wrote:
Any option for redhat/fedora distributions? What about compiling the
openh323 & pwlib packages from source?
Ambar Roy
The easiest way is to start from debian testing, and also using the
testing branch version of Bayonne. From debian testing, you can
apt-get
openh323-dev, and that has all you need from there. You would also
need
to build a current release of Common C++ on the box.
Ambar Roy wrote:
Is there any guide which I can follow to get Bayonne running with
OpenH323?
Ambar Roy
dyfet.vcf