Summary

This documents how to build your own ISO, complete with custom kickstart (system default configuration), set of RPM and splash screens. 

Step 1. Download base CentOS base ISOs

Download the first CD ISO image from the CentOS operating system for 32 and/or 64 bit. Mirror lists are here

  http://isoredirect.centos.org/centos/

Put the ISOs into a single directory and do not rename them,  In this example we'll use  ~/downloads/centos

Step 2. Download or build sipXecs RPMS

Obtain a copy of all the RPMs needed to install sipXecs including the rpms built from the ./lib directory such as ruby-postgres, sipx-freeswitch, etc. into a directory.  It can be organized anyway you want, in fact it can be a directory that also acts as a yum repository.  For this example, we'll put these into ~/build/sipxecs

Step 3. Configure

Run the standard script to setup the configuration script

autoreconf -if

Then run configure pointing to your CentOS ISO and sipXecs rpms. In our example this will be.

./configure --enable-centos-iso ISO_DIR=/home/buildbot/Downloads RPM_DIST_DIR=/home/buildbot/sipx-master-4.2

Step 4. Build

If you're building RPMS, go ahead and run your target. For example make distro.centos-5-x86_64.rpm distro.centos-5-i386.rpm.

Step 5. Build ISO

make iso

if you want to just build the 32 bit or the 64 bit ISO, you can run make iso-32 or make iso-64 respectively.

Step 6. Contribute

If you have can changes you'd like to submit back, please post on sipx-dev mailing list and/or initiate git pull requests.

Customizing

Reasons to customize the ISO

• ISO makes a lot of assumptions about your system.  US locale for example, size of the disk for auto-formatting is greater than 13GB, the default size of the partitons, etc. To change these, you must customize the ISO
• If you want to brand the ISO with your company logos, colors or welcome messages
• If you want to include extra RPMs by default

If you don't you'll produce the standard SIPfoundry ISO and may be all that you desire.  If you do decide to customize, then create a separate directory to hold your custom files and configure your build to use this directory. For example ./configure ... OEM_DIR=~/work/ezuce

Contents of ~/work/ezuce
iso.mak.in - override various make variables used to create the ISO.  See Makefile.in for a list of all the variables you could override.  Here is an example

SPLASH_FILE = @OEM_DIR@/splash.lss
ISO_LABEL ?= ezuce
VOLUME_LABEL ?= "ezuce @PACKAGE_VERSION@"
APPLICATION_LABEL ?= "ezuce @PACKAGE_VERSION@"
PUBLISHER_ID ?= dhubler@ezuce.com
PREPARERER_ID ?= dhubler@ezuce.com

oem.m4 - Contains M4 macros that you can use to extend the kickstart file.  Look in ks.m4 for an idea of the hooks that are currently in place you can alter.  Here is an example

define(`sipx_packages',
sipx_packages()
ezuce
)
define(`welcome_message',

Welcome to eZuce
=============================
First time logon: user = root     password = setup
 
)
define(`repo_contents',
[ezuce]
name=ezuce CentOS \$releasever - \$basearch
baseurl=http://download.example.com/ezuce/PACKAGE_VERSION()/CentOS_\$releasever/
enabled=1
gpgcheck=0
)

splash.lss - this is a graphic that is the initial splash screen and is in a format that is not well supported, but google around for how to edit this file on your OS.