freebsd-kickstart

% /stand/cobbler.cfg.tmpl
# The script that fetches this file uses the "% <filename> lines to split the
# file.
#
# It assumes the answer file will contain a "cobbler.cfg.tmpl" file, does some
# substitution for variables it's best placed to know, and then loadConfigs it.
# So the cobbler.cfg.tmpl section is required.  The other sections are used by
# cobber.cfg.
#

# Turn on extra debugging.
debug=YES
# Turn off all prompting.
nonInteractive=YES
noWarn=YES

################################
# Figure out our installation media and configure it.
# The all CAPS variables are replaced by the script that fetches this with
# information from DHCP.
netDev=IFACE
defaultrouter=ROUTE
ipaddr=IP
netmask=NM
hostname=$system_name
_httpPath=http://$server/cobbler/ks_mirror/$distro
mediaSetHTTP

# Handle pre-install tasks (talk to cobbler?)
command=/bin/sh /stand/preinstall.sh
system

# Select which distributions we want.
dists=base kernels GENERIC SMP doc catpages
distSetCustom

# Figure out the disk configuration
command=/bin/sh /stand/dodisk.sh
system
configFile=/stand/disk.cfg
loadConfig

# OK, everything is set.  Do it!
installCommit

package=perl
packageAdd
package=lsof
packageAdd
package=bash
packageAdd
package=python
packageAdd
package=ruby
packageAdd
package=sudo
packageAdd
package=cdrtools
packageAdd
package=dvd+rw-tools
packageAdd
package=p5-XML-LibXML
packageAdd

# Handle post-install tasks (scripts, fix kernel, etc.)
command=/bin/sh /stand/postinstall.sh
system

# If you generate your own rc.conf in your post install script,
# uncomment this
keeprcconf=1

shutdown

% /stand/dodisk.sh
#!/bin/sh
########### Disk Partitioning script
 Fetch variables
disk=`kenv -q install.disk`
swap=`kenv -q install.swap`

# Use the first disk device if one is not specified.  Unfortunately at least
# ata disks are not listed in sorted order in kern.disks, so we cannot just
# use the first disk in the list.  Instead, we walk the list using a string
# comparison to find the first disk.
if [ -z "\${disk}" ]; then
        for d in `sysctl -n kern.disks`; do
                if [ -z "\${disk}" -o "\${disk}" '>' "\$d" ]; then
                        disk=\$d
                fi
        done
fi

# Default swap to 8G
if [ -z "\${swap}" ]; then
        swap="8G"
fi

# Compute swap size in 512-byte blocks
case $swap in
        *[gG])
                # Gigabytes
                swap=\$((\${swap%[gG]} * 2 * 1024 * 1024))
                ;;
        *[mM])
                # Megabytes
                swap=\$((\${swap%[mM]} * 2 * 1024))
                ;;
        *[kK])
                # Kilobytes
                swap=\$((\${swap%[kK]} * 2))
esac

# Generate the config for the disk
cat > /stand/disk.cfg <<EOF
disk=\${disk}
partition=all
bootManager=standard
diskPartitionEditor

# 1 GB root
\${disk}s1-1=ufs 2097152 /

# swap
\${disk}s1-2=swap ${swap} none

# 1 GB var
\${disk}s1-3=ufs 2097152 /var 1

# rest to usr
\${disk}s1-4=ufs 0 /usr 1

diskLabelEditor
EOF

% /stand/preinstall.sh
#!/bin/sh
########### Preinstall Script
fetch -o /dev/null http://$server/cblr/svc/op/trig/mode/pre/system/$system_name

% /stand/postinstall.sh
#!/bin/sh
############ Postinstall script
# If we have a script and it is available, run it.
script=`kenv -q install.script`
if [ -n "${script}" ]; then
        if [ -r "${script}" ]; then
                /bin/sh ${script}
        fi
fi

# Environment may be an issue: the install environment has very few
# tools

# Enable sshd
/bin/sh -c 'echo sshd_enable=\"YES\" > /etc/rc.conf'

# Set root passwd
/bin/sh -c 'echo alikeapple |pw mod user root -h 0'

# trigger post scripts
fetch -o /root/cobbler.ks http://$server/cblr/svc/op/ks/system/$system_name
fetch -o /dev/null http://$server/cblr/svc/op/trig/mode/post/system/$system_name
fetch -o /dev/null http://$server/cblr/svc/op/nopxe/system/$system_name

# Give me time to look around
#sleep 3600