anaconda

#version=RHEL7
# System authorization information
auth --useshadow  --enablemd5
# Install OS instead of upgrade
install

# Use CDROM installation media
cdrom
# Use graphical install
graphical
# Firewall configuration
firewall --disabled
firstboot --disable
ignoredisk --only-use=sda,sdb
# Keyboard layouts
# old format: keyboard us
# new format:
keyboard --vckeymap=us --xlayouts='fr'
# System language
lang en_US.UTF-8 --addsupport=fr_FR.UTF-8

# Network information
network  --bootproto=static --device=ens192 --gateway=10.100.100.33 --ip=10.100.100.33 --nameserver=10.100.100.7 --netmask=255.255.255.0 --noipv6 --activate
network  --bootproto=static --device=ens224 --ip=10.10.10.33 --netmask=255.255.255.0 --onboot=off --noipv6 --activate
network  --hostname=localhost.localdomain
# Root password
rootpw --plaintext blueonyx
# SELinux configuration
selinux --disabled
# System services
services --disabled="network,sshd,NetworkManager,firewalld"
# Do not configure the X Window System
skipx
# System timezone
timezone Europe/Paris --isUtc --nontp
# System bootloader configuration
bootloader --location=mbr --boot-drive=sda
autopart --type=lvm
# Clear the Master Boot Record
zerombr
# Partition clearing information
clearpart --none --initlabel

%pre

#!/bin/sh

# prepare temporary file
rm -f /tmp/include-parts
touch /tmp/include-parts

# define sizes
bootsize=800
rootsize=8192
varsize=8192
tmpsize=4096
swapsize=4096

# Explanation:
# We check with fdisk if the drive exists.
# If it reports the Disk size in MB, it's the CD-ROM with the install media on it. So we ignore that device.
# If it reports "Disk /dev/", it's a usable HD that we then add for usage.

# This worked so well before, now on SL it doesn't:
# disks="$(list-harddrives|cut -d \  -f1|sort)"

# Back to the old dirty method:
disks="$(fdisk -l /dev/{s,h}d{a,b,c,d}|grep -v MB|grep "Disk /dev/"|cut -d \/ -f3 |cut -d : -f1 | sort | uniq)"

numdisks=0
for disk in ${disks}; do
 let "numdisks=$numdisks + 1"
done

echo "Disks: $numdisks" >> /tmp/numdisks

notfour_notone=""

if [ $numdisks == "4" ] ; then

    # We know how many disks we now have.
    # Make sure the other parts don't kick in:
    notfour_notone="0"

    # This kicks in if we have four disks:

    # clear partitions
    echo "clearpart --drives=$(echo $disks | sed -e "s/ /,/g") --initlabel" >> /tmp/include-parts

    # start counting partitions and disks
    partnum=1
    disknum=1

    # setup raided boot partition
    bootparts=""
    numdisks="0"

    for disk in ${disks}; do
     echo "part raid.0$disknum --ondisk=$disk --size=$bootsize --asprimary" >> /tmp/include-parts
     bootparts="$bootparts raid.0$disknum"
     let "disknum=$disknum + 1"
    done

    # increment partition number
    let "partnum=$partnum + 1"

    # now add the raid line
    echo "raid /boot --fstype ext4 --level=RAID1 --device md0 $bootparts" >> /tmp/include-parts

    # create identical volume groups on all remaining disks to house root and swap (the sys vg)
    for disk in ${disks}; do
     echo "part raid.0$disknum --size=19000 --grow --ondisk=$disk --asprimary" >> /tmp/include-parts
     let "disknum=$disknum + 1"
    done

    # now setup the sysvg
    # create large enough mirror spanning all disks
    # create logical volume in new mirror
    # create root, var, and swap in new logical volume
    cat >>/tmp/include-parts<<EOF
    raid pv.10 --level=RAID1 --device=md1 raid.05 raid.07
    raid pv.20 --level=RAID1 --device=md2 raid.06 raid.08
    volgroup VolGroup00 pv.10 pv.20
    logvol / --fstype ext4 --name=root --vgname=VolGroup00 --size=$rootsize
    logvol swap --fstype swap --name=swap --vgname=VolGroup00 --size=$swapsize
    logvol /tmp --fstype ext4 --name=tmp --vgname=VolGroup00 --size=$tmpsize
    logvol /var --fstype ext4 --name=var --vgname=VolGroup00 --size=$varsize
    logvol /home --fstype ext4 --name=home --vgname=VolGroup00 --size=2000 --grow
EOF

else

    # Found less than four disks:
    notfour_notone="1"

fi

if [ $numdisks == "1" ] ; then

    # We know how many disks we now have.
    # Make sure the other parts don't kick in:
    notfour_notone="0"

    # This kicks in if we only have one disk:

    cat >>/tmp/include-parts<<EOF
    clearpart --all
    part /boot --fstype "ext4" --size=$bootsize
    part pv.9  --size=19000 --grow
    volgroup VolGroup00 pv.9
    logvol /     --fstype ext4 --name=root --vgname=VolGroup00 --size=$rootsize
    logvol swap  --fstype swap --name=swap --vgname=VolGroup00 --size=$swapsize
    logvol /tmp  --fstype ext4 --name=tmp --vgname=VolGroup00 --size=$tmpsize
    logvol /var  --fstype ext4 --name=var --vgname=VolGroup00 --size=$varsize
    logvol /home --fstype ext4 --name=home --vgname=VolGroup00 --size=2000 --grow
EOF

else

    # Found more than one disk:
    notfour_notone="1"

fi

if [ $notfour_notone == "1" ] && [ $numdisks != "0" ] ; then

    # We know how many disks we now have.
    # Make sure the other parts don't kick in:
    notfour_notone="0"

    # This kicks in if we have 2-3 disks, which then will be used for RAID:

    # clear partitions
    echo "clearpart --drives=$(echo $disks | sed -e "s/ /,/g") --initlabel" >> /tmp/include-parts

    # start counting partitions and disks
    partnum=1
    disknum=1

    # setup raided boot partition
    bootparts=""
    numdisks="0"

    for disk in ${disks}; do
     echo "part raid.$disknum$partnum --size=$bootsize --ondisk=$disk --asprimary" >> /tmp/include-parts
     bootparts="$bootparts raid.$disknum$partnum"
     let "disknum=$disknum + 1"
    done

    # increment partition number
    let "partnum=$partnum + 1"

    # now add the raid line
    echo "raid /boot --fstype ext4 --level=RAID1 --device md0 $bootparts" >> /tmp/include-parts

    # create identical volume groups on all remaining disks to house root and swap (the sys vg)
    sysvgparts=""
    for disk in ${disks}; do
     echo "part raid.$disknum$partnum --size=19000 --grow --ondisk=$disk --asprimary" >> /tmp/include-parts
     sysvgparts="$sysvgparts raid.$disknum$partnum"
     let "disknum=$disknum + 1"
    done

    # now setup the sysvg
    # create large enough mirror spanning all disks
    # create logical volume in new mirror
    # create root, var, and swap in new logical volume
    cat >>/tmp/include-parts<<EOF
    raid pv.01 --fstype LVM --level=RAID1 --device md1 $sysvgparts
    volgroup VolGroup00 pv.01
    logvol / --fstype ext4 --name=root --vgname=VolGroup00 --size=$rootsize
    logvol swap --fstype swap --name=swap --vgname=VolGroup00 --size=$swapsize
    logvol /tmp --fstype ext4 --name=tmp --vgname=VolGroup00 --size=$tmpsize
    logvol /var --fstype ext4 --name=var --vgname=VolGroup00 --size=$varsize
    logvol /home --fstype ext4 --name=home --vgname=VolGroup00 --size=2000 --grow
EOF

fi
%end

%post --logfile /root/bx-post-log
# Run post install script
/root/finish_install.sh

/bin/echo "# Added by kickstart:" > /root/.bashrc
/bin/echo "# Source global definitions" >> /root/.bashrc
/bin/echo "if [ -f /etc/bashrc ]; then" >> /root/.bashrc
/bin/echo "        . /etc/bashrc" >> /root/.bashrc
/bin/echo "fi" >> /root/.bashrc

# Show login information in the "issue"
/bin/echo "Welcome to your new server ... " > /etc/issue
/bin/echo "  To finish setup, simply login in as \"root\" with password \"blueonyx\"" >> /etc/issue
/bin/echo "" >> /etc/issue

# Tell people how to reconfigure network via the CLI
/bin/echo "/bin/echo \"\"" >> /root/.bashrc
/bin/echo "/bin/echo \"To change your network settings from the command line, run\"" >> /root/.bashrc
/bin/echo "/bin/echo \"the command /root/network_settings.sh\"" >> /root/.bashrc
/bin/echo "/bin/echo \"\"" >> /root/.bashrc
/bin/echo "/bin/echo \"To remove this notice, edit /root/.bashrc\"" >> /root/.bashrc
/bin/echo "/bin/echo \"\"" >> /root/.bashrc
/bin/echo "/root/setup.sh" >> /root/.bashrc

# Set grub to noisy and remove 'rhgb quiet':
/bin/sed -i -e 's@ rhgb quiet@@' /etc/default/grub
/bin/sed -i -e 's@ rhgb quiet@@' /boot/grub2/grub.cfg
/bin/sed -i -e 's@ rhgb quiet@@' /etc/grub2.cfg

%end

%packages --nobase
@blueonyx
@core
anaconda
authconfig
blueonyx-cd-installer
blueonyx-logos
chrony
efibootmgr
firewalld
grub2
grub2-efi
memtest86+
shim
syslinux
-kde-l10n-*
-kde-runtime
-postfix

%end