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sme-release/ks.cfg

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# default keyboard and language
keyboard 'us'
lang en_US.UTF-8
# We do not want SELinux
selinux --permissive
# Services to activate
#services --enabled=NetworkManager
services --disabled=lm_sensors
# Default root pass, will be changed in post-install process anyway
rootpw --lock
user --name=installer --uid=9999
# Accept EULA
eula --agreed
# Partitioning from pre section
%include /tmp/part-include
# Disable kdump
%addon com_redhat_kdump --disable
%end
# Start network
#network --bootproto=dhcp --device=link --activate
# Install from the cdrom
cdrom
# Add netinstall repos
#repo --name="smeos" --baseurl=https://koji.koozali.org/kojifiles/repos-dist/smeserver11/latest/$basearch
#repo --name="rockybase" --baseurl=https://dl.rockylinux.org/pub/rocky/8/BaseOS/$basearch/os/
#repo --name="rockyappstream" --baseurl=https://dl.rockylinux.org/pub/rocky/8/AppStream/$basearch/os/
#repo --name="rockypowertools" --baseurl=http://dl.rockylinux.org/pub/rocky/8/PowerTools/$basearch/os/ --cost=200
#repo --name="rockyextras" --baseurl=http://dl.rockylinux.org/pub/rocky/8/extras/$basearch/os --cost=200
#repo --name="epel" --baseurl=https://dl.fedoraproject.org/pub/epel/8/Everything/$basearch/
# Base URL for netinstall
#url --mirrorlist https://mirrorlist.koozali.org/mirrorlist/smeos-11-x86_64
#url --url=https://koji.koozali.org/kojifiles/repos-dist/smeserver11/latest/$basearch
# Packages to install
%packages
dracut-live
@^smeserver-environment
@core
@baseos
@^minimal
anaconda
anaconda-install-env-deps
anaconda-live
chkconfig
glibc-all-langpacks
initscripts
kernel
kernel-modules
kernel-modules-extra
memtest86+
syslinux
-chrony
-kexec-tools
%end
# Partitioning in pre-install
%pre --interpreter=/bin/bash --log=/var/log/sme-partitioning.log
# Read command line arguments
if grep nolvm "/proc/cmdline" ; then NOLVM=true ; fi
if grep noraid "/proc/cmdline" ; then NORAID=true ; fi
if grep noxfs "/proc/cmdline" ; then FSTYPE="ext4" ; else FSTYPE="xfs" ; fi
echo "Command line arguments:"
cat /proc/cmdline
# Minimum size of hard drive needed specified in MB
MINSIZE=5000
# Number of detected drives and first disk size
NDEV=0
BASESIZE=0
SIZEDIFF=0
# Loop through block devices, keep those over MINSIZE and ensure additional drives for RAID are within 100MB of the first
for DEV in $(lsblk -nl | grep disk | cut -d' ' -f1) ; do
if [ -d /sys/block/$DEV ] ; then
REMOVABLE=`cat /sys/block/$DEV/removable`
if (( $REMOVABLE == 0 )) ; then
SIZE=`cat /sys/block/$DEV/size`
MB=$(($SIZE/2**11))
if [ $MB -gt $MINSIZE ] ; then
if [ $NDEV == 0 ] ; then
echo "First drive found: $DEV with size $MB MB"
DRIVES[$NDEV]=$DEV
BASESIZE=$MB
((NDEV++))
else
SIZEDIFF=$(($MB-$BASESIZE))
if [ $SIZEDIFF -gt 100 ] || [ $SIZEDIFF -lt -100 ] ; then
echo "Drive found but size of $MB MB doesn't match $BASESIZE MB - ignoring"
else
echo "Additional drive found: $DEV with size $MB MB"
DRIVES[$NDEV]=$DEV
((NDEV++))
fi
fi
fi
fi
fi
done
echo "Total disks found: $NDEV"
# Calculate recommended swap size for RAID + nolvm case
if [ -d /sys/firmware/efi ] ; then
DISKSPARE=$(($BASESIZE-200-500-3000))
else
DISKSPARE=$(($BASESIZE-1-500-3000))
fi
MEMSIZE=$(awk '/^MemTotal:/{print $2}' /proc/meminfo)
MEMSIZEMB=$(($MEMSIZE/2**10))
if [ $MEMSIZEMB -lt 2000 ] ; then
SWAPSIZE=$((2*$MEMSIZEMB))
elif [ $MEMSIZEMB -lt 8000 ] ; then
SWAPSIZE=$MEMSIZEMB
else
SWAPSIZE=8000
fi
if [ $SWAPSIZE -gt $DISKSPARE ] ; then SWAPSIZE=$DISKSPARE ; fi
# Declare useful variables
printf -v DRIVELIST ",%s" "${DRIVES[@]}"
if [ $NORAID ] ; then
DRIVELIST=${DRIVES[0]}
else
DRIVELIST=${DRIVELIST:1}
fi
echo "Final drive list: $DRIVELIST"
LEVEL=1
SPARE=0
# Error if detection has failed and fall back
if [ ${#DRIVES[@]} == 0 ] ; then
echo "No drive suitable for installation found! Reverting to Anaconda defaults."
cat > /tmp/part-include <<EOF
# Clear the Master Boot Record
zerombr
# Clear current partitions
clearpart --all --initlabel
# Automatically create partitions using LVM
autopart --lvm --nohome
EOF
# Otherwise clear detected devices and set up bootloader
else
cat > /tmp/part-include <<EOF
# Clear the Master Boot Record
zerombr
# Clear current partitions and install bootloader
clearpart --all --drives=$DRIVELIST --initlabel
ignoredisk --only-use=$DRIVELIST
bootloader --location=mbr --driveorder=$DRIVELIST
EOF
# If single disk or noraid specific then set up partitioning without RAID
# NOTE: From this point we're appending to part-include
if [ ${#DRIVES[@]} == 1 ] || [ $NORAID ] ; then
# Include the EFI or biosboot partition if necessary
if [ -d /sys/firmware/efi ] ; then
printf "part /boot/efi --fstype=efi --size=200 --ondisk=%s\n" "${DRIVES[0]}" >> /tmp/part-include
elif [ $BASESIZE -gt 2048000 ] ; then
printf "part biosboot --fstype=biosboot --size=1 --ondisk=%s\n" "${DRIVES[0]}" >> /tmp/part-include
fi
# Create boot partition
printf "part /boot --fstype=%s --size=500 --label=BOOT --ondisk=%s\n" "$FSTYPE" "${DRIVES[0]}" >> /tmp/part-include
# Default to LVM unless specified at command line
if [ $NOLVM ] ; then
cat >> /tmp/part-include <<EOF
part / --fstype=$FSTYPE --grow --size=3000 --label=ROOT --ondisk=${DRIVES[0]}
part swap --fstype=swap --recommended --label=SWAP --ondisk=${DRIVES[0]}
EOF
else
cat >> /tmp/part-include <<EOF
part pv.01 --size=4300 --grow --ondisk=${DRIVES[0]}
volgroup main pv.01
logvol / --fstype=$FSTYPE --name=root --vgname=main --grow --size=3000
logvol swap --fstype=swap --name=swap --vgname=main --recommended
EOF
fi
# Otherwise multiple disks - prepare for RAID
else
# Define EFI or biosboot and RAID partitions
for i in "${!DRIVES[@]}"; do
if [ -d /sys/firmware/efi ] ; then
printf "part raid.%s0 --size=200 --ondisk=%s\n" "$i" "${DRIVES[$i]}" >> /tmp/part-include
elif [ $BASESIZE -gt 2048000 ] ; then
printf "part biosboot --fstype=biosboot --size=1 --ondisk=%s\n" "${DRIVES[$i]}" >> /tmp/part-include
fi
printf "part raid.%s1 --size=500 --ondisk=%s\n" "$i" "${DRIVES[$i]}" >> /tmp/part-include
# Default to LVM unless specified
if [ $NOLVM ] ; then
printf "part raid.%s2 --size=3000 --grow --ondisk=%s\n" "$i" "${DRIVES[$i]}" >> /tmp/part-include
printf "part raid.%s3 --size=%s --ondisk=%s\n" "$i" "$SWAPSIZE" "${DRIVES[$i]}" >> /tmp/part-include
else
printf "part raid.%s2 --size=4300 --grow --ondisk=%s\n" "$i" "${DRIVES[$i]}" >> /tmp/part-include
fi
done
# Compute RAID level
# from https://wiki.contribs.org/Raid
# 2 Drives - Software RAID 1
# 3 Drives - Software RAID 1 + 1 Hot-spare
# 4 Drives - Software RAID 6
# 5+ Drives - Software RAID 6 + 1 Hot-spare
if [ ${#DRIVES[@]} == 2 ] ; then
LEVEL=1
SPARE=0
elif [ ${#DRIVES[@]} == 3 ] ; then
LEVEL=1
SPARE=1
elif [ ${#DRIVES[@]} == 4 ] ; then
LEVEL=6
SPARE=0
else
LEVEL=6
SPARE=1
fi
# Set up RAID devices
printf -v EFIDEVS "raid.%s0 " "${!DRIVES[@]}"
printf -v BOOTDEVS "raid.%s1 " "${!DRIVES[@]}"
printf -v ROOTDEVS "raid.%s2 " "${!DRIVES[@]}"
printf -v SWAPDEVS "raid.%s3 " "${!DRIVES[@]}"
# Include the EFI partition if necessary
if [ -d /sys/firmware/efi ] ; then
printf "raid /boot/efi --fstype=efi --level=1 --spares=0 --device=md9 %s\n" "$EFIDEVS" >> /tmp/part-include
fi
# Boot partition
printf "raid /boot --fstype=%s --level=1 --spares=0 --device=md0 %s\n" "$FSTYPE" "$BOOTDEVS" >> /tmp/part-include
# Default to LVM unless specified
if [ $NOLVM ] ; then
cat >> /tmp/part-include <<EOF
raid / --fstype=$FSTYPE --level=$LEVEL --spares=$SPARE --device=md1 $ROOTDEVS
raid swap --fstype=swap --level=$LEVEL --spares=$SPARE --device=md2 $SWAPDEVS
EOF
else
cat >> /tmp/part-include <<EOF
raid pv.01 --level=$LEVEL --spares=$SPARE --device=md1 $ROOTDEVS
volgroup main pv.01
logvol / --fstype=$FSTYPE --name=root --vgname=main --grow --size=3000
logvol swap --fstype swap --name=swap --vgname=main --recommended
EOF
fi
fi
fi
echo "Final part-include output:"
# cat /tmp/part-include
%end
# SME events in post-install
%post --interpreter=/usr/bin/bash --log=/var/log/ks.post02.log
userdel -r installer
sleep 2
/sbin/e-smith/signal-event post-install
sleep 2
/sbin/e-smith/db configuration set UnsavedChanges no
touch /forcequotacheck
%end
%post --nochroot --log=/mnt/sysimage/var/log/ks.post01.log
#!/bin/bash
sysimage="/mnt/sysimage"
cp -r /var/log/sme-partitioning.log ${sysimage}/root/
cp -r /tmp/anaconda.log ${sysimage}/root/
%end
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