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394 lines
13 KiB
394 lines
13 KiB
### Alteeve's Niche! Inc. - Anvil! Intelligent Availability(tm) Platform |
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# License: GPLv2 |
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# Built: 2018-09-13 |
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# Target: Network Install (PXE) |
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# OS: Fedora28 |
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# Machine: Striker Dashboard |
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# NOTE: Do no use any non-ASCII characters in this kickstart script. |
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# Install using text screens, most compatible with modest hardware, too. |
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text |
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### TODO: Might want to remove this for Striker. |
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# Agree to the eula |
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eula --agreed |
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# Don't run the "firstboot" tool, we should have everything configured. |
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firstboot --disable |
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# Reboot when the install is done. |
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reboot |
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# Install from the source Striker |
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url --url=http://10.1.4.1/fedora28/x86_64/os/ |
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### TODO: These should be configurable eventually. |
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# Keyboard layouts |
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keyboard --vckeymap=us --xlayouts='us' |
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timezone Etc/GMT --isUtc |
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lang en_CA.UTF-8 |
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# Network information |
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network --hostname=new-striker.localdomain |
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# Root and admin passwords are 'Initial1' |
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rootpw --plaintext Initial1 |
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user --name=admin --password "Initial1" --plaintext --gecos "admin" --groups wheel |
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# TEMPORARY: Set selinux to permissive |
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#selinux --permissive |
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# Partitioning plan is generated by the %pre script. |
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%include /tmp/plan_partitions.out |
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%packages |
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@^server-product-environment |
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@server-hardware-support |
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%end |
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%addon com_redhat_kdump --disable --reserve-mb='128' |
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%end |
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%anaconda |
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pwpolicy root --minlen=6 --minquality=1 --notstrict --nochanges --notempty |
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pwpolicy user --minlen=6 --minquality=1 --notstrict --nochanges --emptyok |
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pwpolicy luks --minlen=6 --minquality=1 --notstrict --nochanges --notempty |
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%end |
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############################################################################################################# |
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# %ost, --nochroot scripts # |
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############################################################################################################# |
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### TODO: Might want to remove this pre-production. Useful for debugging until then. |
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# Record all the install logs for future reference. |
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%post --nochroot |
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echo 'Copying all the anaconda related log files to /root/install/' |
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mkdir -p /mnt/sysimage/root/install_logs/var |
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mkdir -p /mnt/sysimage/root/install_logs/run |
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rsync -av /tmp /mnt/sysimage/root/install_logs/ |
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rsync -av /run/install /mnt/sysimage/root/install_logs/run/ |
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rsync -av /var/log /mnt/sysimage/root/install_logs/var/ |
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%end |
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############################################################################################################# |
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# %pre scripts # |
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############################################################################################################# |
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### This is the small anaconda-friendly perl program that looks at the |
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### available storage and chooses a drive to install on. Then it generates |
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### the kickstart partition instructions and records them in: |
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### /tmp/plan_partitions.out |
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### NOTE: This must be copied from 'scripts/plan_partitions', don't edit directly *EXCEPT* to set the '$type' |
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### just below, which *MUST* be set, or the script will fail. |
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%pre --interpreter /bin/perl |
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#!/bin/perl |
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# |
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# This script is designed to identify hard drives and decide where and how to partition it for installation |
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# during a kickstart install. |
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# |
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# Exit codes; |
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# 0 - Success |
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# 1 - Target type not specified. |
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# 2 - Failed to find a drive to install on. |
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# |
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# NOTE: This is restricted to what is available during an anaconda install session. That is to same, bare |
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# minimum. |
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# TODO: If multiple matching drives are found (same medium and size, build an appropriate RAID array. |
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# TODO: in pre, wipefs on all disks to clear old LVM and DRBD data |
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# |
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use strict; |
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use warnings; |
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# Set to '1' for verbose output |
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my $debug = 0; |
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### NOTE: This must be set to 'striker', 'node' or 'dr' when incorporated into a kickstart %pre script! |
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my $type = "striker"; |
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if ($type =~ /striker/i) |
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{ |
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print "Finding install drive for a Striker dashboard.\n"; |
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$type = "striker"; |
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} |
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elsif ($type =~ /node/i) |
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{ |
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print "Finding install drive for an Anvil! node.\n"; |
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$type = "node"; |
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} |
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elsif ($type =~ /dr/i) |
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{ |
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print "Finding install drive for a DR (disaster recovery) host.\n"; |
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$type = "dr"; |
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} |
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else |
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{ |
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print " |
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Error: Target type not specified. |
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Be sure that '\$type' is set to 'striker', 'node' or 'dr' in the \%pre section |
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of the kickstart script |
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"; |
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exit(1); |
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} |
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my $device = {}; |
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# We might want to add HCTL (Host:Channel:Target:Lun for SCSI) and/or SUBSYSTEMS later |
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my $target = ""; |
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my $lsblk = system_call("/bin/lsblk --bytes --paths --pairs --output NAME,RM,HOTPLUG,TYPE,SIZE,TRAN,ROTA"); |
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foreach my $line (split/\n/, $lsblk) |
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{ |
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### NOTE: If a drive has no transport, is not removable, but is hotplugable and the device path is |
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### mmcblk0, it is probably an SDCard. It doesn't seem to be a directly divinable state. We |
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### don't currently plan to use them, but it might come to pass later. |
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print __LINE__."; [ Debug ] - lsblk: [".$line."]\n" if $debug; |
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my ($path, $removable, $hotplug, $type, $size, $transport, $rotational) = ($line =~ /NAME="(.*?)" RM="(\d)" HOTPLUG="(\d)" TYPE="(.*?)" SIZE="(\d+)" TRAN="(.*?)" ROTA="(\d)"/); |
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print __LINE__."; [ Debug ] - Device: [".$path."], type: [".$type."], remvoable? [".$removable."], hotplug? [".$hotplug."], rotational? [".$rotational."], transport: [".$transport."], size: [".$size."]\n" if $debug; |
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# Skip 'zramX' devices |
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next if ($path =~ /^\/dev\/zram\d/); |
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# Skip removable disks and anything that just isn't a disk at all. |
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next if (($removable) or ($hotplug) or ($type ne "disk")); |
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$device->{$path} = { |
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type => $type, |
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size => $size, |
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transport => $transport, |
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rotational => $rotational, |
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}; |
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if ($device->{$path}{rotational}) |
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{ |
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print "Analyzing platter drive: [".$path."], using the transport: [".$device->{$path}{transport}."], of the size: [".$device->{$path}{size}." (".hr_size($device->{$path}{size}).")]\n"; |
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} |
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else |
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{ |
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print "Analyzing solid-state drive: [".$path."], using the transport: [".$device->{$path}{transport}."], of the size: [".$device->{$path}{size}." (".hr_size($device->{$path}{size}).")]\n"; |
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} |
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} |
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### Usage selection priority |
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# on Striker, we'll simply use whatever is the biggest avalable drive. |
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# on Node and DR, we'll prefer slowest first (rotational, sata before nvme/scsi), and smallest second. |
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my $use_drive = ""; |
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if ($type eq "striker") |
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{ |
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my $biggest_size = 0; |
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foreach my $path (sort {$a cmp $b} keys %{$device}) |
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{ |
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print __LINE__."; [ Debug ] - path: [".$path."], ${path}::size: [".$device->{$path}{size}." (".hr_size($device->{$path}{size}).")] < biggest_size: [".$biggest_size." (".hr_size($biggest_size).")]\n" if $debug; |
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if ($device->{$path}{size} > $biggest_size) |
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{ |
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$biggest_size = $device->{$path}{size}; |
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$use_drive = $path; |
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print __LINE__."; [ Debug ] - use_drive: [".$use_drive."], biggest_size: [".$biggest_size." (".hr_size($biggest_size).")]\n" if $debug; |
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} |
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} |
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if ($use_drive) |
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{ |
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print "Selected the largest disk: [".$use_drive."], which has a capacity of: [".hr_size($device->{$use_drive}{size})."]\n"; |
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} |
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} |
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else |
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{ |
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# Node and DR are handled the same |
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my $first_disk_seen = 0; |
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my $smallest_size = 0; |
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my $selected_is_platter = 0; |
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foreach my $path (sort {$a cmp $b} keys %{$device}) |
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{ |
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print __LINE__."; [ Debug ] - first_disk_seen: [".$first_disk_seen."], path: [".$path."], ${path}::rotational: [".$device->{$path}{rotational}."]\n" if $debug; |
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if (not $first_disk_seen) |
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{ |
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# Select this one |
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$first_disk_seen = 1; |
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$use_drive = $path; |
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$smallest_size = $device->{$path}{size}; |
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$selected_is_platter = $device->{$path}{rotational}; |
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print __LINE__."; [ Debug ] - first_disk_seen: [".$first_disk_seen."], use_drive: [".$use_drive."], selected_is_platter: [".$selected_is_platter."], smallest_size: [".$smallest_size." (".hr_size($smallest_size).")]\n" if $debug; |
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} |
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elsif ($device->{$path}{rotational}) |
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{ |
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# This takes priority |
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print __LINE__."; [ Debug ] - selected_is_platter: [".$selected_is_platter."]\n" if $debug; |
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if ($selected_is_platter) |
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{ |
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# Was the previously seen drive bigger? |
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print __LINE__."; [ Debug ] - ".$path."::size: [".$first_disk_seen." (".hr_size($first_disk_seen).")], smallest_size: [".$smallest_size." (".hr_size($smallest_size).")]\n" if $debug; |
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if ($device->{$path}{size} < $smallest_size) |
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{ |
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# This is smaller, use it. |
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$use_drive = $path; |
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$smallest_size = $device->{$path}{size}; |
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print __LINE__."; [ Debug ] - use_drive: [".$use_drive."], smallest_size: [".$smallest_size." (".hr_size($smallest_size).")]\n" if $debug; |
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} |
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} |
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else |
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{ |
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# The previous drive is an SSD, so use this one regardless |
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$use_drive = $path; |
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$smallest_size = $device->{$path}{size}; |
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$selected_is_platter = $device->{$path}{rotational}; |
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print __LINE__."; [ Debug ] - use_drive: [".$use_drive."], selected_is_platter: [".$selected_is_platter."], smallest_size: [".$smallest_size." (".hr_size($smallest_size).")]\n" if $debug; |
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} |
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} |
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elsif (not $selected_is_platter) |
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{ |
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# This is an SSD, but we haven't seen a platter drive yet, so use it if it is |
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# smaller. |
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print __LINE__."; [ Debug ] - ".$path."::size: [".$first_disk_seen." (".hr_size($first_disk_seen).")], smallest_size: [".$smallest_size." (".hr_size($smallest_size).")]\n" if $debug; |
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if ($device->{$path}{size} < $smallest_size) |
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{ |
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# This is smaller, use it. |
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$use_drive = $path; |
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$smallest_size = $device->{$path}{size}; |
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print __LINE__."; [ Debug ] - use_drive: [".$use_drive."], smallest_size: [".$smallest_size." (".hr_size($smallest_size).")]\n" if $debug; |
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} |
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} |
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} |
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# Did we find a drive? |
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if ($use_drive) |
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{ |
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if ($selected_is_platter) |
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{ |
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print "Selected the smallest platter drive: [".$use_drive."], which has a capacity of: [".hr_size($device->{$use_drive}{size})."]\n"; |
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} |
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else |
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{ |
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print "Selected the smallest solid-state drive: [".$use_drive."], which has a capacity of: [".hr_size($device->{$use_drive}{size})."] (no platter drives found)\n"; |
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} |
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} |
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} |
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# Did we find a disk to use? |
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if (not $use_drive) |
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{ |
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print "[ Error ] - Failed to find any fixed drives (platter or USB, not removable) to install onto. Unable to proceed.\n"; |
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exit(2); |
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} |
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# Pick up a bit of a UUID to add to the volume group name. |
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my $id = time; |
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if ((-e "/sys/class/dmi/id/product_uuid") && (-r "/sys/class/dmi/id/product_uuid")) |
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{ |
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# We should be able to read the system UUID. If so, we'll take the starting part of the string for |
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# the short ID. |
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my $uuid = ""; |
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my $shell_call = "/sys/class/dmi/id/product_uuid"; |
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print __LINE__."; [ Debug ] - shell_call: [".$shell_call."]\n" if $debug; |
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open (my $file_handle, "<", $shell_call) or die "Failed to read: [".$shell_call."], the error was: ".$!."\n"; |
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while(<$file_handle>) |
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{ |
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chomp; |
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$uuid = $_; |
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print __LINE__."; [ Debug ] - uuid: [".$uuid."]\n" if $debug; |
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} |
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close $file_handle; |
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if ($uuid =~ /^(\w+)-/) |
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{ |
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$id = $1; |
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print __LINE__."; [ Debug ] - id: [".$id."]\n" if $debug; |
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} |
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} |
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# Finally, we've got our output. |
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my $say_grow = $type eq "striker" ? "--grow " : ""; |
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my $vg_name = $type."_".$id; |
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my $partition_file = "/tmp/plan_partitions.out"; |
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my $partition_body = "zerombr |
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clearpart --all --drives=".$use_drive." |
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ignoredisk --only-use=".$use_drive." |
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bootloader --location=mbr --driveorder=".$use_drive." --boot-drive=".$use_drive." |
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# Partitions |
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part biosboot --fstype=biosboot --size=1 |
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part /boot --fstype=ext4 --size=1024 --asprimary --ondisk=".$use_drive." |
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part pv.01 --fstype=lvmpv --size=100 --asprimary --ondisk=".$use_drive." --grow |
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# LVM Volume groups |
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volgroup ".$vg_name." --pesize=4096 pv.01 |
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# LVM logical volumes |
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logvol swap --fstype=swap --size=8188 --name=lv_swap --vgname=".$vg_name." |
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logvol / --fstype=xfs --size=40960 --name=lv_root --vgname=".$vg_name." ".$say_grow." |
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"; |
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print __LINE__."; [ Debug ] - partition_body: [".$partition_body."]\n" if $debug; |
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print "Writing out the partition plan to: [".$partition_file."]\n"; |
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# Write it to the temp file that the kickstart's %include will look for. |
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my $shell_call = $partition_file; |
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print __LINE__."; [ Debug ] - shell_call: [".$shell_call."]\n" if $debug; |
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open (my $file_handle, ">", $shell_call) or die "Failed to write: [".$shell_call."], the error was: ".$!."\n"; |
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print $file_handle $partition_body; |
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close $file_handle; |
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print "Completed successfully, exiting.\n"; |
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# We're done. |
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exit(0); |
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### Functions |
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# Make the size easier to read for users |
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sub hr_size |
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{ |
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my ($size) = @_; |
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my $hr_size = $size; |
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if ($size < 1023) |
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{ |
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# Bytes |
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$hr_size .= " B"; |
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} |
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elsif ($size < (2 ** 20)) |
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{ |
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# Kibibyte |
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$hr_size = sprintf("%.1f", ($size /= (2 ** 10)))." KiB"; |
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} |
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elsif ($size < (2 ** 30)) |
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{ |
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# Mebibyte |
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$hr_size = sprintf("%.2f", ($size /= (2 ** 20)))." MiB"; |
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} |
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elsif ($size < (2 ** 40)) |
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{ |
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# Gibibyte |
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$hr_size = sprintf("%.2f", ($size /= (2 ** 30)))." GiB"; |
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} |
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elsif ($size < (2 ** 50)) |
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{ |
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# Tebibyte |
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$hr_size = sprintf("%.2f", ($size /= (2 ** 40)))." TiB"; |
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} |
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else |
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{ |
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# Pebibyte or higher |
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$hr_size = sprintf("%.3f", ($size /= (2 ** 40)))." PiB"; |
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} |
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return($hr_size); |
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} |
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sub system_call |
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{ |
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my ($command) = @_; |
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my $output = ""; |
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open (my $file_handle, $command." 2>&1 |") or die "Failed to call: [".$command."], error was: [".$!."]\n"; |
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while (<$file_handle>) |
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{ |
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chomp; |
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my $line = $_; |
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$line =~ s/\n$//; |
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$line =~ s/\r$//; |
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$output .= $line."\n"; |
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} |
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close $file_handle; |
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$output =~ s/\n$//s; |
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return($output); |
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} |
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%end
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