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--- docs:man:installing_pld_linux_based_on_rescue_cd [2019-01-21 19:35]
arekm [Packages installation]
+++ docs:man:installing_pld_linux_based_on_rescue_cd [2019-01-21 20:21] (current)
arekm [Kernel installation]
@@ Line 13: / Line 13: @@
 ===== Partition disk =====
-Use for example ''cfdisk'' to partition your destination disk. Usually root partition (/) and swap is enough. \\ :!: Write something more here :!:
+Use for example ''cfdisk'' to partition your destination disk. Usually root partition (/) and swap is enough.
+\\ :!: Write something more here :!:
@@ Line 85: / Line 87: @@
 ===== Packages installation =====
+All packages are installed using **poldek** tool (it is a package manager for PLD).
 <file># rpm --root /pld --initdb
@@ Line 94: / Line 97: @@
 Packages which make sense to be installed:
-udev pwdutils dhcpcd poldek vim geninitrd grub2 e2fsprogs
+<file>udev pwdutils dhcpcd poldek vim geninitrd grub2 e2fsprogs tzdata glibc-localedb-all</file>
+If **xfs** filesystem was chosen then please install:
+<file>xfsprogs</file>
@@ Line 106: / Line 113: @@
 ==== Prepare to install kernel ====
+Before installing kernel you need to mount kernel proc, sys and dev filesystems inside of chroot:
 <file># mount -o bind /proc /pld/proc
@@ Line 111: / Line 119: @@
 # mount -o bind /dev /pld/dev
 </file>
+You need to tell initrd generator which hardware driver is needed to access your rootfs filesystem
+by setting scsi_hostadapter alias in **/etc/modprobe,d/modprobe.conf** (or any other file in that directory)
+<file>alias scsi_hostadapter ahci</file>
+**lspci -k** command run on rescuecd can help you to find a correct driver:
+<file>
+:01.1 IDE interface: Intel Corporation 82371AB/EB/MB PIIX4 IDE (rev 01)
+        Kernel driver in use: ata_piix
+        Kernel modules: ata_piix, pata_acpi, ata_generic
+</file>
+Note **Kernel driver in use: ata_piix** (alias scsi_hostadapter ata_piix)
+While at it, on actual installed PLD system (not needed on rescuecd), you can do the same for network card driver:
+<file>alias netdev-eth0 e1000e</file>
+(again **lspci -k** will help to choose correct one)
 Configure **/pld/etc/fstab** ex.:
 <file>/dev/sda1 swap swap defaults 0 0
-/dev/sda2 /    ext3 defaults 0 0
+/dev/sda2 /    ext4 defaults 0 0
 </file>
 \\ :!: Write something more here :!:
@@ Line 123: / Line 155: @@
-<file># poldek --root /pld -i kernel
+<file># poldek --root /pld -i kernel</file>
-</file>
+or
+<file>#poldek --root /pld -i kernel-some-specific-version</file>
+You can also install multiple different kernels.
+By default kernel installation also generates initrd based on mounted /proc, /sys, /dev files and configured fstab, modprobe.conf and few others configuration files. generated initrd (which by default is initramfs cpio image) is saved in /boot.
+----
+There are two initrd generators used in PLD: geninitrd and dracut. Choose one.
+=== geninitrd ===
+If something fails or you want to regenerate initrd manually you can do it using:
+<file>/sbin/geninitrd -v -f /boot/initd-XXX-Y.gz XXX-Y</file>
+command. Real example:
+<file>/sbin/geninitrd -v -f /boot/initd-4.20.3-1.gz 4.20.3-1</file>
+//-v// option causes geninitrd to write additional information, so you can see if proper kernel modules are being installed into initrd.
+=== dracut ===
+:!: Write something more here :!:
+----
+PLD supports systemd and non-systemd installations. In case of systemd installation you need to install package
+<file>systemd</file>
+package and setup default boot kernel cmdline option in grub/lilo. Add
+<file>init=/bin/systemd systemd.unit=graphical.target</file>
+If booting with new initrd fails you can use **debuginitrd** and **debuginitrd=sh** boot kernel cmdline options to debug the problem.
 ===== Bootloader =====
+==== grub2 ====
+Install grub2 on boot sector of disk:
+<file>grub-install /dev/sda</file>
+Generate configuration file for grub2:
+<file>update-grub</file>
+Resulting file is saved as **/boot/grub/grub.cfg**. Setting custom options for grub2 can be done in **/etc/sysconfig/grub** (then regenerate **grub.cfg** with **update-grub** command).
-==== lilo ====
+==== lilo (deprecated) ====
 Edit **/pld/etc/lilo.conf**
@@ Line 149: / Line 231: @@
 </file>
+==== Advanced configuration ====
+Advanced lilo and grub configuration is described here: [[:Docs:man:Bootloader|../Bootloader]]
-==== grub ====
-Edit **/pld/boot/grub/menu.lst**
+===== udev =====
+\\ :!: Write something more here :!:
-<file>timeout 10
-title  pld
-root (hd0,1)
-kernel /boot/vmlinuz boot=/dev/hda
-initrd /boot/initrd
-</file>
-And execute
-<file># chroot /pld /sbin/grub
+===== User accounts =====
-</file>
-A Grub's shell will started. Let's make some changes:
-<file>grub> root (hd0,1)
+By default **root** account doesn't have any password set and by default that will prevent you from logging in. Setup root password
-grub> setup (hd0)
-grub> quit
-</file>
+<file>chroot /pld && passwd</file>
-==== Advanced configuration ====
+\\ :!: Write something more here :!:
-Advanced lilo and grub configuration is described here: [[:Docs:man:Bootloader|../Bootloader]]
+===== Finishing =====
+If manual network configuration was required for RescueCD then most liikely you need to repeat that [[docs:man:installing_pld_linux_based_on_rescue_cd#network_configuration_of_rescuecd|step]] on installed PLD system, too.
-===== udev =====
+Last step is umount all filesystems:
-\\ :!: Write something more here :!:
+<file>umount -R /pld</file>
+and reboot:
+<file>reboot</file>.
-===== User accounts =====
-\\ :!: Write something more here :!:
-===== Finishing =====
+If you find errors on this page or want to add anything to installation procedure please write to us at feedback / pld-linux.org.
 \\ :!: Write something more here :!:

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