tree-wide: unify spelling of GRUB and systemd-boot

Especially for GRUB there were a myriad of different casing variants
(e.g. grub, Grub, GRUB), so unify them, with GRUB being the official
casing.

For systemd-boot, fix an instance where it was not typeset as
monospace, like everywhere else.

Signed-off-by: Christoph Heiss <c.heiss@proxmox.com>

diff --git a/local-zfs.adoc b/local-zfs.adoc
index 58726a7270ea4950507453c85572c5171cb70690..a1a14e45e05ba6e618e4e9f0b5114e230bf87cf5 100644 (file)
--- a/local-zfs.adoc
+++ b/local-zfs.adoc
@@ -497,10 +497,9 @@ Changing a failed device
 
 .Changing a failed bootable device
 
-Depending on how {pve} was installed it is either using `systemd-boot` or `grub`
-through `proxmox-boot-tool`
-footnote:[Systems installed with {pve} 6.4 or later, EFI systems installed with
-{pve} 5.4 or later] or plain `grub` as bootloader (see
+Depending on how {pve} was installed it is either using `systemd-boot` or GRUB
+through `proxmox-boot-tool` footnote:[Systems installed with {pve} 6.4 or later,
+EFI systems installed with {pve} 5.4 or later] or plain GRUB as bootloader (see
 xref:sysboot[Host Bootloader]). You can check by running:
 
 ----
@@ -531,16 +530,16 @@ NOTE: `ESP` stands for EFI System Partition, which is setup as partition #2 on
 bootable disks setup by the {pve} installer since version 5.4. For details, see
 xref:sysboot_proxmox_boot_setup[Setting up a new partition for use as synced ESP].
 
-NOTE: make sure to pass 'grub' as mode to `proxmox-boot-tool init` if
-`proxmox-boot-tool status` indicates your current disks are using Grub,
+NOTE: Make sure to pass 'grub' as mode to `proxmox-boot-tool init` if
+`proxmox-boot-tool status` indicates your current disks are using GRUB,
 especially if Secure Boot is enabled!
 
-.With plain `grub`:
+.With plain GRUB:
 
 ----
 # grub-install <new disk>
 ----
-NOTE: plain `grub` is only used on systems installed with {pve} 6.3 or earlier,
+NOTE: Plain GRUB is only used on systems installed with {pve} 6.3 or earlier,
 which have not been manually migrated to using `proxmox-boot-tool` yet.
 
 
@@ -684,7 +683,7 @@ tank  feature@encryption  enabled         local
 ----
 
 WARNING: There is currently no support for booting from pools with encrypted
-datasets using Grub, and only limited support for automatically unlocking
+datasets using GRUB, and only limited support for automatically unlocking
 encrypted datasets on boot. Older versions of ZFS without encryption support
 will not be able to decrypt stored data.
 
@@ -854,16 +853,16 @@ them.
 
 In fact, there are some downsides to enabling new features:
 
-* A system with root on ZFS, that still boots using `grub` will become
+* A system with root on ZFS, that still boots using GRUB will become
   unbootable if a new feature is active on the rpool, due to the incompatible
-  implementation of ZFS in grub.
+  implementation of ZFS in GRUB.
 * The system will not be able to import any upgraded pool when booted with an
   older kernel, which still ships with the old ZFS modules.
 * Booting an older {pve} ISO to repair a non-booting system will likewise not
   work.
 
 IMPORTANT: Do *not* upgrade your rpool if your system is still booted with
-`grub`, as this will render your system unbootable. This includes systems
+GRUB, as this will render your system unbootable. This includes systems
 installed before {pve} 5.4, and systems booting with legacy BIOS boot (see
 xref:sysboot_determine_bootloader_used[how to determine the bootloader]).
 

diff --git a/pve-installation.adoc b/pve-installation.adoc
index 56b18c82222ef968d7cd30ecd0d33e846c80efae..6b44fc0b678a21fd0aaf2756d3cdb24d702548f8 100644 (file)
--- a/pve-installation.adoc
+++ b/pve-installation.adoc
@@ -114,8 +114,8 @@ Advanced Options: Rescue Boot::
 With this option you can boot an existing installation. It searches all attached
 hard disks. If it finds an existing installation, it boots directly into that
 disk using the Linux kernel from the ISO. This can be useful if there are
-problems with the boot block (grub) or the BIOS is unable to read the boot block
-from the disk.
+problems with the bootloader (GRUB/`systemd-boot`) or the BIOS/UEFI is unable to
+read the boot block from the disk.
 
 Advanced Options: Test Memory (memtest86+)::
 

diff --git a/system-booting.adoc b/system-booting.adoc
index af56225481ada2567057d41f8100e8d3f802097c..9603fc013f50e6e750831957e9377dfc919b77ff 100644 (file)
--- a/system-booting.adoc
+++ b/system-booting.adoc
@@ -10,7 +10,7 @@ selected in the installer.
 
 For EFI Systems installed with ZFS as the root filesystem `systemd-boot` is
 used, unless Secure Boot is enabled. All other deployments use the standard
-`grub` bootloader (this usually also applies to systems which are installed on
+GRUB bootloader (this usually also applies to systems which are installed on
 top of Debian).
 
 
@@ -32,12 +32,12 @@ The created partitions are:
 
 Systems using ZFS as root filesystem are booted with a kernel and initrd image
 stored on the 512 MB EFI System Partition. For legacy BIOS systems, and EFI
-systems with Secure Boot enabled, `grub` is used, for EFI systems without
+systems with Secure Boot enabled, GRUB is used, for EFI systems without
 Secure Boot, `systemd-boot` is used. Both are installed and configured to point
 to the ESPs.
 
-`grub` in BIOS mode (`--target i386-pc`) is installed onto the BIOS Boot
-Partition of all selected disks on all systems booted with `grub`
+GRUB in BIOS mode (`--target i386-pc`) is installed onto the BIOS Boot
+Partition of all selected disks on all systems booted with GRUB
 footnote:[These are all installs with root on `ext4` or `xfs` and installs
 with root on ZFS on non-EFI systems].
 
@@ -51,8 +51,8 @@ Partitions properly configured and synchronized. It copies certain kernel
 versions to all ESPs and configures the respective bootloader to boot from
 the `vfat` formatted ESPs. In the context of ZFS as root filesystem this means
 that you can use all optional features on your root pool instead of the subset
-which is also present in the ZFS implementation in `grub` or having to create a
-separate small boot-pool footnote:[Booting ZFS on root with grub
+which is also present in the ZFS implementation in GRUB or having to create a
+separate small boot-pool footnote:[Booting ZFS on root with GRUB
 https://github.com/zfsonlinux/zfs/wiki/Debian-Stretch-Root-on-ZFS].
 
 In setups with redundancy all disks are partitioned with an ESP, by the
@@ -108,7 +108,7 @@ or
 # proxmox-boot-tool init /dev/sda2 grub
 ----
 
-to force initialization with Grub instead of systemd-boot, for example for
+to force initialization with GRUB instead of `systemd-boot`, for example for
 Secure Boot support.
 
 Afterwards `/etc/kernel/proxmox-boot-uuids` should contain a new line with the
@@ -186,7 +186,7 @@ Determine which Bootloader is Used
 The simplest and most reliable way to determine which bootloader is used, is to
 watch the boot process of the {pve} node.
 
-You will either see the blue box of `grub` or the simple black on white
+You will either see the blue box of GRUB or the simple black on white
 `systemd-boot`.
 
 [thumbnail="screenshot/boot-systemdboot.png"]
@@ -199,10 +199,10 @@ safest way is to run the following command:
 # efibootmgr -v
 ----
 
-If it returns a message that EFI variables are not supported, `grub` is used in
+If it returns a message that EFI variables are not supported, GRUB is used in
 BIOS/Legacy mode.
 
-If the output contains a line that looks similar to the following, `grub` is
+If the output contains a line that looks similar to the following, GRUB is
 used in UEFI mode.
 
 ----
@@ -226,16 +226,16 @@ indication of how the system is booted.
 
 
 [[sysboot_grub]]
-Grub
+GRUB
 ~~~~
 
-`grub` has been the de-facto standard for booting Linux systems for many years
+GRUB has been the de-facto standard for booting Linux systems for many years
 and is quite well documented
-footnote:[Grub Manual https://www.gnu.org/software/grub/manual/grub/grub.html].
+footnote:[GRUB Manual https://www.gnu.org/software/grub/manual/grub/grub.html].
 
 Configuration
 ^^^^^^^^^^^^^
-Changes to the `grub` configuration are done via the defaults file
+Changes to the GRUB configuration are done via the defaults file
 `/etc/default/grub` or config snippets in `/etc/default/grub.d`. To regenerate
 the configuration file after a change to the configuration run:
 footnote:[Systems using `proxmox-boot-tool` will call `proxmox-boot-tool
@@ -286,7 +286,7 @@ Editing the Kernel Commandline
 You can modify the kernel commandline in the following places, depending on the
 bootloader used:
 
-.Grub
+.GRUB
 
 The kernel commandline needs to be placed in the variable
 `GRUB_CMDLINE_LINUX_DEFAULT` in the file `/etc/default/grub`. Running
@@ -383,10 +383,10 @@ The following packages need to be installed for Secure Boot to be enabled:
 - `shim-signed` (shim bootloader signed by Microsoft)
 - `shim-helpers-amd64-signed` (fallback bootloader and MOKManager, signed by
   Proxmox)
-- `grub-efi-amd64-signed` (Grub EFI bootloader, signed by Proxmox)
+- `grub-efi-amd64-signed` (GRUB EFI bootloader, signed by Proxmox)
 - `proxmox-kernel-6.X.Y-Z-pve-signed` (Kernel image, signed by Proxmox)
 
-Only Grub as bootloader is supported out of the box, since there are no other
+Only GRUB as bootloader is supported out of the box, since there are no other
 pre-signed bootloader packages available. Any new installation of {pve} will
 automatically have all of the above packages included.
 
@@ -405,7 +405,7 @@ An existing UEFI installation can be switched over to Secure Boot if desired,
 without having to reinstall {pve} from scratch.
 
 First, ensure all your system is up-to-date. Next, install all the required
-pre-signed packages as listed above. Grub automatically creates the needed EFI
+pre-signed packages as listed above. GRUB automatically creates the needed EFI
 boot entry for booting via the default shim.
 
 .systemd-boot
@@ -450,7 +450,7 @@ In this case, the partitions `sda2` and `sdb2` are the targets. They can be
 identified by the their size of 512M and their `FSTYPE` being `vfat`, in this
 case on a ZFS RAID-1 installation.
 
-These partitions must be properly set up for booting through Grub using
+These partitions must be properly set up for booting through GRUB using
 `proxmox-boot-tool`. This command (using `sda2` as an example) must be run
 separately for each individual ESP:
 ----
@@ -469,8 +469,8 @@ Boot0009* proxmox       HD(2,GPT,..,0x800,0x100000)/File(\EFI\proxmox\shimx64.ef
 [..]
 ----
 
-NOTE: The old `systemd-boot` bootloader will be kept, but Grub will be
-preferred. This way, if booting using Grub in Secure Boot mode does not work for
+NOTE: The old `systemd-boot` bootloader will be kept, but GRUB will be
+preferred. This way, if booting using GRUB in Secure Boot mode does not work for
 any reason, the system can still be booted using `systemd-boot` with Secure Boot
 turned off.
 
@@ -485,7 +485,7 @@ can try adding it manually (if supported by the firmware), by adding the file
 `\EFI\proxmox\shimx64.efi` as a custom boot entry.
 
 NOTE: Some UEFI firmwares are known to drop the `proxmox` boot option on reboot.
-This can happen if the `proxmox` boot entry is pointing to a Grub installation
+This can happen if the `proxmox` boot entry is pointing to a GRUB installation
 on a disk, where the disk itself is not a boot option. If possible, try adding
 the disk as a boot option in the UEFI firmware setup utility and run
 `proxmox-boot-tool` again.