sig_cloud/diskimage-builder
2
0
Fork 0
Code Issues Pull Requests Packages Projects Releases Wiki Activity

Merge "Move grub-install to the end, and skip for partition images"

Browse Source
This commit is contained in:
Zuul 2022-04-20 15:14:05 +00:00 committed by Gerrit Code Review
commit 65569921bf
1 changed files with 59 additions and 54 deletions
Show Stats Download Patch File Download Diff File Expand all files Collapse all files

113
diskimage_builder/elements/bootloader/finalise.d/50-bootloader
View File

@ -25,6 +25,8 @@ BOOT_DEV=$IMAGE_BLOCK_DEVICE
declare -A DEVICES
eval DEVICES=( $IMAGE_BLOCK_DEVICES )
DIB_BLOCK_DEVICE=${DIB_BLOCK_DEVICE:-}
# Right now we can't use pkg-map to branch by arch, so tag an
# architecture specific virtual package so we can install the
# rigth thing based on distribution.
@ -36,9 +38,7 @@ elif [[ "${DIB_BLOCK_DEVICE}" == "mbr" ||
elif [[ "${DIB_BLOCK_DEVICE}" == "efi" ]]; then
install-packages -m bootloader grub-efi grub-efi-$ARCH
else
echo "Failure: I'm not sure what bootloader to install"
echo "Ensure you have included a block-device-* element"
exit 1
install-packages -m bootloader grub-pc grub-efi grub-efi-$ARCH
fi
GRUBNAME=$(type -p grub-install) || echo "trying grub2-install"
@ -70,8 +70,6 @@ else
GRUBENV=/boot/grub/grubenv
fi
echo "Installing GRUB2..."
# When using EFI image-based builds, particularly rhel element
# based on RHEL>=8.2 .qcow2, we might have /boot/grub2/grubenv
# as a dangling symlink to /boot/efi because we have extracted
@ -83,55 +81,6 @@ if [[ -L $GRUBENV ]]; then
rm -f $GRUBENV
fi
# We need --force so grub does not fail due to being installed on the
# root partition of a block device.
GRUB_OPTS="--force "
if [[ "$ARCH" =~ "ppc" ]] ; then
# For PPC (64-Bit regardless of Endian-ness), we use the "boot"
# partition as the one to point grub-install to, not the loopback
# device. ppc has a dedicated PReP boot partition.
# For grub2 < 2.02~beta3 this needs to be a /dev/mapper/... node after
# that a dev/loopXpN node will work fine.
$GRUBNAME --modules="part_msdos" $GRUB_OPTS ${DEVICES[boot]} --no-nvram
else
# This set of modules is sufficient for all installs (mbr/gpt/efi)
modules="part_msdos part_gpt lvm"
if [[ ${DIB_BLOCK_DEVICE} == "mbr" || ${DIB_BLOCK_DEVICE} == "gpt" ]]; then
if [[ ! "x86_64 amd64" =~ ${ARCH} ]]; then
echo "*** ${ARCH} is not supported by mbr/gpt"
fi
$GRUBNAME --modules="$modules biosdisk" --target=i386-pc \
$GRUB_OPTS $BOOT_DEV
elif [[ ${DIB_BLOCK_DEVICE} == "efi" ]]; then
# We need to manually set the target if it's different to
# the host. Setup for EFI
case $ARCH in
"x86_64"|"amd64")
# This call installs grub for BIOS compatability
# which makes portable EFI/BIOS images.
$GRUBNAME --modules="$modules" --target=i386-pc $BOOT_DEV
# Set the x86_64 specific efi target for the generic
# installation below.
GRUB_OPTS="--target=x86_64-efi"
;;
# At this point, we don't need to override the target
# for any other architectures.
esac
# If we don't have a distro specific dir with presigned efi targets
# we install a generic one.
if [ ! -d /boot/efi/$EFI_BOOT_DIR ]; then
echo "WARNING: /boot/efi/$EFI_BOOT_DIR does not exist, UEFI secure boot not supported"
# This tells the EFI install to put the EFI binaries into
# the generic /BOOT directory and avoids trying to update
# nvram settings.
extra_options="--removable"
$GRUBNAME --modules="$modules" $extra_options $GRUB_OPTS $BOOT_DEV
fi
fi
fi
echo "GRUB_DEVICE=LABEL=${DIB_ROOT_LABEL}" >> /etc/default/grub
echo 'GRUB_DISABLE_LINUX_UUID=true' >> /etc/default/grub
echo "GRUB_TIMEOUT=${DIB_GRUB_TIMEOUT:-5}" >>/etc/default/grub
@ -206,3 +155,59 @@ if [[ ${DIB_BLOCK_DEVICE} == "efi" ]]; then
fi
fi
if [[ ! "$ARCH" =~ "ppc" ]] && [[ -z "${DIB_BLOCK_DEVICE}" ]]; then
echo "WARNING: No bootloader installation will occur."
echo "To install a bootloader ensure you have included a block-device-* element"
exit 0
fi
echo "Installing GRUB2..."
# We need --force so grub does not fail due to being installed on the
# root partition of a block device.
GRUB_OPTS="--force "
if [[ "$ARCH" =~ "ppc" ]] ; then
# For PPC (64-Bit regardless of Endian-ness), we use the "boot"
# partition as the one to point grub-install to, not the loopback
# device. ppc has a dedicated PReP boot partition.
# For grub2 < 2.02~beta3 this needs to be a /dev/mapper/... node after
# that a dev/loopXpN node will work fine.
$GRUBNAME --modules="part_msdos" $GRUB_OPTS ${DEVICES[boot]} --no-nvram
else
# This set of modules is sufficient for all installs (mbr/gpt/efi)
modules="part_msdos part_gpt lvm"
if [[ ${DIB_BLOCK_DEVICE} == "mbr" || ${DIB_BLOCK_DEVICE} == "gpt" ]]; then
if [[ ! "x86_64 amd64" =~ ${ARCH} ]]; then
echo "*** ${ARCH} is not supported by mbr/gpt"
fi
$GRUBNAME --modules="$modules biosdisk" --target=i386-pc \
$GRUB_OPTS $BOOT_DEV
elif [[ ${DIB_BLOCK_DEVICE} == "efi" ]]; then
# We need to manually set the target if it's different to
# the host. Setup for EFI
case $ARCH in
"x86_64"|"amd64")
# This call installs grub for BIOS compatability
# which makes portable EFI/BIOS images.
$GRUBNAME --modules="$modules" --target=i386-pc $BOOT_DEV
# Set the x86_64 specific efi target for the generic
# installation below.
GRUB_OPTS="--target=x86_64-efi"
;;
# At this point, we don't need to override the target
# for any other architectures.
esac
# If we don't have a distro specific dir with presigned efi targets
# we install a generic one.
if [ ! -d /boot/efi/$EFI_BOOT_DIR ]; then
echo "WARNING: /boot/efi/$EFI_BOOT_DIR does not exist, UEFI secure boot not supported"
# This tells the EFI install to put the EFI binaries into
# the generic /BOOT directory and avoids trying to update
# nvram settings.
extra_options="--removable"
$GRUBNAME --modules="$modules" $extra_options $GRUB_OPTS $BOOT_DEV
fi
fi
fi