Move the ostree repository and the tar image to the root of the
boot iso. This has several advantages: we do no longer have to
correctly guess the size of the anaconda image. Also we do not
need to compress the payload within the squashfs.
Update the image installer's test data. NB: the changes to the
package list were introduced earlier and should mostly affect
the build pipeline. Should have caught is in the corresponding
change, but was apparently not picked up by CI.
OSBuild Composer can now build the RHEL 8.5 Raw Images. This images are
compressed raw images, i.e. a file that has a partition layout with an
deployed OSTree commit in it. It can be used to flash onto a hard drive
or booted in a virtual machine. An existing OSTree commit needs to
be provided.
The following image new types are supported: edge-raw-image.
Instead of using package sets at the distro, arch and image type
level and then merging them in `PackageSets`, store the function
that generates the package set in the image type and have them
return all the package set. In order to do so, they now take an
imageType parameter so that they can also return architecture
dependent packages.
Instead of having a common build package set defined at distro
struct level and merging them together with build packages in
the image type (and arches), we do the "inheritance" at the
package set level and append more specific packages to base
sets there. We also now ensure that each image type does have
a build package set defined.
The actual package set should not change for anything due to
this commit.
Split the common installer build packages from the one specific to
anaconda and edge.
NB: The "inheritance" is now done in the package sets rather than
outside, via package set merging.
The edge specific build packages, `edgeBuildPkgsKey` where defined
on the distro level but also always included in all actual edge
image types; there were thus duplicated.
This adds a new installer called the "Simplified Installer" for Edge.
In contrast to the existing insaller, which is based on Anaconda, this
new installer based on the CoreOS installer project[1], a small rust
based binary that is executed in the initramfs and will flash a raw
image to a specified installation device. For this a new blueprint
option is introduced. The raw image is created from an existing OSTree
commit and embedded into the resulting bootable iso. When booting the
iso the installation will automatically start witout any interaction
from the user.
NB: As with the existing edge installer, support is currently limited
to x86. The new installer also does not support non-uefi boot.
[1] https://github.com/coreos/coreos-installer
Co-Developed-by: Achilleas Koutsou <achilleas@koutsou.net>
Co-Developed-by: Antonio Murdaca <runcom@linux.com>
Add a new param to the helper function creating the grub2 stage, that
indicates whether greenboot should be enabled. So far this is false
for all uses, so nothing should change.
Add an argument to `dracutStageOptions` so that additional dracut
modules can be supplied. Remove `anaconda` from the list of mods
that are included by default, and manually include it for the
anaconda based installer.
Co-Developed-by: Achilleas Koutsou <achilleas@koutsou.net>
Co-Developed-by: Antonio Murdaca <runcom@linux.com>
Add a new `install` option to the `grub2StageOptions` which directly
translates to the `uefi.install` option for the grub2 stage. This
should be false for all existing pipelines, where RPM directly is
used to fill `/boot/efi/EFI/<vendor>`.
Co-Developed-by: Achilleas Koutsou <achilleas@koutsou.net>
Co-Developed-by: Antonio Murdaca <runcom@linux.com>
Should be a pointer otherwise it creates an empty object in the manifest
which makes the stage fail.
Co-Developed-by: Christian Kellner <christian@kellner.me>
When building RHEL for Edge commits and a parent together with an
URL was specified, add a `org.osbuild.ostree.passwd` stage which
then will pre-load the uid/gid database with the data from the
parent commit. This ensures that uids and gids do not change for
the "child" commit.
Running the container on Openshift requires that the process inside the
container run without special permissions.
Switching to nginx and setting the following options that don't require
root privileges:
- Port 8080 (> 1024)
- pid file in '/tmp' instead of the default '/run' path
Also, the log file is chmod-ed to be world writable. Nginx always writes
to the default log file on startup, even if a different log file path is
specified in the configuration.
See rhbz#1945238
Signed-off-by: Achilleas Koutsou <achilleas@koutsou.net>
Change the x86_64-specific dracut configuration of RHEL-8.5 and RHEL-9.0
EC2 and AMI images to not include `xen-netfront` driver and add `nvme`
driver, which was previously not included. Since the configuration is no
longer Xen-specific, rename the configuration file to `ec2.conf`.
Justification:
There is no reason to put `xen-netfront` to initramfs as EC2 images don't
boot from network root. In addition, add `nvme` driver to handle the case
when initramfs is getting forcefully rebuild on a Xen instance (and not able
to boot on Nitro after that).
Related to https://issues.redhat.com/browse/COMPOSER-1096.
Signed-off-by: Tomas Hozza <thozza@redhat.com>
Feodra 34 and thus RHEL 9 switched to a unified grub configuration,
which means that the main grub config is always located in the same
location, /boot/grub2/grub.cfg.[1] osbuild has used this scheme for
hybrid boot on x64 but not on pure efi systems like aarch64. The
new osbuild option `uefi.unified` was introduced to select that new
unified grug cfg scheme also for those, pure efi, systems. Use that.
[1] https://fedoraproject.org/wiki/Changes/UnifyGrubConfig
Devices unlike stage options, shouldn't be stage specific.
There is only one type of device so far, the loopback device, which
is already defined as a separate type.
The top level Devices type is simply an alias to a Device map.
The mkfs stages require a single device with a specific key ("device").
These stages accept only one device in their NewStage() function for
convenience and create the Stage struct with the required key.
The zipl.inst stage requires a device labeled 'disk' as well as the rest
of the devices that correspond to each partition. The disk device is
passed to the New stage function separately and added to the Stage
devices with the required key.
Signed-off-by: Achilleas Koutsou <achilleas@koutsou.net>
Mounts unlike stage options, shouldn't be stage specific. We have
filesystem specific mount types, differentiated by their type string.
Mounts can define their own additional options if necessary.
The top level Mounts type is simply an alias to a Mount array.
Signed-off-by: Achilleas Koutsou <achilleas@koutsou.net>
The `fix-bls` stage supports a `prefix` argument, which was not
supported in composer. Specifying this argument is necessary in case the
`/boot` mountpoint is on a separate partition.
Add the `prefix` argument to the `fix-bls` stage. Amend unit tests.
The RHEL-8.5 and RHEL-9.0 `aarch64` `ec2` and `ami` images use partitioning
with `/boot` on a separate partition. Due to this, the pipeline must specify
a non-default prefix to the `fix-bls` stage.
Signed-off-by: Tomas Hozza <thozza@redhat.com>
Specifying the boot partition filesystem UUID in grub2 stage is required
in case the `/boot` mountpoint is on a separate partition. This is the
case of RHEL-8.5 and RHEL-9.0 `ami` and `ec2` images.
Extend `disk.PartitionTable` with a new `BootPartition` method, which
returns a pointer to partition with FS mountpoint `/boot` if there is
such partition, or `nil` otherwise.
Extend the RHEL-8.5 and RHEL-9.0 code creating options structure for
grub2 osbuild stage to include the boot partition in case it has been
provided.
Signed-off-by: Tomas Hozza <thozza@redhat.com>
