When the image definitions were updated to the new framework, I failed
to update the dracut modules for Anaconda installers to match the
existing ones.
The changes in the manifest are at commit
c4af0a1886.
The nvdimm module and the additional drivers were removed.
The nvdimm module in particular is required for http boot but should
only be specified for RHEL 9. In RHEL 8 it is part of the default set
of modules.
See 02bb7a0b4f and
dc95382ba3 for the original commits that
introduced these changes.
Similarly to the change made for rhel9, adding the sos package
gives users a built-in way to gather system logs and debug info.
Signed-off-by: Irene Diez <idiez@redhat.com>
Adds the sos package to the edge commit package set so that
users have built-in way to gather system logs and debug info.
Signed-off-by: Irene Diez <idiez@redhat.com>
The previous error didn't make it clear where the issue was coming from.
Now it explains that the problem is that a partition table for a given
architecture isn't specified on the image type.
The RHEL 7 images need to enable the force_autorelabel option for the
SELinux stage in osbuild. This option should almost never be used but
it was added specifically for RHEL 7. With the rewrite to the new
definitions and the sharing of pipeline code between all distros, we
need to add support to all stages of the pipeline generation to be able
to enable it.
The RHEL 7 vpc subformat in qemu does not support force_size so we need
to be able to disable it. The parameter in all parts is defined as a
pointer because the default value is 'true'. Not specifying it will
keep the option in the osbuild stage as 'nil', falling back to 'true' in
osbuild.
Older OS versions (RHEL 7) with older versions of grub2 don't support
BLS entries. Setting NoBLS to true configures the bootloader with
traditional menu entries through the grub2.legacy osbuild stage. This
requires specifying extra information for the OS to the pipeline:
version, product, and nick.
Add the partition tool as an option on the Raw pipeline. Set it to the
old value (sfdisk) by default.
Expose the option up through the liveImage image kind so that the
distribution can set it if needed.
For RHEL 7, set it to sgdisk.
- Replace Manifest() and PackageSets() imageType methods with (adapted)
copies from RHEL 8.
- Replace pipeline functions with liveImage image function.
- Specify xz compression for Azure RHUI.
- Add similar package name overrides as we did in RHEL 8. For RHEL 7,
we need to modify the capitalisation of python3-pyyaml.
Moved the qcow2 image type definition to the top of the file for
consistency with the other image type files.
Separated the default image config struct from the base image type
definition to make it easier to read.
Moved the Azure image type definition to the top of the file for
consistency with the other image type files.
Separated the default image config struct from the base image type
definition to make it easier to read.
Update the implementation of the distro.Distro interface to match the
one in RHEL 8, 9, and Fedora. The main change is that the runner is a
runner.Runner and not a string.
The runner name is now rhel79 (changed from rhel7). This is
functionally equivalent based on osbuild's runner version fallback
logic.
The qcow2 image type for RHEL 7 doesn't have packageset chains defined.
This means that the blueprint packages are never merged into the os
pipeline.
This is unnecessary right now because of the upcoming rewrite, but it
will minimise the differences that will show up in the manifest.
The qcow2-customize manifest has an added block of options for the
grub2.legacy stage because now the dracut-config-rescue package is being
installed in the image.
Azure RHUI and BYOS images use the respective BYOS / RHUI default image
configuration, inheriting the defaults from a common configuration. The
Azure SAP RHUI image was incorrectly using the common configuration and
was not inheriting any settings from the RHUI configuration. As a
result, the Azure SAP RHUI image was missing the following
configuration:
- Required GPG keys were not imported from the file system as part of
image build.
- No RHSM configuration was applied at all.
Add "Rhui" to the image type definition, to make it explicit that it is
RHUI-based. Make sure that the image type default configuration is based
on the common RHUI configuration. Regenerate affected image manifests.
Signed-off-by: Tomáš Hozza <thozza@redhat.com>
Every image type defines a list of build pipeline names and a list of
payload pipeline names. These should match the names of the pipelines
that will exist in the manifest when it's generated. They should match
exactly, otherwise issues can occur when reading the metadata from an
osbuild result. The cloud API needs to know the names of the pipelines
and specifically the name of the build pipeline and the payload pipeline
in order to differentiated between build and payload packages in the
metadata.
This new test generates every manifest, parses it into a minimal struct,
and compares the pipeline names with the ones reported statically on the
image type definition.
Image types no longer report their chains. Instead, pipelines report
their packages and chains and blueprint packages are added to the
workload.
The distro.ImageType interface retains the PackageSetsChains() methods
for RHEL 7 until that is rewritten as well.
The osbuild-dnf-json-test doesn't use the PackageSetsChains() method
anymore. Instead, since it only test the centos-8 qcow2 image, it
hardcodes the expected package set names.
The python3-toml package is called python3-pytoml in RHEL 8, so the name
must be replaced before depsolving. The package is defined in
manifest/os.go which does not have access to the distribution name or
version.
This solution is a temporary workaround. The future solution should
depend on distributions resolving package names based on required
features.
Using the same pipeline functions as Fedora and RHEL 9 and copied the
image function from RHEL 9. The most notable change is the replacment
of the deprecated bootiso.mono stage with the more granular stages, just
like with the image installer.
Using the same pipeline functions as Fedora and RHEL 9 and copied the
image function from RHEL 9. The most notable change is the replacement
of the deprecated bootiso.mono stage with the more granular stages.
Using the same pipeline code as RHEL 9 and Fedora introduces the
following changes to the image:
- ostree.config: moved and uses the stage mount instead of the old
stage-specific options.
- lock root password like we do in Fedora and RHEL 9.
- set keymap to us and locale to C.UTF-8 like in Fedora and RHEL 9.
- grub2 contains kernel options and unified set to true. This stage
also now uses the ostree mount options to set up the deployment when
running.
The gceX86 platform embeds the X86 platform and overrides the
GetPackages() method to exclude the grub2-pc package.
The gce image is built as UEFI only, does not include 'grub2-pc', but we
enable BIOS in the platform config for all the other side-effects: grub
config options and grub2.inst stage.
See the image type documentation for more information:
d12d9674d6/image-types/rhel8/google-gce.md (rhel-8-byosrhui--rhel-9-byos-image-differences-compared-to-googles-image)
Add image, environment, and compression to the imageType struct.
Define two new methods: PackageSetsNew() and ManifestNew()
These get called by the corresponding base methods PackageSets() and
Manifest() when imageType.image is defined. They will serve to
transition images to the new framework while also supporting the old
until all image types are updated.
Continuing image type splitting.
Constructor for qcow2 type requires the distribution object to determine
whether to add RHSM to the image config (RHEL only).
