We need to update the base reference platform we perform the
functional tests on. Debian bullseye seems like the best choice -- it
is recent enough to last for a while, and will match the
nodepool-builder container environment.
Depends-On: https://review.opendev.org/c/zuul/zuul-jobs/+/814088
Change-Id: Ic68e8c5b839cbc2852326747c68ef89f630f26a3
I'm not aware this element is used/was ever used. It hasn't ever been
updated to Focal. To reduce our testing footprint remove this test,
and note in the element its probably broken.
Change-Id: I17cd3b13948287fe78990cfbe16a22919a329ba9
This reverts commit 1f4fb1d7a5.
This unfortunately wasn't actually tested. Because the image-based
tests run sequentially, a prior failure in the centos-8 job meant the
ubuntu job never ran.
This is failing with
10-cache-ubuntu-tarball: line 28: DIB_LOCAL_IMAGE: unbound variable
There is also a seemingly unused variable DIB_IMAGE_LOCAL_FILE; I'm
not sure what this is doing.
For now revert, and it can be re-proposed with appropriate testing.
Change-Id: I0f3897c90dc863ee04c3295b9cb094f02d8658e3
It looks like upstream have changed this line to "download.example",
breaking our subsitution. Let's do a generic match.
Change-Id: I8e443022a5f239b98ccefe73a9abf8cf259dc8e9
Patch allow to set path for local image source,
instead download latest or use the cached image.
This permit to build image also in environment without internet access.
Change-Id: I9422e21c5d0445e31d5a7258aa7310b20e39b929
A custom yum repository can now be configured by defining
`DIB_YUM_REPO_PACKAGE` as a yum available package or a URL to an rpm file.
This package can install repo files with any associated keys and
certificates.
A good example of such a package upstream is rdo-release[1] which
includes multiple repo files, the repo keys, and a root certificate.
This makes these repos impractical to install via DIB_YUM_REPO_CONF.
Downstream, repo packages like this a frequently used to bootstrap
development builds of RHEL with development repos.
[1] https://www.rdoproject.org/repos/rdo-release.rpm
Change-Id: I2832e723998c9bd7635cdf7541a4c20eff6294d2
Fedora 30 and RHEL-8.2 onwards support the Bootloader Spec and use grubby
to manage kernel menu entries and kernel arguments.
https://fedoraproject.org/wiki/Changes/BootLoaderSpecByDefault
This change detects if this is a BLS enabled environment, and uses
grubby to set kernel arguments on all kernel entries if it is.
Change-Id: I2701260d54cf6bc79f1ac765b512d99d799e8c43
If the grubenv is regenerated, its changes won't be available to UEFI
boot systems unless the changed grubenv is copied to the EFI
directory.
This change copies the grubenv to the EFI directory when the grub.cfg
is copied.
Change-Id: I512502117a6bf1e6122fdfd8965ca488b4a5bae4
Debian stable security repos is now stable-security, as well as other
versions.
Move the Debian bullseye job from experimental to non-voting check.
Change-Id: I451cacda6573727de9448b5857bed5181850b4ad
The latest Debian bullseye release doesn't provide yum any more, only
DNF. This breaks the minimal builds that are using on-host yum tools
to start the chroot. Probe for yumdownloader, and if it's not there,
use DNF.
Note this requires "dnf download" which may not be packaged. See
I21cfbd3935e48be4b92591ea36c7eed301230753 for a sample work-around
that installs this plugin in the nodepool-builder container.
Change-Id: Ia7f1e4d115cc67c378d865d91af94a07b8cdc6cc
Add openeuler-minimal element and add CI functional tests for both
x86_64 and arm64.
OpenEuler is an open source community driven YUM/DNF distro like
Fedora. It references Fedora and CentOS a lot for the rpm packages
building. So somewhat it can be treated as a redhat family distro
and reuse the YUM/DNF related elements to help build openEuler images.
For more info about openEuler, see: https://openeuler.org/en
Depends-On: https://review.opendev.org/c/zuul/zuul-jobs/+/803413
Change-Id: I3e06e49b524364c3a4edeba8bce7a8c06b9c7b76
This change permits the yum-minimal element to be used in downstream
custom distributions, which may have additional packages containing repo
config or GPG keys needed.
This could also be utilized at a later time to move the
distribution-specific logic in this method to each distribution element
separately.
Change-Id: Ic1434bb2fe7301086cf11ba6bd7f2ee187c5e6c8
The following two channels were migrated to OFTC.
#tripleo
#openstack-dib
Also, the following channel was migrated to Libera Chat[1].
#opensuse-cloud
[1] https://en.opensuse.org/openSUSE:IRC_list
Change-Id: Ia4c729a8d284bbfcbdb3b8621ae29d9be57886f5
Add dnf-plugins-core to the package-installs; this lets things like
"dnf copr" work automatically and is in-line with fedora-minimal base
packages. While we're here, clean up some unneeded packages, and
remove the pkg-map that isn't relevant for Fedora builds.
Change-Id: Iad5a4717bcb55928377cc159b3360b0a70c5c5ac
As noted inline, this works around potential issues by being a strong
indication you are in a container (e.g. [1]). Since nothing should be
changing anything on the host/build system, this is a generically
safer way to operate.
[1] https://bugzilla.redhat.com/show_bug.cgi?id=1975588
Change-Id: Ic6802c4ffc2e825f129af10717860a2d1770fe80
There is currently no automated way of growing LVM volumes on boot
like single partition images do with their growroot mechanism. This
lack likely contributes to LVM not being widely used on VM and
baremetal workloads, since growing to the full disk requires workload
knowledge to determine which volumes to grow and by what amount.
The growvols element contributes a growvols python script which can be
run on firstboot (via systemd or cloud-init) or manually via
automation such as ansible. It is also an interactive script which
displays the full list of modifying commands before prompting for
confirmation to run them all.
By default the script will grow the root volume, but arguments allow
any volume to grow by a specified amount, or a percentage of the
available disk space.
Blueprint: whole-disk-default
Change-Id: Idcf774384e56cce03e56c0e19c7d08a768606399
curl's "-v" is a bit too verbose for "-x", especially when what you're
downloading bounces through a few redirects as is common. Turn this
down and put it behind "-xx" or greater.
Change-Id: I6d91166bb237f2a1818cae7532e794ef0f01288b
Element block-device-efi-lvm has been added which is like
block-device-efi but defines an LVM logical group in the root
partition. Three logical volumes are defined in that group, mounted to
/, /var, and /home.
This volume layout will not meet all requirements, but this is more of
an example demonstrating the capability to encourage more usage of
this existing feature.
This is based on the overcloud-partition-uefi element in
tripleo-image-elements, and I believe this capability is too useful to
have the only working example buried in a related project repo.
This change also fixes the element string matching in
_arg_defaults_hack, the 'vm' test was also matching against 'lvm' and
'block-device-efi-lvm' elements. Also the 'block-device-' test now
properly tests for this being the prefix of the block-device element.
This change also makes block-device-efi fsck-passno compliant with the
documentation[1] so that / has value 1 and all other mounts are set to
2.
[1] https://www.man7.org/linux/man-pages/man5/fstab.5.html
Change-Id: If86a0e49186ce5a65cc0084101d31ce59a97b854
Blueprint: whole-disk-default
The bootloader element uses the grub-efi-$arch package to remove already
installed packages (for redhat). The uninstall of a non-installed
package fails with a non-zero exit code on gentoo. The gentoo base
tarball does not include a bootloader and the grub-efi-$arch package is
only used for uninstalls, so zero out the variable to allow bootable
images to be generated.
Change-Id: If8572abd6e19a02f2f63b33d4f83a7054774d7e6
Signed-off-by: Matthew Thode <mthode@mthode.org>
This is a first pass through the bootloader, that removes the extlinux
and syslinux install/cleanup path.
Change-Id: Ifb107796cdb6748430a124bf13ced93db9689bff
As noted inline, the switch to "boot loader spec" grub entries breaks
our setting of the root device. This happened some time ago, and it's
not 100% clear to me why our existing Fedora builds haven't broken on
this. However, the new containerfile based builds do seem to be
hitting this.
Disable it for now.
Change-Id: Ia3472947799bb35ffccfa92937cdd0d68b12a25c
Fedora cloud images have sub-releases in their filename. It is not
exacly clear how this is generated but we do know how we can determine
the greatest programatically.
Change-Id: I7fc56897c681fe037db211c290edcdd23cdd5d5b
This makes the container file element search the active element list
for `containerfiles/${DIB_RELEASE}` for building. This makes it easy
to write wrappers for ubuntu/fedora/etc. containerfile elements.
Change-Id: I68f1d928e54a70bad76985ddd3e156bb5f978b0d
This is a base element which uses a containerfile (Dockerfile) to
build a container image, then the filesystem is extracted from that
image and forms the root of the dib image.
You can add as little or as much to the dockerfile as desired.
Change-Id: I4e821aa2ce7feb8841ef31da56de1a31aa9218b5
With the release of Debian bullseye and later, security updates are
provided in the bullseye-security suite instead of bullseye/updates.
Change-Id: I63580ec96a53e5e8ef8d105e766d838029727917
Currently Debian sets /etc/debian_version to "bullseye/sid" and, due
to a series of issues explained in [1] more fully "lsb_release -c" in
the OpenDev environment doesn't return the distribution code name.
Overriding this to the final release version fixes this.
[1] http://lists.opendev.org/pipermail/service-discuss/2021-April/000222.html
Change-Id: I00c1741dac6ad5f2c4bf855a207f17d8985bc763
Some older distros (like centos8 and xenial) don't support SNI in their
easy_install implementations which are used to install setup_requires
for python packages. PBR is a setup_requires for glean. We work around
this problem when installing glean by preinstalling PBR with pip.
Change-Id: Ie9f5c9ed06954cbe51f23fe8cca0655a931a5201
The rhel-8.4 qcow2 base image already has the grub2-efi-x64 package
installed on its single partition which has files installed to
/boot/efi..., however a partitioned image will have an empty /boot/efi
partition when running 50-bootloader. This means dnf will not install
grub2-efi-x64 when requested and /boot/efi will remain empty.
This commit makes the following changes:
- Refactors redhat bootloader pkg-map for the following:
- Make x86_64/amd64, arm64/aarch64 adjancent so they don't diverge
- Map grub-efi to packages installed to /usr
- Map grub-efi-{arch} to packages installed to /boot/efi
- Removes packages grub-efi-{arch} before installing grub-efi and
grub-efi-{arch}
Change-Id: Ia197feea34f43bd870fed30829b740596e6b2f48
https://review.opendev.org/c/openstack/diskimage-builder/+/785138
adds the support for DIB_DNF_MODULE_STREAMS which is now available
for all Yum based distros.
This patch enhances the docs for using it for all Yum
based distributions.
Signed-off-by: Chandan Kumar (raukadah) <chkumar@redhat.com>
Change-Id: I29e726679c2b675b3c0cd95a3ff48fdad7cd5431
We've noticed that centos8 arm64 images have a root devices of
/dev/mapper/loop7p3 which make sense within a dib image build context
but not at boot time. Dib intends to use labels to set the root device
but when efi is used we end up running grub2-mkconfig against the efi
grub config path before we configure grub to use labels.
Fix this by running grub2-mkconfig after its configuration is set.
This should avoid confusion and complicated paths through the scripts
that configure this for us. We then copy the resulting config to the efi
specific grub.cfg location for platforms that have it.
There is also a small refactoring that is done to try and make the ~3
boot variants more clear:
1) Booting with legacy bios
2) Booting with uefi without a signed shim that directly calls grub
3) Booting with uefi and a signed shim that calls grub
Options 1 and 2 share the /boot/grub*/grub.cfg file. Option 3 needs its
grub.cfg to live alongside distro specific efi target.
Change-Id: Ie9790da9d1bbea58197b37b15a48e77f8a93c1ac
While building cloud images, it is common to set modules
for CentOS and RHEL images. Earlier it was part of rhel-common
which was specific to RHEL OS not for CentOS. Moving it
under yum element as module/stream can be enabled or disabled
via dnf itself.
Signed-off-by: Chandan Kumar (raukadah) <chkumar@redhat.com>
Change-Id: Idc0f277f97e92e4d003f059f01b59f1b5513da34
open-iscsi and open-isns need keywording to support gcc-10, move it out
of being keyworded only for musl profiles.
remove unneeded keywords for python-exec and python-exec-conf (marked
stable)
use the full package name for the dev-lang/python-exec-conf package
Change-Id: I44eaf8c2230e9e2089a72fce46954f4336626843
Signed-off-by: Matthew Thode <mthode@mthode.org>
As of grub2 >= 2.02-95 on redhat family distros, calling grub2-install
on an EFI partition will fail with: "this utility cannot be used for
EFI platforms because it does not support UEFI Secure Boot."
This version of grub is now in centos8-stream and non-eus repos of
RHEL-8. It is not currently possible to build whole-disk UEFI images
on these distros, and when this package is promoted this will also
affect centos8 and RHEL-8 eus. The grub maintainers made this change
because the grub2-install generated /boot/efi/EFI/BOOT/BOOTX64.EFI
will never be capable of booting with Secure Boot.
This change defines a $EFI_BOOT_DIR for every distro element. When
directory /boot/efi/$EFI_BOOT_DIR exists a grub.cfg file in will be
generated there. This change also installs the shim package on redhat
family distros, which installs a copy of the shim bootloader to
/boot/efi/EFI/BOOT/BOOTX64.EFI. Using centos as an example, this
allows UEFI to boot the shim /boot/efi/EFI/BOOT/BOOTX64.EFI which
then chains to /boot/efi/EFI/centos/grubx64.efi.
If /boot/efi/$EFI_BOOT_DIR doesn't exist (such as for Ubuntu,
/boot/efi/EFI/ubuntu) the current behaviour of running grub-install to
generate /boot/efi/EFI/BOOT/BOOTX64.EFI will continue. For distros
such as Ubutnu where packaging does not populate /boot/efi/EFI/ubuntu
with .efi files, secure boot can be added in the future by copying
.efi files to /boot/efi/EFI/ubuntu and copying the shim file to
/boot/efi/EFI/BOOT/BOOTX64.EFI.
Change-Id: I90925218ff2aa4c4daffcf86e686b6d98d6b0f21
The path for get-pip.py script in version 3.5 has been changed
with this commit [1].
[1] 2360f025eb
Change-Id: Ifde16e40b4e241c6c4c93df44330c403ee903e6f
As of grub2 >= 2.02-95 calling grub2-install on an EFI partition will
fail with: "this utility cannot be used for EFI platforms because it
does not support UEFI Secure Boot." In the case of ironic deployments,
ironic-python-agent will call efibootmgr to set the local boot for
subsequent boots.
This change adds efibootmgr to the image as well so any other UEFI
menu changes can be made manually.
Change-Id: I765ded15da07d6227d1e337960e54ad0e0d6ca39
The python3/python3-pyyaml packages both are never installed and dnf
itself never updated when $DIB_DISTRIBUTION_MIRROR set and used.
This change fix the order of the operations:
1. yum/dnf configure.
2. *.repo patching.
3. yum/dnf update/install execution.
Change-Id: Ifbbf1f0190fe8c8a77fb3be820e8056447e755f6
Signed-off-by: Maksim Malchuk <maksim.malchuk@gmail.com>
The trvial fix allow override to work in air-gapped envirments where
the command 'curl -s https://cloud.centos.org/...' would fail.
Change-Id: I84296d8816042e4cd4cb02f15746b86d600d13d6
Signed-off-by: Maksim Malchuk <maksim.malchuk@gmail.com>
Use the actual virtualenv to install proliant tools, and make sure the
dependencies needed for sum firmware upgrade are included.
Change-Id: Ie1dbb868450918567b2903cdeccda35af1904417
Closes-Bug: #1916346
This PR updates locations for files used by the bootloader depending on
the target operating system built. The current logic does not take into
account latest versions of operating systems and makes it impossible to
build ISOs against those.
With this change it is possible to correctly build CentOS 8, Ubuntu
18.04 and Ubuntu 20.04 images.
Closes-Bug: #1916913
Change-Id: I3ed0041640f539e82805d03ba26fe46217f3ac3c
