This is a squash of two changes that have unfortunately simultaneously
broken the gate.
The functests are failing with
sha256sum: bionic-server-cloudimg-amd64.squashfs.manifest: No such file or directory
I think what has happened here is that the SHA256 sums file being used
has got a new entry "bionic-server-cloudimg-amd64.squashfs.manifest"
which is showing up in a grep for
"bionic-server-cloudimg-amd64.squashfs". sha256 then tries to also
check this hash, and has started failing.
To avoid this, add an EOL marker to the grep so it only matches the
exact filename.
Change I7fb585bc5ccc52803eea107e76dddf5e9fde8646 updated the
containerfile tests to Jammy and it seems that cgroups v2 prevents
podman running inside docker [1]. While we investigate, move this
testing back to focal.
[1] https://github.com/containers/podman/issues/14884
Change-Id: I1af9f5599168aadc1e7fcdfae281935e6211a597
Currently if no Dockerfile is specified or found, we exit later with
an obscure error. Check this after the element search; if we still
don't have something to build then we can't continue.
Change-Id: Ifb17a0995fab0ccfe7ee08363676c1fa57e37592
'9-stream' was being matched against the regex '9',
causing builds on RHEL9 to try to install C9S RPMs.
We want this the other way so that DIB_RELEASE=9
will not match the regex '9-stream'.
Resolves: rhbz#2097443
Signed-off-by: Lon Hohberger <lhh@redhat.com>
Change-Id: Iefd7c23512c460e33117d12bbc33606134daa9e2
Add a warning in satellite configuration as when no activation_key
is provided and no environment is configured, subscription-manager
might hang as it's prompting the user to provide the missing
parameter.
Change-Id: I9564841ca845eafc2bd39be6b05bef62e8062f28
Due to the referenced inline issue, 9-stream currently fails running
setfiles in a chroot without /proc. Since we want to actually label
/proc, we don't want it mounted. This pulls in the fixed packages to
get things going until the fix is rolled out.
Change-Id: Id41c16130e975779cb70e2ab19807a689450d026
When building an image, say RHEL9, on a host installed with that
same image, you will be blocked from mounting the filesystems to
extract contents, as the host OS kernel will identify the duplicate
UUIDs and error accordingly.
This was previously fixed for the root filesystem, but not the boot
filesystem.
Change-Id: I63a34fba033ed1c459aeb9c201c8821fa38a36e9
the command had one error in it (missing one backslash)
and was rendered wrong, w/o any backslashes at all.
Change-Id: If187f645b818f47d10b602ccee12c29892a8d88d
After some recent reordering[0], the /boot/grub directory isn't created
early enough on Gentoo any more, let us just ensure ourselves that it is
in place when we create the grub config.
[0] I8cb34914bbbfa05521bbb71cc6637368b980358f
Change-Id: I8a84d08c3090e46b00d1d626fb984f66ea33f256
Previously a module version was splitted from the module name:
nvidia, 510.47.03, 5.4.0-109-generic, x86_64: installed
In Jammy it is now a part of the name:
nvidia/510.47.03, 5.15.0-27-generic, x86_64: installed
Assuming the fact that it would be threatted as a path this change
doesn't brake anything which was working before. But at the same
time it allows to pass last step where dkms is requested to build all
modules.
Change-Id: Ic1bb2b45f9db906b64ca03ae5c4e05b2114f2a74
It may happen a base image has an edited version of cloud-init
"cloud.cfg" that prevents the host keys to be generated.
While it didn't represent an issue with older releases of cloud-init,
starting cloud-init-22 this isn't true anymore.
Before that release, an sshd-keygen@.service was present and called by
sshd-keygen.target (which was called by sshd.service), and we ended up
with ssh host keys in any cases - either generated from cloud-init, or
generated by sshd-keygen.service.
But cloud-init-22 introduced an edition to the sshd-keygen.service,
making it check for the presence of cloud-init service, and preventing
this sshd-keygen to kick in this case.
So we'd better ensure cloud-init is able to generate the keys, else
we'll be in a bad state, since it's instructed to remove the ones
present.
Closes-Bug: #1971751
Change-Id: I37b2f3e9d57a86544ef14e74a4a927309c18bbf0
This adds arm64 ubuntu-minimal Jammy functests and x86 ubuntu image
based Jammy functests. To make this happen we have to install
debootstrap from debian unstable on the functest nodes in order to get
access to a debootstrap that knows what jammy is.
As we ramp up Jammy support in our tools having good testing will be
helpful.
Change-Id: I1d1dc752ce176457d0656cbd50e27a2721ca9856
This makes 03-reset-bls-entries consistent with rhel so that the glob
match is *.conf, and a check is added to ensure that a rename is
actually required.
Change-Id: I4adff43cf7d4f31d939e6ddf37ac8d162ccd0db7
This reverts commit 8401290976.
We are reverting this because some users may want to use predictable
device names and may not even use Debian. However, after some
investigation we have found a couple of bugs in dhcp-all-interfaces on
Debuntu distros. The parent change corrects those bugs. Additionally new
Linux kernels emit "move" events to udev when interfaces are renamed to
their predictable name. Support this "move" in the dhcp-all-interfaces
udev rules. Making these changes appaers to produce functional images
for Debian users using predictable device names. If predictable device
names are not desired turning them off is straightforward and release
notes are updated to give users the info they need to do that outside of
this element.
Change-Id: I125f1a0c78a103b51bda961528c3e66c345bf604
Co-Authored-By: Clark Boylan <clark.boylan@gmail.com>
Signed-off-by: Maksim Malchuk <maksim.malchuk@gmail.com>
There are two issues with dhcp-all-interfaces on debuntu interfaces
addressed here. First is the path to dhclient lease files is
/var/lib/dhcp not /var/lib/dhclient. Second there is a missing newline
in the ENI interface file which causes a parse error.
Change-Id: Ice83e0d49a4234301dc12daf828ba80fef414cdb
I just saw in the trace output of a failure
> grep -o 'CentOS-.[^>]*GenericCloud-.[^>]*.qcow2'
> sort -r
> head -1
sort: fflush failed: 'standard output': Broken pipe
sort: write error
i.e. the "head -1" has exited after reading one line, but "sort -r"
still wants to write and thus has hit a pipe failure, and because we
run with "-o pipefail" this has halted the script.
This seems like it has been there more or less forever, maybe we just
got lucky hitting it now? Anyway, we can work around this by using a
process substitution and passing the output of this into head, this
way we won't hit a pipe failure.
I also updated the fedora path as it does the same thing.
Change-Id: I44d97e5bb31702aacf396e0229329a2ef9c64f2f
We've not really been using the Focal containerfile, as we move
forward jammy is a better choice for keeping stable as we might find
some new users for it.
Also add binutils to bindep for native bullseye builds (see
Icb0e40827c9f8ac583fa143545e6bed9641bf613)
Change-Id: I22ebe2bbccaec34180e58996b21e47bfc4f36055
03-reset-bls-entries was previously a pre-install script to run after
the machine-id was set, but a new kernel may be installed during the
install phase, which will install another bls entry file with a
filename which differs from the machine-id.
This means this package installed bls file won't be updated when
grub2-mkconfig is called, resulting in incorrect kernel args and boot
device in the entry file that will get booted by default.
By fixing the filenames after the new kernel is installed,
grub2-mkconfig will update the bls file that actually gets used on
boot.
Change-Id: I653bef9638e38ded68458fd40d90e30e5206caad
According to the systemd documentation[1], if /etc/machine-id is empty
it will be populated with a unique value, but not in a way which
triggers an actual first boot event (running units with
ConditionFirstBoot=yes set)
This change writes "uninitialized" to /etc/machine-id to ensure that
systemd-firstboot.service actually runs, and other units can use
first-boot-complete.target as a dependency to trigger on first boot.
Since /var/lib/dbus/machine-id is sometimes a symlink to
/etc/machine-id, it is truncated before writing to /etc/machine-id.
On older versions of systemd before first boot semantics were
formalised, any non-uuid value will trigger a new machine-id to be
generated, so "uninitialized" also works.
[1] https://www.freedesktop.org/software/systemd/man/machine-id.html#First%20Boot%20Semantics
Change-Id: I77c35e51a3da2e8a6b5a2c80d033a159b303c9af
This started a long way from here, when I noticed that "top" on centos
9-stream images wasn't working because ncurses-base wasn't installed.
This led me to the extant install of bash/glibc/ncurses-libs from
Iecf7f7e4c992bb23437b6461cdd04cdca96aafa6. However it didn't really
explain why these are brought in here.
Reading further it became clearer that over the years of distribution
additions, Fedora updates, etc. this has grown into a bit of a mess.
Refactor the release package installs into a more logical flow,
pulling out checks/comments for Fedora's of ancient history, etc.
Remove the 9-stream package installs; this isn't the place for them,
and the should be brought in by the base packages.
Ultimately, this is intendend to a be a no-op refactor.
Change-Id: Ie7d9a6497d0d20a3303ec0da3d0668c74efa2c3d
The recent git ownership-checking changes (see related bug for full
details) mean we can not run git in non-owned directories.
We have a couple of cases here where we have done a "pushd" to work in
the REPO_DEST context; this is the destination directory that is
inside the chroot so needs to be operated on as "root" (via sudo
calls). This certainly makes sense -- but given the new way of things
it can hide what context each call is working in, which is now very
important. Previously this worked because you could read it; now it's
doing the UID check too, calls in here without sudo now fail.
Remvoe the pushd's and make every call that works in REPO_DEST
explicit with -C, and add sudo calls around it.
Change-Id: Id1f6bd94c9c77ef6ab2b562a7e0bc48f749c58ac
Related-Bug: https://bugs.launchpad.net/devstack/+bug/1968798
The bootloader element installs the grub bootloader for whole-disk
images, but it also correctly sets values in /etc/default/grub and BLS
entries.
This value setting is useful even if the bootloader isn't installed.
For example, the overcloud-full partition image benefits from a
correct /etc/default/grub and BLS entries which ironic-python-agent
will use when it installs grub on the disk during baremetal deploy.
This change moves the actual grub install to the end of the script,
and if there is no $DIB_BLOCK_DEVICE set then install is skipped.
This allows overcloud-full to use the bootloader element instead of
the grub2 element, so the correct grub defaults are set on centos9,
including the correct root device on centos9.
Change-Id: I8cb34914bbbfa05521bbb71cc6637368b980358f
