A recent change that didn't fail with hard-tabs made me realise we're
not running tox -e pep8 ... which means we're not running dib-lint
which should find this (and other things).
I couldn't pinpoint when this happened; maybe job config was never in
this repo.
Anyway, move the pylint and dib-lint/flake8 testing to the now
standard "linters" and update the linting job to
openstack-tox-linters.
It looks like pylint is very lightly used (came in with
I7e24d8348db3aef79e1395d12692199a1f80161a and we've never expanded any
testing). Leave this alone for now, but probably it is not important
any more.
This revealed some issues; updated flake8
(Iaa19c36f8cab8482a01f764c588375db8e7d8be3) found some spacing issues
with keywords and an update to elrepo to match our standard bash
flags.
Change-Id: I45bf108c467f7c8190ca252e6c48450c2622aaf8
Starting with Fedora 36 the NetworkManager package no longer includes
ifcfg support by default. You need an additional package
"NetworkManager-initscripts-ifcfg-rh" to pull in the compatibility
plugin. Glean's support for Fedora relies on this compatibility system
so we install this package via the simple-init element package deps.
Change-Id: I76ac39b8dedcb1c5bc4595aedc0a732c99c8721e
This change enhances the growvols script to support all volumes being
backed by one thin provisioning pool.
If a pool is detected, the following occurs:
- validation to confirm every volume is backed by the pool
- only the pool is extended into the new partition
- volumes are extended by the same amount as the non thin-provisioned
case
This results in no volumes being over-provisioned, so
out-of-space behaviour will be the same as the non thin-provisioned
case.
This change also switches to using /dev/mapper device mapper paths for
volume block devices, since that is the only path the thin pool is
mapped to.
Change-Id: I96085fc889e72c942cfef7e3acb6f6cd73f606dd
It turns out we do need to create the machine-id for the same reason
as on 8. This was being hidden by the bootloader choosing the root
disk label from the host (see the dependent change).
Change I3b518802d681b888916a5cc6a3dcf7e1b537da1e has modified the
testing to use a different root-disk label, which should help catch
this in the fututure.
Depends-On: https://review.opendev.org/c/zuul/nodepool/+/853574
Change-Id: I64de66cac25fd2e051780fb4812e075c647eb76e
openEuler 20.03-LTS-SP2 was out of date in May 2022. 22.03 LTS
is the newest LTS version. It was release in March 2022 and
will be maintained for 2 years. This patch upgrades the LTS
version. It'll be used in Devstack, Kolla-ansible and so on
in CI jobs.
This patch also enables the YUM mirror to speed up the package
download.
Change-Id: Iba38570d96374226b924db3aca305f7571643823
Somewhere between the upstream container
rockylinux/rockylinux:8.6.20220515 and the latest release, systemd
started to be pre-installed in the container.
With <= 20220515 installing the kernel-core package would end up
pulling in systemd. As part of the systemd package installation, the
/etc/machine-id file is created and populated.
The kernel package post-install steps install the kernel with
/bin/kernel-install; this is responsible for copying the kernel
binaries into /boot. It does this based on the machine-id, and it
seems its failure case with a blank machine-id is to simply skip
copying the kernels into /boot. To compound this problem, it seems
our bootloader installation doesn't notice that we don't have a kernel
installed, so we end up building an unbootable image.
Testing is/was showing us this; but as rocky is non-voting and this
occured at a random time (rather than in response to a dib change) I
think it slipped by us.
To work around this, create the machine-id early in the container. We
already have paths that remove the machine-id from final images.
Change-Id: I07e8262102d4e76c861667a98ded9fc3f4f4b82d
I think that generally this is a lot of noise in the logs, as the
internals of cache-url is well tested, so we don't need to trace log
by default.
Change-Id: I25b5a1ec0d8f99691b2b4b62b9fdd537e5a773e4
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
Gentoo can manage python versions itself. Before this commit users were
forced to set python versions themselves. Now they have the option to
set it if they wish.
The workaround needed for git is also no longer needed, so it's been
removed.
Change-Id: I06b259ef73a40df6b8ab92a5b424bffcf4ef764d
Signed-off-by: Matthew Thode <mthode@mthode.org>
All indication in CI is that Centos Stream9's use of dhclient
appears to point to compatability issues when interacting with
dnsmasq. However, this doesn't appear to be the issue with the
internal dhcp client. As such, lets constraint the RH default
so that it no longer applies to Centos 9-stream.
I've also added a documentation entry for DIB_DHCP_CLIENT which
was previously undocumented.
As an aside, I've already reached out to RH's NetworkManager team
regarding this, but root cause is not entirely understood at this
point.
Change-Id: I235f75b385a8b0348c8fe064038c51409f8722c4
Story: 2010109
Task: 45677
Creating a separate /boot partition is desirable in some cases[1].
This change detects if /boot is a partition, and ensures that the
kernel/ramdisk paths are correct in either case. This is applied to
all BLS entries files, whether they were generated by the previous
grub2-mkconfig call or in the source image.
This means the rhel9 specific workaround can be removed since all
paths are now normalised at this stage.
[1] https://review.opendev.org/c/openstack/tripleo-image-elements/+/846807
Change-Id: I62120ec8c65876e451532d2654d37435eb3606a6
Resolves: rhbz#2101514
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
