As described inline, NetworkManager and dhcp-client make up the basic
networking for centos 8 installs; bring them into the base image.
Although in infra we then use simple-init, some other users find this
helpful.
Change-Id: Ib9f32e73bf9109cc1b659fe1deceb1a15301ffeb
By default network-scripts package isn't installed, so the directories
for these files don't exist either. Skip by default for Centos 8.
Change-Id: I194ec3735e17f27e586386541dc51f775b01e510
Use the wrapper calls from Ia267a60eecfa8f4071dd477d86daebe07e9a7e38
to install glean.
Using this wrapper means we cover all cases without more and more
branches; it should work for python2, python3 and also the special
case of RHEL/CentOS where dib-python points to the special
/usr/libexec/platform-python (which is python3.6 with inbuilt pip)
Change-Id: If624e8bb66ce0761fc0d5f34c2bed8b93a7daeee
NetworkManager with simple-init has proven to be stable in OpenStack
infra, switch to it by default for CentOS and Fedora. For CentOS 8
and Fedora, add a check to make it the only option. Thus only CenOS 7
remains optionally using the legacy scripts; this is likely not used
anywhere (infra is really the primary user, where NetworkManager is
already used); we can likely remove this variable (and hence path) in
a future cleanup.
In the setup, remove rhel7 element which was never really tested.
Reorganise the fallthrough to call out the default paths as doing
nothing.
Change-Id: Ic996956da4b85f7d95179b8df9881d5f52c091af
Currently, the serial console is hardcoded to ttyS0 in the bootloader
element. This is a challenge for users that want to build images for
some baremetal servers. Supermicro servers, for example, use ttyS1 for
the serial over lan interface.
This patch adds a new environment variable DIB_BOOTLOADER_SERIAL_CONSOLE
that can be set to override the default.
Change-Id: Ie8173be8690ac0b7164ce9e5b66d3c1c18f844d6
Add option to set the security mirror URL independently in the
debian-minimal element, since this can not be overriden by the
standard DIB_DISTRIBUTION_MIRROR variable.
Change-Id: I145844a410d06a479e68db1bf6d5d0159389305c
As described inline, deprecate the "source" install for CentOS 8.
Overwriting the packaged tools has long been a pain-point in our
images, and the best outcome is just not to play the game [1].
However, the landscape remains complicated. For example, RHEL/CentOS
8 introduces the separate "platform-python" binary, which seems like
the right tool to install platform tools like "glean" (simple-init)
with. However, platform-python doesn't have virtualenv (only the
inbuilt venv).
So that every element doesn't have to hard-code in workarounds for
these various layouts, create two new variables DIB_PYTHON_PIP and
DIB_PYTHON_VIRTUALENV to just "do the right thing". If you need is
"install a pip package" or "create a virtualenv" this should work on
all the platforms we support. If you know more specifically what you
want (e.g. must be a python3 virtualenv) then nothing stops elements
calling that directly (e.g. python3 -m virtualenv create); these are
just helper wrappers for base elements that need to be broadly
compatible.
[1] http://lists.openstack.org/pipermail/openstack-infra/2019-September/006483.html
Change-Id: Ia267a60eecfa8f4071dd477d86daebe07e9a7e38
Don't install the "yum" package, which is a backwards compat around
dnf. With 687003f we should not need the backwards compat links any
more.
Add libcurl to avoid conficts with in the curl "-minimal" packages
that happens on CentOS 8. But skip it on Fedora, because it seems to
create more problems there (not going to pretend it isn't all a
hack ... but it seems to work).
Change-Id: I1de2703eb5075a0a22837b6898bd8eb960d080dd
A few places we either assume centos uses "yum" directly, or have
switching based on the distro type.
In both cases, we can use ${YUM} directly to avoid ambiguity
Change-Id: I71095a9bd1862f8956b5982fbbb3e1d213926c14
The libselinux packages etc don't exist for Python 2 on Centos 8 [1].
Ensure the package map installs the python3 versions.
We could probably invert the logic now, and make it so Centos 7 is the
"special" version that overrides things to install python2. Left
alone for now to avoid changing too much at once.
[1] https://bugs.centos.org/view.php?id=16458
Change-Id: I944cf4f2902c28728aa5bb9e2a00b3eef122d52e
CentOS 8 has the "new" split-up locales packages. Fedora 24 is now
long gone, so take out the old branch and apply the lang package
install to Centos 8 as well.
The manual locale cleanup is not necessary on Centos 8; skip it.
Change-Id: Ib65fc15fe471348793fd6efb034517f11abd905e
The repo format has slightly changed for CentOS 8 (s/os/baseos/).
Make the chroot builder look for a more specific repos.d directory
first named for the distro variable, then fall back to to top-level
dir (this avoids having to constantly change fedora).
Update the gate mirror setup and roles for new Centos 8 paths too.
Change-Id: I5b7f0c3624cac1d7aa7ed8bf6286b85d808b9c9a
This is no longer a valid option for dnf, and it puts out a lot of
warnings constantly about the invalid entry [1]. Remove it.
[1] https://bugzilla.redhat.com/show_bug.cgi?id=1653831
Change-Id: Iba0585cab3e5e78e9324196f276b2341e7bb9e3c
Install the Python 3 libselinux packages for Fedora platforms. I
think this is the right choice; Fedora is a Python-3 only distro so we
shouldn't default to installing the python2 libraries.
This has a practical effect if you're using Ansible with
ansible_python_interpreter=/usr/bin/python3 as it needs these
packages.
There is some small chance of breakage if you're using Ansible still
with Python 2, I guess. In infra I notice we bring this in with
"zuul-worker" project-config element. On balance, I think that if you
need the Python 2 packages for some reason, it should be a special
install and not part of redhat-common.
Change-Id: Ibcec0b3660d01b861838c2ae87ca43d98953ce32
Two bugs are addressed.
1) The sysprep element was broken in that it only truncates
/etc/machine-id, but not /var/lib/dbus/machine-id. systemd will
not generate a new machine-id if /var/lib/dbus/machine-id is
present[1], it will simply copy it to /etc/machine-id.
We observed machine-ids being packaged in /var/lib/dbus/machine-id
on several distros: Ubuntu Bionic, Fedora 29, Debian Stretch.
CentOS 7 and Ubuntu Xenial do not contain packaged machine-id as
far as I can tell.
All test builds were performed using -minimal elements.
2) A second bug existed where debian-minimal did not run the sysprep
element at all, so a stretch image I tested contained a populated
/etc/machine-id AND a populated /var/lib/dbus/machine-id.
[1] https://www.freedesktop.org/software/systemd/man/machine-id.html#Initialization
Change-Id: Ibb28b6e90d966a845de38a2cd5a1e8babd2604bc
Gentoo is at 17.1 now, most code was updated in [0], update the test job
accordingly.
[0] I0f2e7976845b1d3c55ffe8869eec0bc04a191252
Change-Id: I30e018e67f3637ce36b3ef6e20380453fe6b2bb9
This reverts commit 74317a3445.
What I missed was that "dib-lint" is distributed and people use this
to lint their out-of-tree elements (e.g. project-config). Because
dib-lint runs flake8 that really makes it a valid runtime dependency.
However, I don't think we need to pin to these particular versions of
flake8 in requirements (which I think was causing the original issues,
as it's fairly specific and easily conflicts). It seems to make more
sense to use the current uncapped "hacking" versions; so move them
from test-requirements.txt. Add a note so we don't forget again.
Change-Id: Ic2eee8f5b64c7020e98e0b1ef43a40f24411891a
We only need doc requirements for the doc jobs, so only install them
there.
Also, update docs job to not publish dirtrees.
Change-Id: I928f4e24970a680bf340ce15a08a4e72432fb0e4
Similar to https://review.opendev.org/#/c/663693/, the x64 packages
should be used for x86 architectures.
Change-Id: I5e8a4d58e96d65eb60fc539b8a1d56853b12faac
Closes-Bug: 1843820
linux-firmware and linux-firmware-whence (meta package for mostly iwl
firmwares) packages account for approx. 289 M install size on a F30
system, and linux-firmware for approx. 176 M on CentOS 7. Users needing
these firmwares are eventually baremetal users and are not looking for a
very minimal operating system base install like virtual image users are.
Thus, a non-minimal OS element is better suited for them. Alternatively,
it could be later considered a dedicated firmware element.
This is inline with I8ce65e1d357d15e8ed8995ad1dcaea02bbd1986f.
Change-Id: If104fc3c1e9349b8d501a2351fff1ab4c0dbc6a4
Flake8 was wrongly listed as a runtime dependency. That mistake messed
system flake8 version. Flake8 is a test requirement not a runtime one.
Also flake8 version is already determined by hacking version, so we
update it to recent version.
Change-Id: Iccd9dc6f2508127f17712d16dfce6538ff83807e
This is consistent with the previous simplication of
build targets in the opendev environment to refer to
"opensuse15" being the alias of "latest stable openSUSE Leap 15.x".
Change-Id: I904a3ca0d6dbddd2bb1a673836ab6a0ad249526d
Add a new environment variable $DIB_GZIP_BIN allowing builders to
specify a different gzip (such as pigz) to be used when compressing
tgz images.
Change-Id: Ifb617568140a149e2fda241e07ff8a59429e6697
We have an application breaking because /usr/share/cracklib is being
deleted from the image. The application installs its dependencies,
including cracklib, but since yum shows that cracklib is already
installed, it does not reinstall it.
Change-Id: Id6fccf76c706dbc6c2124abcfd12c1f10cef5e09
Newer openSUSE distributions install an absolute link to /run/netconfig
as /etc/resolv.conf in $TARGET_ROOT. as that points outside
TARGET_ROOT, we unintentionally wipe the system resolv.conf here
and break our ability to finish building the image.
Change-Id: I9d5aaa9fad2f81dcabfe19e2f1e6b6e50af597d7
