Because we run this image in openstack-infra, we want to increase our
test coverage to help avoid potential breaks to our CI systems.
Change-Id: I26405e3f7465654075278ec35b5e0da1338bb45e
Signed-off-by: Paul Belanger <pabelanger@redhat.com>
Since we still run these 3 version of ubuntu-minimal elements in
openstack-infra, also run functional testing for them.
Trusty and xenial will be in voting gate, precise added as skipped for
non-voting.
Add the default skip/run status to the "-l" output just to confirm
this too.
Change-Id: Icfbfd0cb7d9acae824972474b77e2fe0486c4f69
Signed-off-by: Paul Belanger <pabelanger@redhat.com>
Our setuptools action classifiers are woefully out of date, notably: we
are no longer alpha and we support python3.
Change-Id: I2425152129406e22073936275761bd5d850903fb
The squashfs format brings a couple of advantages over the other
formats. Image is often an order of magnitude smaller and it can
be used natively, either as an initrd, either with loop mount.
Change-Id: If72940b0c4dafb2504c52dd0429a8eb3f8305751
We now support tgz (tar.gz) as an output format.
Change-Id: Iadec92f2f96c3f904f28bd49f87ffc7d48ef7bd7
Signed-off-by: Paul Belanger <pabelanger@redhat.com>
dracut has a "hostonly" mode where it builds an initramfs that is
suitable for booting the system it is building on. This is on by
default, but obviously in our nested multi-platform chroot situation
this is fraught with danger.
As highlighted by [1] our builds were inadvertently turning off
"hostonly" mode when the mountpoints in the chroot were not found.
The CentOS 7.3 behaviour change broke this and we ended up with an
initramfs with no file-system modules.
Iaf2a1e8470f642bfaaaad3f9b7f26cfc8cc445c9 introduced a regeneration of
the initramfs, which I think does work as described because it runs in
the loopback device.
However, dracut includes a package that installs configuration
overrides to build a generic initramfs. This is really what we want,
and should solve the problem no matter where the initramfs is created.
Add this package into yum-minimal and remove the extra re-create call
which should not be necessary.
[1] https://bugzilla.redhat.com/show_bug.cgi?id=1405238
Change-Id: I5d203f2abe743cb23a44d449850e692a948e7871
openSUSE 13.1 was discontinued on Feb 3rd, 2016, so defaulting
to it doesn't make sense (see https://en.opensuse.org/Lifetime).
Leap 42.2 is the most current release that is supported by
disk-image-builder and being tested in a 3rd party ci.
Enable functests for it to ensure we're not regressing again.
Moved to non-voting gate first.
Depends-On: Iff495b3cd0b6c3558c44cf4883651eca67b572d6
Change-Id: Iae6cd34a5853f1e309861c554d94d8595cbd9993
For some reason [1] introduced -m option without ever checking that the
mapping exists. Because there is no grub-ieee1275 mapping anywhere (not
in base, not in bootloader), pkg-map fails. So stop using the mapping in
package-install of grub-ieee1275 on ppc.
There is another patch that tries to solve the same bug by adding the
mapping [2]. I think it is better to undo the breakage introduced in [1]
first, and then, if various distributions have differing names for the
package, introduce various mappings. My reasoning is that at the moment
this element is broken for all ppc64 distributions. This patch would
fix it for some (namely, Ubuntu). Then we can add mappings as tests
are done for other distributions.
[1] Ibca43173c30c2a74a73a2e2d9dd6d6d832c62694
[2] Id2b0f63a7015f883070fd59b79fd96a1c024858a
Change-Id: I8425876c26e9e416c8ce2f53a4e38d26b4208633
Closes-Bug: #1624021
dracut has a loop [1] where it probes top-level directories, tries to
find what block device they are on, then determines the file-system of
that block device. It then puts those file-system modules into the
initramfs for boot.
Since we install the kernel package during the chroot phase, / there
is not a block device and thus this loop matches nothing and we end up
with no file-system modules in the initramfs. This results in a very
annoying silent boot hang.
By moving re-generation of dracut into finalise.d phase, we run inside
the final image where / is the loop-device; the root file-system gets
detected correctly and the ext4 module is included correctly.
[1] http://git.kernel.org/cgit/boot/dracut/dracut.git/tree/dracut.sh?h=RHEL-7#n1041
Change-Id: Iaf2a1e8470f642bfaaaad3f9b7f26cfc8cc445c9
Signed-off-by: Paul Belanger <pabelanger@redhat.com>
Tripleo-image-elements have an install.d file '05-heat-cfntools' that runs
the following command:
virtualenv --setuptools $VENV
With the recent change to diskimage-builder (moving the install of pip
and virtualenv to the 10- range) virtualenv is no longer available for
this elementr; as a side-effect, the trove kick-start command is now
broken and gate jobs are failing.
The solutions is to move the (now) 10-install-pip to 04-install-pip.
This should still alleviate the race condition that
https://review.openstack.org/#/c/408277/ attempted to fix, as all
*-package-installs files are 00-, 01- or 02-.
Change-Id: Ia4e01f00c4c5e9a2087df1e2a91d9154480a0422
Closes-Bug: #1650008
Commit 6278371eaa13("Make dib-python use the default python for distro")
added default python version for various distros but it missed openSUSE
which leads to build failures since the openSUSE elements are pulling
python2 packages. Add openSUSE to the list of python2 distributions
until python3 support for the openSUSE elements is in place.
Change-Id: I95f1fa849a22607c430387a2a915f9d19c9c209f
We are explicitly calling python in this element which does not work on
systems which only have python3.
Change-Id: Ia730850a48e2478fd5461710a9d2619408725cd8
Now that we are explicit about what python version we intend to use
for dib we can have package installs optionally install packages
depending on this. Add a new dib_python_version that matches on the
DIB_PYTHON_VERSION string set by dib-python.
Co-Authored-By: Adam Harwell <flux.adam@gmail.com>
Change-Id: I70659aab7d12924bdb9bc0489a7f02d5fd0dbb39
Centos6 is no longer reasonable to expect to function with openstack,
and infra does not host a mirror for it.
Change-Id: I95ccf5840807fee73d6e78d596c82709e476bb3a
We currently have this as a 01- script which causes it to race with
package-installs (the deps are installed after the script runs).
Change-Id: I7b04b4c186eaae783b8e2bda1aa724c0d7823eab
systemd doesn't like it when service files have the executable bit
so this causes it to spam the journal with messages like:
Configuration file /usr/lib/systemd/system/dhcp-interface@.service is
marked executable. Please remove executable permission bits.
Proceeding anyway.
Removing the executable bit from the install permissions should
eliminate those messages.
Change-Id: Ie1bc39465b3fcb55dcda5cee9e46a128a6ccffcb
Right now dib-python works by trying to find any python on a system in
an order of precedence. A much better way is if we are explicit about
the python we intend to be there which will allow us to make better
decisions in other elements (such as allowing for package-installs to
take into account DIB_PYTHON_VERSION) as well as allow for users to
specify a preferred python version.
Co-Authored-By: Adam Harwell <flux.adam@gmail.com>
Change-Id: Ie609de51cc5fcde701296c9474e315981d9778a2
mkfs's arguments are
mkfs [options] [-t type] [fs-options] device [size]
So it seems our MKFS_OPTS are really supposed to be fs-options, rather
than options to mkfs itself.
Why didn't we notice? It's quite a trap -- mkfs.ext2 has a "-t"
option, so when we're calling
$ mkfs -i 4096 ... -t ext4 ...
We actually just fall-back to the default from the mkfs wrapper which
is mkfs.ext2 which works! But when you make that, say, xfs, we're not
calling the right wrapper at all.
Also update documentation
Closes-Bug: #1648287
Change-Id: I3ea5807088ab361bd9c235c07fb1553fbaf9178b
Adds conflict checking to the sysctl-write-value script
to detect settings from multiple elements conflicting.
Change-Id: If312d199388036d6f4103e94dca99249cb3bcbaf
