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Packetary [1] will replace fuel-mirror in upstream Fuel.
fuel-mirror is using packetary under the hood already, so the
transition should not be too hard.
Adapt OPNFV Ubuntu partial mirror build:
- obsolete opnfv-config.yaml (packetary uses CLI args for this);
- new opnfv_config.yaml will hold old ubuntu.yaml data, split at
build runtime into:
* mos_<arch>_mirror.yaml - MOS mirror cfg, only for deps analysis;
* ubuntu_<arch>_mirror.yaml - Ubuntu mirror cfg, for pkgs download;
* ubuntu_<arch>_packages.yaml - Ubuntu packages to download;
While the consumers of our mirror still use `debootstrap`, which only
supports the "main" repo component, make sure the "main" package set
is complete, in the scope of:
* ubuntu_<arch>_mirror_main.yaml - Ubuntu [main only] mirror;
* ubuntu_<arch>_packages_main.yaml - Ubuntu packages for [main];
New workflow (executed for EACH architecture):
1. Collect bootstrap package deps from <fuel_bootstrap_cli.yaml>;
2. Collect all fixture release pkgs from fuel-web's <openstack.yaml>;
3. Add OPNFV extra pkg deps from "opnfv_config.yaml"
(based on old fuel-mirror)
Currently, this is based on old fuel-mirror's
<fuel-mirror/contrib/fuel_mirror/data/ubuntu.yaml>, holding a
hardcoded list of package deps; plus eventual extra OPNFV packages,
like additional kernels, bootloaders etc.
Since we now inspect MOS repos for deps with packetary, this old
list should be easy to throw away as soon as we confirm each item
is directly required by another, already existing package in the
mirror. For now, keep the old list as safety net for missing deps.
NOTE: Dependencies up to and including this group should also
be satisfiable from Ubuntu "main" repo component only.
4. Append plugin dependencies to the package list;
5. Run `packetary unresolved` for MOS repos, gathering MOS deps that
should be fetched from Ubuntu. The new packages will be appended
to the predefined list from old "ubuntu.yaml";
6. Run `packetary clone` to download all required pkgs for the
partial Ubuntu mirror.
7. IF repo component merging is disabled, run `packetary clone` only
on Ubuntu[main] repo components to download any (still) missing
dependencies for `debootstrap`, which only looks at this component,
and not the whole mirror.
8. IF repo component merging is enabled, run first `dpkg-scanpackages`
to filter out old duplicate versions of packages, then run
`packetary create` to merge all repo comps into a single "main".
v1 -> v2:
- multiarch support (activated via UBUNTU_ARCH envvar);
- fixed debootstrap missing deps in "main" component of Ubuntu mirror;
- factored out some hardcodes into variables/functions;
- add .gitignore file;
- move generated config files to "opnfv_config" subdir;
- add arm64 Ubuntu repo URL (ports.ubuntu.com is separated from the
main Ubuntu mirror, archive.ubuntu.com, which only holds x86 pkgs);
v3 -> v4:
- introduce env var "MIRROR_UBUNTU_MERGE" to control local mirror
repo-component merging into a single "main";
- enable mirror repo-component merging by default, edit
fuel_bootstrap_cli.yaml accordingly;
v4 -> v6:
- edit dea_base to use only main mirror;
- fix duplicated logs;
- remove `-q` flag for `create`;
v6 -> v7:
- rebase for Newton fuel_bootstrap_cli.yaml (s/trusty/xenial/);
- include OPNFV plugin deps in local Ubuntu mirror;
- add `vgabios` dependency, required for arm64 guest firmware;
- remove all fuel-mirror references;
- merge old fuel-mirror pkglist to OPNFV pkglist;
- update packetary commit to include upstream bugfixes [2, 3];
v7 -> v11:
- re-enable f_repobuild after Newton rebase;
- fix leftover "trusty" ref to "xenial";
- force f_repobuild rebuild to bypass cache (by editing Makefile);
- extend f_repobuild .cacheid to include scripts and OPNFV config;
v11 -> v12:
- fix install/install.sh old refs to "trusty";
- fix out of date select_ubuntu_repo.s refs to "trusty";
v12 -> v16:
- fix leftover mos9.0 / fuel-mirror references;
- fix most issues reported by `pylint opnfv_mirror_ubuntu.py`;
v16 -> v18:
- Sync fuel_bootstrap_cli.yaml with settings.yaml.sample from 10.0:
[4] Stub pass for "Get root password for build image from settings"
[5] Sync pkg list with "Switch to Ubuntu Xenial"
[6] "Add puppet and daemonize to default packages list"
[7] "Delete kernel debug related parameter for performance"
[8] "Add to bootstrap image dependencies for network checker"
- Remove obsolete Trusty kernel images from pkg lists;
- Don't break when plugins set is empty;
- Fix missing "vim" package, which was resolved using secondary
provider packages like GUI-enabled vim flavors;
The proposed fix is quite sensitive, also cutting the final
mirror size in half (!), and allowing us to remove a previous
hacky workaround (re-running packetary only for main).
- Remove "main"-only packetary run (hacky), since the new fix for "vim"
also takes care of packetary solving dependencies from "universe".
- Add OPNFV blacklisting to workaround "upstart" package being installed,
together with "systemd" (having them both installed confuses puppet);
- Currently in testing in Armband as part of [9]:
* bootstrap and target image building works from offline mirror;
* systemd is used instead of upstart;
* full deploy is not yet confirmed, due to some AArch64 specifics we
are in the process of fixing;
NOTE: Without filtering out old package verisons using
`dpkg-scanpackages`, bootstrap build cannot solve all deps.
FIXME: Repo component merging is sort of slow, since packetary insists
on copying the source files to the destination dir even if they are
pointing to the same repo.
FIXME: Packetary `create` uses a different directory scheme for the
created mirror than the upstream Ubuntu, e.g.:
[p] mirrors/ubuntu/pool/main/l/lvm2_2.02.98-6ubuntu2_amd64.deb
[U] mirrors/ubuntu/pool/main/l/lvm2/lvm2_2.02.98-6ubuntu2_amd64.deb
This disencourages creating the "merged" mirror in the same location
as the source partial mirror.
[1] https://wiki.openstack.org/wiki/Packetary
[2] https://review.openstack.org/#/c/392936/
[3] https://review.openstack.org/#/c/392937/
[4] https://review.openstack.org/#/c/277353/
[5] https://review.openstack.org/#/c/345516/
[6] https://review.openstack.org/#/c/344909/
[7] https://review.openstack.org/#/c/400165/
[8] https://review.openstack.org/#/c/415912/
[9] https://gerrit.opnfv.org/gerrit/#/c/26157/
[10] https://review.openstack.org/#/c/420815
JIRA: FUEL-218
JIRA: FUEL-223
JIRA: ARMBAND-169
JIRA: ARMBAND-185
Change-Id: If2ee86f348b7683c83bfaf686baba4f1b8f555f0
Signed-off-by: Alexandru Avadanii <Alexandru.Avadanii@enea.com>
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This change reworks support for cloning (fetching) and patching all
Fuel components (fuel-library ... fuel-ui, see [1] for full list),
both outside the ISO build process (for development purposes, like
testing OPNFV patches apply cleanly to each component), and during
the ISO build.
The implementation relies heavily on git submodules and patches,
so backporting pending upstream gerrit changes, as well as adding new
out-of-upstream-tree patches, should be trivial.
Also, since without tracking remotes the repos rarely change, leverage
the in-place OPNFV build caching mechanism to drastically reduce the
number of git clones during each build.
The mechanism is detailed more in-depth in the JIRA ticket [3], and
it's merely a rehash of the submodule handling in Armband, implemented
initially by Stanislaw Kardach <stanislaw.kardach@cavium.com>.
Pros (+ new features):
- OPNFV patches for Fuel components can be applied (imported) or
developed (exported) outside of the ISO build process;
- git repo caching reduces the number of external pulls;
- reuse the same fuel-* componets in ALL targets
e.g. fuel-mirror used to employ 2 slightly different git trees;
- one step closer to Fuel/Armband merge (lots of steps left though);
Cons:
- adds a lot complexity to solve a non-problem (handling the repos
is fine in the current form, for the current goals);
However, patching <fuel-astute> or <fuel-agent> seems to be
quite complicated with the current mechanism, as env vars
override our locally patched repos for these components).
The proposed change should eliminate this issue completely.
CHANGE:
Aligned divergent fuel-mirror in ISO vs local repo build by
applying the 302 redirect fix ("Fixed handling http redirects") [2]
on top of 9.0.1 tag in fuel-mirror repo, and using that for both.
This obsoleted the followking mk file:
- build/f_isoroot/f_repobuild/config.mk
CHANGE:
Removed unused make target `get-fuel-repo` from build/config.mk.
FIXME:
Remote tracking is currently deactivated for all branches.
Change this when remote HEAD should be tracked instead,
e.g. during Newton rebase.
[1] https://github.com/openstack/fuel-main/blob/stable/mitaka/repos.mk#L32
[2] https://review.openstack.org/#/c/334882/
[3] https://jira.opnfv.org/browse/FUEL-200
TODO: Extend build/f_repos/README.md with info about:
- branch changes;
- tag bumps;
- patching now supports subdirs;
v5 -> v6:
* Added support for nesting patches in subdirs, to be used for feature
groups and related changes across submodules.
E.g. Upcoming multiarch EFI support could go in:
- .../f_repos/patch/fuel-agent/multiarch-efi/...;
- .../f_repos/patch/fuel-astute/multiarch-efi/...;
While Armband patches could go in:
- .../f_repos/patch/fuel-agent/armband/...;
- .../f_repos/patch/fuel-astute/armband/...;
etc.
v6 -> v13:
* fix wrong tag used for VERSION dump;
* fix wrong tag used for patches-export;
* move OPNFV_TAG to main config.mk and use it in FUEL_*_COMMIT;
* only run `patches-import` when patches changed / not yet applied;
* only run `clean` for stale `.cacheid` (avoid re-applying patches);
* allow git submodule path/name to be different (FIXED);
* put-cache should only run when artifact is not already cached;
* `git am`: use 3-way merge so already applied patches are gently
skipped (useful for upstreaming patches from Armband);
* Properly support nested patch dirs;
* Colorize the output a little;
JIRA: FUEL-200
Change-Id: I9dbdd9b3022896d4497d21be8dacc859730db489
Signed-off-by: Alexandru Avadanii <Alexandru.Avadanii@enea.com>
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Alexandru Avadanii
Michal Skalski