- Odoo 17 seems to not be adjusting `nolabel` fields to be `colspan=2`
by default, so every such occurrence has to be adjusted by hand or
it gets squeezed in just the labels column.
- Because of the loss of readonly mode, some fields / setups which
previously looked ugly during the rare edition (e.g. Pr titles) now
look ugly all the time. Rework layout and force them to always be
readonly (hopefully we won't need to edit those).
- This is compounded by unfortunate styling I can't find how to
override e.g. char fields are 100% width even if readonly.
- `<header>` system requires some workarounds to have the right layout
and spacing (notably `header` has a bunch of awful rules which we
need to work around via an interstitial div to set up our own
flexbox).
- reduce font-size and bold-ness a hair as it causes issues in the
backend
- remove font adjustment on root object
- add `text-bg-primary` in the oustanding FP view, apparently BS5 does
not do anything like that by default when setting `bg-primary` for
some reason so the current team or user appears in black on dark
blue leading to sub-par readability
Turns out having the same ids for the feedback template and feedback
object actions was kinda dumb, who'd have thought?
Split them apart so I can get both objects in my menu...
Fix a few issues with migrated bootstrap classes (left -> start, right
-> end), revert a bunch of shitty colors from standard, fixup
backgrounds.
Tried to remove the background overrides what with having used
variables but it does completely wrong for info, and I can't be
arsed (also force primary alerts for the same reason, I don't
understand what either bootstrap or standard does and how to override
it properly but it's shit). It'll keep.
It was all borken and the web client couldn't even load.
The logic is basically the same, except the new client doesn't support
forcing onchanges maybe, so we need to `read()` the entire thing if
the form is not modified.
`message_main_attachment_id` removed from `mail.thread` in
odoo/odoo@f8c7f2e5bb (16.2), however
precise inheritance tracking was only added in
odoo/odoo@b27eb20a41 (17.1), so
stock migration only handles stock models for this migration.
Broken (can't run odoo at all):
- In Odoo 17.0, the `pre_init_hook` takes an env, not a cursor, update
`_check_citext`.
- Odoo 17.0 rejects `@attrs` and doesn't say where they are or how to
update them, fun, hunt down `attrs={'invisible': ...` and try to fix
them.
- Odoo 17.0 warns on non-multi creates, update them, most were very
reasonable, one very wasn't.
Test failures:
- Odoo 17.0 deprecates `name_get` and doesn't use it as a *source*
anymore, replace overrides by overrides to `_compute_display_name`.
- Multiple tracking changes:
- `_track_set_author` takes a `Partner` not an id.
- `_message_compute_author` still requires overriding in order to
handle record creation, which in standard doesn't support author
overriding.
- `mail.tracking.value.field_type` has been removed, the field type
now needs to be retrieved from the `field_id`.
- Some tracking ordering have changed and require adjusting a few
tests.
Also added a few flushes before SQL queries which are not (obviously
at least) at the start of a cron or controller, no test failure
observed but better safe than sorry (probably).
odoo/odoo@1341d52 added native support for tracking / overriding
tracking message so we don't need `change-message `anymore. The calls
had to be modified a bit as `_track_set_log_message` has to be invoked
on the records for which the tracking message is being set / updated.
Sadly the same for authors was only added in 16.3 *and* it's
unsuitable for our needs as we want to set the author without knowing
the scope of affected records (at least in the controller).
That way hopefully in 17.0 we can remove the `_message_compute_author`
override and things should work out. And maybe for 19.0 we can get the
ability to set a per-model (or even global) fallback author into
standard.
Breakages:
- the entire http.py API was updated requiring fixing the uses of
`request.jsonrequest` and the patches to `WebRequest` to hook in
sentry
- `fontawesome` was moved
- `*[@groups]` are now completely removed from the view if not
matching, so any field inside of them which needs to be used outside
(e.g. attrs) has to be added as invisible outside the element
- discuss removed the mail tracking value helpers from RPC in
odoo/odoo#88547, so reimplement locally (and better)
Because the first operation the notification task performs is updating
the commit, this has to be flushed in order to read-back the commit
hash (probably fixed in later version).
This means if updating the flag triggers a serialization
failure (which happens and is normal) we transition to the `exception`
handler, which *tries to retrieve the sha again* and we get an "in
failed transaction" error on top of the current "serialization
failure", leading to a giant traceback.
Also an unhelpful one since a serialization failure is expected in
this cron.
- Move the reads with no write dependency out of the `try`, there's no
reason for them to fail, and notably memoize the `sha`.
- Split the handling of serialization failures out of the normal one,
and just log an `info` (we could actually log nothing, probably).
- Also set the precommit data just before the commit, in case staging
tracking is ever a thing which could use it.
Fixes#909
Detailed statuses are useful in the actual PR dashboard as that allows
direct access to the builds, however in the PR where it's only a
picture it's useless, so fold that information. Also fold it when a PR
is staged.
And while at it add a note / sub-title that the PR is staged.
Fixes#919
The weekly maintenance would not prune refs. This is not an issue on
odoo/odoo because development branches are in a separate repository,
thus never fetched (we push to them but only using local commits and
remote refs).
However on repos like odoo/documentation the reference and development
branches are collocated, the lack of pruning thus keeps every
development branch alive locally, even years after the branch has been
deleted in the repository.
By pruning remote-tracking refs before GC-ing, we should have cleaner
local clones, and better packing.
`test_inconsistent_target` was, appropriately, inconsistent, but would
only fail a very small fraction of the time: the issue is that a PR
would switch target between `other` and `master` assuming neither was
an intrinsic blocker *but* the branches are created independently,
just with the same content.
This means if a second ticked over between the creation of the
`master` branch's commit and that of `other`, they would get different
commit hashes (because different timestamp), thus the PR would get 2
commits (or complete nonsense) when targeted to `other`, and the PR
itself would be blocked for lack of a merge method.
The solution is to be slightly less lazy, and create `other` from
`master` instead of copy/pasting the `make_commits` directive. This
means the PR has the exact same number of commits whether targeted to
`master` or `other`, and we now test what we want to test 60 seconds
out of every minute.
Since every cron runs on a fresh database, on the first `run_crons`
every single cron in the db will run even though almost none of them
is relevant.
Aside from the slight inefficiency, this creates unnecessary extra
garbage in the test logs.
By setting the `nextcall` of all crons to infinity in the template we
avoid this issue, only triggered crons (or the crons whose nextcall we
set ourselves) will trigger during calls.
This requires adjusting the branch cleanup cron slightly: it didn't
correctly handle the initial run (`lastcall` being false).
With the trigger-ification pretty much complete the only cron that's
still routinely triggered explicitly is the cross-pr check, and it's
that in all modules, so there's no cause to keep an overridable
fixture.
The staging cron turns out to be pretty reasonable to trigger, as we
already have a handler on the transition of a batch to `not blocked`,
which is exactly when we want to create a staging (that and the
completion of the previous staging).
The batch transition is in a compute which is not awesome, but on the
flip side we also cancel active stagings in that exact scenario (if it
applies), so that matches.
The only real finesse is that one of the tests wants to observe the
instant between the end of a staging (and creation of splits) and the
start of the next one, which because the staging cron is triggered by
the failure of the previous staging is now "atomic", requiring
disabling the staging cron, which means the trigger is skipped
entirely. So this requires triggering the staging cron by hand.
The merge cron is the one in charge of checking staging state and
either integrating the staging into the reference branch (if
successful) or cancelling the staging (if failed).
The most obvious trigger for the merge cron is a change in staging
state from the states computation (transition from pending to either
success or failure). Explicitly cancelling / failing a staging marks
it as inactive so the merge cron isn't actually needed.
However an other major trigger is *timeout*, which doesn't have a
trivial signal. Instead, it needs to be hooked on the `timeout_limit`,
and has to be re-triggered at every update to the `timeout_limit`,
which in normal operations is mostly from "pending" statuses bumping
the timeout limit. In that case, `_trigger` to the `timeout_limit` as
that's where / when we expect a status change.
Worst case scenario with this is we have parasitic wakeups of this
cron, but having half a dozen wakeups unnecessary wakeups in an hour
is still probably better than having a wakeup every minute.
These are pretty simple to convert as they are straightforward: an
item is added to a work queue (table), then a cron regularly scans
through the table executing the items and deleting them.
That means the cron trigger can just be added on `create` and things
should work out fine.
There's just two wrinkles in the port_forward cron:
- It can be requeued in the future, so needs a conditional trigger-ing
in `write`.
- It is disabled during freeze (maybe something to change), as a
result triggers don't enqueue at all, so we need to immediately
trigger after freeze to force the cron re-enabling it.
Mergebot / forwardport crons need to run in a specific ordering in
order to flow into one another correctly. The default ordering being
unspecified, it was not possible to use the normal cron
runner (instead of the external driver running crons in sequence one
at a time). This can be fixed by setting *sequences* on crons, as the
cron runner (`_process_jobs`) will use that order to acquire and run
crons.
Also override `_process_jobs` however: the built-in cron runner
fetches a static list of ready crons, then runs that.
This is fine for normal situation where the cron runner runs in a loop
anyway but it's any issue for the tests, as we expect that cron A can
trigger cron B, and we want cron B to run *right now* even if it
hadn't been triggered before cron A ran.
We can replace `_process_job` with a cut down version which does
that (cut down because we don't need most of the error handling /
resilience, there's no concurrent workers, there's no module being
installed, versions must match, ...). This allows e.g. the cron
propagating commit statuses to trigger the staging cron, and both will
run within the same `run_crons` session.
Something I didn't touch is that `_process_jobs` internally creates
completely new environments so there is no way to pass context into
the cron jobs anymore (whereas it works for `method_direct_trigger`),
this means the context values have to be shunted elsewhere for that
purpose which is gross. But even though I'm replacing `_process_jobs`,
this seems a bit too much of a change in cron execution semantics. So
left it out.
While at it tho, silence the spammy `py.warnings` stuff I can't do
much about.
Merge errors are logical failures, not technical, it doesn't make
sense to log them out because there's nothing to be done technically,
a PR having consistency issues or a conflict is "normal". As such
those messages are completely useless and just take unnecessary space
in the logs, making their use more difficult.
Instead of sending them to logging, log staging attempts to the PR
itself, and only do normal logging of the operation as an indicative
item. And remove a bunch of `expect_log_errors` which don't stand
anymore.
While at it, fix a missed issue in forward porting: if the `root.head`
doesn't exist in the repo its `fetch` will immediately fail before
`cat-file` can even run, so the second one is redundant and the first
one needs to be handled properly. Do that. And leave checking
for *that* specific condition as a logged-out error as it should mean
there's something very odd with the repository (how can a pull request
have a head we can't fetch?)
Apparently I'd already fixed that in
286c1fdaee but it has yet to be
deployed.
While at it, add a feedback message to clarify that, unlike `r+`, `r-`
on forward ports does *not* propagate.
Fixes#912
The PR dashboard picture provides a great overview of the batch state
both horizontally and vertically *but* apparently people can't for the
life of them go check the actual dashboard when things don't line
up. So expand the "current batch" to a view more similar to
dashboard *page*, which gives details of the sub-checks being
performed and whether they are or are not fulfilled.
Fixes#908
The previous version worked but was extremely plodding and
procedural. Initially I wanted to compose the table in a single pass
but that turns out not to really be possible as the goal for #908 is
to have a "drawer" for extended information about the current batch:
this means different cells of the same row can have different heights,
so we can't one-pass the image either vertically (later cells of the
current column might be wider) or horizontally (later cells of the
current row might be taller).
However what can be done is give the entire thing *structure*,
essentially defining a very cut down and ad-hoc layout system before
committing the layout to raster.
This also deduplicates formatting and labelling information which was
previously in both the computation first step and the rasterisation
second step.
Extract current table generation into a separate function, add an
other function to render an alert / list of PR targets if the batch is
not consistent.
This means an extra pass on the table contents to precompute the image
size, but we can delay loading fonts until after etag computation
which might be a bigger gain all things considered: there aren't many
cells in most PR tables, but fonts are rather expensive to
load (I should probably load them at import and cache them in the module...)
From the previous version of `_compute_target` this was clearly
intended otherwise the fallback makes no sense, but just as clearly I
completely missed / forgot about it halfway through (and the lack of
test didn't help).
The compute is also way overcomplicated, it's not clear why (the only
explanation I can think of is that an intermediate version had a
string target but if that ever happened it was squashed away).
- Update branch name to prefix with project as it can be hard to
differentiate when filtering by or trying to set targets, given some
targets are extremely common (e.g. `master`/`main`) and not all
fields are filtered by project (or even can be).
- Add a proper menu item and list view for batches, maybe it'll be of
use one day.
- Upgrade label in PR search, it's more likely to be needed than
author or target.
- Put PRs first in the mergebot menu, as it's *by far* the most likely
item to look for, unless it's staging in order to cancel one.
This color was altered in 232aa271b0, it
was moved from a cyan-ish green to a yellow quite close to the warning
color.
There is no explanation why, the commit concerns itself with *PR*
dashboards but this class / color is only used on the main
dashboard. It may have been a victim of the color refactoring in that
commit and I fucked up.
This is very disagreeable as it shows up as basically a warning
between the end of staging and it actually getting merged. Rollback
this change back to a green-cyan.
Previously PR descriptions were displayed as raw text in the PR
dashboard. While not wrong per se, this was pretty ugly and not always
convenient as e.g. links had to be copied by hand.
Push descriptions through pymarkdown for rendering them, with a few
customisations:
- Enabled footnotes & tables & fenced code blocks because GFM has
that, this doesn't quite put pymarkdown's base behaviour on par with
gfm (and py-gfm ultimately gave up on that effort moving to just
wrap github's own markdown renderer instead).
- Don't allow raw html because too much of a hassle to do it
correctly, and very few people ever do it (mostly me I think).
- Added a bespoke handler / renderer for github-style references.
Note: uses positional captures because it started that way and named
captures are not removed from that sequence so mixing and matching
is not very useful, plus python does not support identically named
groups (even exclusive) so all 4 repo captures and all 3 issue
number captures would need different names...
- And added a second bespoke handler for our own opw/issue references
leading to odoo.com, that's something we can't do via github[^1] so
it's a genuine value-add.
Fixes#889
[^1]: github can do it (though possibly not with the arbitrary
unspecified nonsense I got when I tried to list some of the
reference styles, some folks need therapy), but it's not available
on our plan
I thought I'd removed the error message when approving an already
approved PR but apparently not?
However we can improve the message in that specific case, to make the
expected operation clearer.
Fixes#906
The goal is to reduce maintenance and odd disk interactions &
concurrency issues, by not creating concurrent clones, not having to
push forks back in the repository, etc... it also removes the need to
cleanup "scratch" working copies though that looks not to have been an
issue in a while.
The work is done on isolated objects without using or mutating refs,
so even concurrent work should not be a problem.
This turns out to not be any more verbose (less so if anything) than
using `cherry-pick`, as that is not really designed for scripted /
non-interactive use, or for squashing commits thereafter. Working
directly with trees and commits is quite a bit cleaner even without a
ton of helpers.
Much of the credit goes to Julia Evans for [their investigation of
3-way merges as the underpinnings of cherry-picking][3-way merge],
this would have been a lot more difficult if I'd had to rediscover the
merge-base trick independently.
A few things have been changed by this:
- The old trace/stderr from cherrypick has disappeared as it's
generated by cherrypick, but for a non-interactive use it's kinda
useless anyway so I probably should have looked into removing it
earlier (I think the main use was investigation of the inflateinit
issue).
- Error on emptied commits has to be hand-rolled as `merge-tree`
couldn't care less, this is not hard but is a bit annoying.
- `merge-tree`'s conflict information only references raw commits,
which makes sense, but requires updating a bunch of tests. Then
again so does the fact that it *usually* doesn't send anything to
stderr, so that's usually disappearing.
Conveniently `merge-tree` merges the conflict marker directly in the
files / tree so we don't have to mess about moving them back out of
the repository and into the working copy as I assume cherry-pick does,
which means we don't have to try and commit them back in ether. That
is a huge part of the gain over faffing about with the working copy.
Fixes#847
[3-way merge]: https://jvns.ca/blog/2023/11/10/how-cherry-pick-and-revert-work/
Automating via parameters is riskier as we can hit the CLI
limitations (cf 0a839a4857). Going
through stdin is a lot safer and cleaner when automating, and it's not
much of an imposition here.
After seeing it be used, I foresee confusion around the current
behaviour (where it sets the limit), as one would expect the `fw=`
flags to affect one another when it looks like that would make sense
e.g. no/default/skipci/skipmerge all specify how to forward port, so
`fw=default` not doing anything after you've said `fw=no` (possibly by
mistake) would be fucking weird.
Also since the author can set limits, allow them to reset the fw
policy to default (keep skipci for reviewers), and for @d-fence add a
`fw=disabled` alias.
Fixes#902
Although the handling of forward ports on disabled branch was improved
in 94fe0329b4 in order to avoid losing
or needing to manually port such, because it goes through
`_schedule_fw_followup` some of the tests *that* performs were missed,
most notably that it only ports batches when no PRs are detached.
This is an issue if we need to force the port because of a branch
being deactivated: the forward-port could have stopped there due to a
conflict, in which case it's always going to be detached.
Thus the `force_fw` flag should also override the parenting state
check.
Also while at it make `force_fw` a regular flag, I don't understand
why I made it into a context value in the first place, it's only
passed from one location and that's directy calling the one function
which uses it...
Fixes#897
If a PR is cancel=staging, even if it's not the
urgentest (priority=alone) odds are good it's being staged to fix the
split. And even if it's not, it probably can't hurt.
So cancel splits in order to stage it. This may be slightly harmful if
the split is legit and has nothing to do with the PR being
prioritised, but that seems like the less likely scenario. And having
to update staging priorities on the fly seems like a bad idea. Though
obviously it might do nothing if the PRs are in "default" priority.#
Also simplify the unstage trigger from the PRs becoming ready:
- the user is useless as it's always the system user
- the batch id is not really helpful
Comments which are too long cause `logging` itself to crash, which
kinda sucks. And long comments seem very unlikely to have anything for
the mergebot to do besides.
So just ignore them at intake. Limit is set to 5000 because there
needs to be a limit somewhere and that's about the extent of it.
Noticed that while writing up the docs on the wiki, seems like an
unnecessary restriction, and an inconvenient one to boot: the author
could r+, then realize they forgot to do an update they needed to do
on the fw, so they should be able to cancel the staging without
needing a reviewer.
On forward-porting, odoo/odoo#170183 generates a conflict on pretty
much every one of the 1111 files it touches, because they are
modify/delete conflicts that generates a conflict message over 200
bytes per file, which is over 200kB of output.
For this specific scenario, the commit message was being passed
through arguments to the `git` command, resulting in a command line
exceeding `MAX_ARG_STRLEN`[^1]. The obvious way to fix this is to pass
the commit message via stdin as is done literally in the line above
where we just copy a non-generated commit message.
However I don't think hundreds of kbytes worth of stdout[^2] is of any
use, so shorten that a bit, and stderr while at it.
Don't touch the commit message size for now, possibly forever, but
note that some log diving reveals a commit with a legit 18kB message
(odoo/odoo@42a3b704f7) so if we want to
restrict that the limit should be at least 32k, and possibly 64. But
it might be a good idea to make that limit part of the ready / merge
checks too, rather than cut things off or trigger errors during
staging.
Fixes#900
[^1]: Most resources on "Argument list too long" reference `ARG_MAX`,
but on both my machine and the server it is 2097152 (25% of the
default stack), which is ~10x larger than the commit message we
tried to generate. The actual limit is `MAX_ARG_STRLEN` which
can't be queried directly but is essentially hard-coded to
PAGE_SIZE * 32 = 128kiB, which tracks.
[^2]: Somewhat unexpectedly, that's where `git-cherry-pick` sends the
conflict info.
d4fa1fd353 added tracking to changes
from *comments* (as well as a few hacks around authorship transfer),
however it missed two things:
First, it set the `change-author` during comments handling only, so
changes from the `PullRequest` hook e.g. open, synchronise, close,
edit, don't get attributed to their actual source, and instead just
fall back to uid(1). This is easy enough to fix as the `sender` is
always provided, that can be resolved to a partner which is then set
as the author of whatever changes happen.
Second, I actually missed one of the message hooks: there's both
`_message_log` and `_message_log_batch` and they don't call one
another, so both have to be overridden in order for tracking to be
consistent. In this case, specifically, the *creation* of a tracked
object goes through `_message_log_batch` (since that's a very generic
message and so works on every tracked object created during the
transaction... even though batch has a message per record anyway...)
while *updates* go through `_message_log`.
Fixes#895
