When number of github actions workers is changed, some jobs get killed.
When helm if killed during the upgrade, release stuck in pending-upgrade
state. --atomic should initiate automatic rollback in this case.
It was nice to have and useful at the time, but unfortunately the method
used to gather the profiling data doesn't play nicely with 'async'. PR
#3228 will turn 'get_page_at_lsn' function async, which will break the
profiling support. Let's remove it, and re-introduce some kind of
profiling later, using some different method, if we feel like we need it
again.
Replace actions/setup-python@v4 with the ansible image to fix
```
Version 3.10 was not found in the local cache
Error: The version '3.10' with architecture 'x64' was not found for this operating system.
```
Part of https://github.com/neondatabase/neon/pull/2410 and
https://github.com/neondatabase/neon/pull/2407
* adds `hashFiles('rust-toolchain.toml')` into Rust cache keys, thus
removing one of the manual steps to do when upgrading rustc
* copies Python and Rust style checks from the `codestyle.yml` workflow
* adjusts shell defaults in the main workflow
* replaces `codestyle.yml` with a `neon_extra_builds.yml` worlflow
The new workflow runs on commits to `main` (`codestyle.yml` was run per
PR), and runs two custom builds on GH agents:
* macos-latest, to ensure the entire project compiles on it (no tests
run)
There were no frequent breakages on macOs in our builds, so we can check
it rarely without making every storage PR to wait for it to complete.
The updated mac build use release builds now, so presumably should work
a bit faster due to overall smaller files to cache between builds.
* ubuntu-latest, without caches, to produce full compilation stats for
Rust builds and upload it as an artifact to GitHub
Old `clippy build --timings` stats were collected from the builds that
use caches and incremental calculation hence never could produce a full
report, it got removed.
helm values for the new `storage-broker`. gRPC, over secure connection
with a proper certificate, but no authentication.
Uses alb ingress in the old cluster and nginx ingress for the new one.
The chart is deployed and the addresses are functional, while the
pipeline doesn't exist yet.
Added basic instrumentation to integrate sentry with the proxy, pageserver, and safekeeper processes.
Currently in sentry there are three projects, one for each process. Sentry url is sent to all three processes separately via cli args.
Before we had separate images for v14 and v15, the compute node image
was called just "neondatabase/compute-node". It has been superseded by
the "neondatabase/compute-node-v14" and "neondatabase/compute-node-v15"
images. The old image is not used by the cloud console build or tests
anymore.
Closes https://github.com/neondatabase/neon/issues/2697
Example:
https://github.com/neondatabase/neon/actions/runs/3416774593/jobs/5688394855
Adds a set of tests on the storage Docker images before they are pushed
to the public registries:
* tests that pageserver binary has the correct version string (other
binaries are built with the same library, so it should be enough to test
one)
* tests that the compose file set-up works and all components are able
to start and perform a single SQL query (CREATE TABLE)
Add `test_forward_compatibility`, which checks if it's going to
be possible to roll back a release to the previous version.
The test uses artifacts (Neon & Postgres binaries) from the previous
release to start Neon on the repo created by the current version. It
performs exactly the same checks as `test_backward_compatibility` does.
Single `ALLOW_BREAKING_CHANGES` env var got replaced by
`ALLOW_BACKWARD_COMPATIBILITY_BREAKAGE` &
`ALLOW_FORWARD_COMPATIBILITY_BREAKAGE` and can be set by `backward
compatibility breakage` and `forward compatibility breakage` labels
respectively.
* We had an issue with `lineinfile` usage for pageserver configuration
file: if the S3 bucket related values were changed, it would have
resulted in duplicate keys, resulting in invalid toml.
So to fix the issue, we should keep the configuration in structured
format (yaml in this case) so we can always generate syntactically
correct toml.
Inventories are converted to yaml just so that it's easier to maintain
the configuration there. Another alternative would have been a separate
variable files.
* Keep the ansible collections dir, but locally installed collections
should not be tracked.
