The coverage workflow mentions that we run the tests against PG 15,
however that is incorrect and misleading. We actually run it against the
latest supported PostgreSQL version according to the nix scripts.
Signed-off-by: Taimoor Zaeem <taimoorzaeem@gmail.com>
The x86 GitHub runner will not be available anymore, soon.
We might be able to re-introduce this, once we can build a static
executable via Nix on darwin, too.
Renames these scripts to `postgrest-with-pg-xx`. The renaming
helps reduce the length of temporary filenames. This is needed
to ensure that socket file names remain under the maximum
allowed length of 107 chars.
Closes#4461.
Signed-off-by: Taimoor Zaeem <taimoorzaeem@gmail.com>
Instead of rolling our own, we can use some tooling from nix / nixpkgs.
We drop the "statically linked" check, because our goal is to compile
mostly-static executables to darwin, too. However, those will never be
fully static, because they always link to the platform's libc.
Completes the jwt loadtests, now we have non-cached, cached + worst case
for the cache.
- jwt-hs (edited): now has the cache disabled
- jwt-hs-cache: cache enabled for jwt-hs
- jwt-hs-cache-worst: worst case of the jwt-hs cache
- jwt-rsa (edited): now has the cache disabled
- jwt-rsa-cache: cache enabled for jwt-rsa
- jwt-rsa-cache-worst: worst case of the jwt-rsa cache
Also deletes `nix/tools/generate_targets_rsa.py` and uses a single
python script.
Should prove what's mentioned on
https://github.com/PostgREST/postgrest/pull/4084#issuecomment-2998170423
Previously, the loadtest would always compare against main and the
latest tag. This meant a loadtest running on the v13 release branch,
would compare to a *future* version of both. This is not useful, and
also not supported by `postgrest-loadtest-against`, which recently
introduced a change on `main`, that now breaks the tests on the back
branches.
With this change, the loadtest will always run against the current
target branch of a PR, so against the v13 branch for a PR against v13,
for example. Also, it will compare against the latest released tag *for
that branch*.
Thus, when running this for v12, it will test against the v12 branch and
the v12.2.12 tag.
