This is a second attempt at https://gerrit.lix.systems/c/lix/+/5516
instead of letting meson try to be cargo we'll just have cargo at home.
this requires some contortions to link everything together due to quite
a few meson deficiencies, but at the end we get to pretend that rust is
just c++ painted orange. we'll use cxx to bring real interop back soon.
also fixes#1230
also reverts 10845bfe63
co-authored-by: eldritch horrors <pennae@lix.systems>
Change-Id: Ib1fda843fa80d818705d5a65ec9054216a6a6964
So far, our ruff config was confined to the f2 package. This meant, that
when one added additional paths to the ruff formatter, those wouldn't
get the same rules applied as f2, resulting in inconsistent styling
thoughout the project.
Due to how configs are resolved, only the "closesed" pyproject toml is
considered. This means, we need to tell f2 to extend its configuration
with the base level one. Though no change is required for other parts of
the project, as long as they don't have their own pyproject.toml
Change-Id: I145c764e7b850194020b5560e1025f4aa80411ae
we need this to generate dependency information, and it'll be the entry
point for custom codegen once we need it. a wrapper also makes it a lot
easier to generate a whole namespace's worth of rpc definitions at once
Change-Id: Iba7a1c92a8a40bede9ed71aa3ab455477ff5e568
Currently, a bunch of documentation is generated by embedding parts of it in
the nix executable, getting it out again by running it, and then postprocessing
the output. This is bad, since it creates a pointless dependency of the
documentation on the executable, and also makes documentation generation
impossible when cross-compiling.
Instead, both the code and the documentation should be generated from data, see
https://git.lix.systems/lix-project/lix/issues/292 . Here we start applying
this approach to the experimental and deprecated features, which are done in
one go since the technical implementation is very similar.
Of course, the actual benefits are not realised yet, since the offending
pattern is used in several more places. These will be fixed later.
Change-Id: I4c802052cc7e865c61119a34b8f1063c4decc9cb
The principle of this is that you can either externally build it with
Nix (actual implementation will be in a future commit), or it can be
built with meson if the Nix one is not passed in.
The idea I have is that dev shells don't receive the one from Nix to
avoid having to build it, but CI can use the one from Nix and save some
gratuitous rebuilds.
The design of this is that you can run `ninja -C build clang-tidy` and
it will simply correctly clang-tidy the codebase in spite of PCH
bullshit caused by the cc-wrapper.
This is a truly horrendous number of hacks in a ball, caused by bugs in
several pieces of software, and I am not even getting started.
I don't consider this to fix the clang-tidy issue filing, since we still
have a fair number of issues to fix even on the existing minimal
configuration, and I have not yet implemented it in CI. Realistically we
will need to do something like https://github.com/Ericsson/codechecker
to be able to silence warnings without physically touching the code, or
at least *diff* reports between versions.
Also, the run-clang-tidy output design is rather atrocious and must
not be inflicted upon anyone I have respect for, since it buries the
diagnostics in a pile of invocation logs. We would do really well to
integrate with the Gerrit SARIF stuff so we can dump the reports on
people in a user-friendly manner.
Related: https://git.lix.systems/lix-project/lix/issues/147
Change-Id: Ifefe533f3b56874795de231667046b2da6ff2461
Qyriad