Fix not working lint anchor (generation and filtering)
As spotted by `@flip1995,` the anchor button is currently not working. Problem was the JS that was preventing the web browser from adding the hash at the end of the URL.
For the second bug fixed, the JS was stripping two characters instead of just stripping the `#` at the beginning.
changelog: Fix clippy page lint anchor (generation and filtering)
r? `@flip1995`
The documentation for too_long_first_doc_paragraph incorrectly says
"line" where it should say "paragraph".
Fix a minor typo: doscstring -> docstring.
Also do a few tiny edits to attempt to make the wording slightly
shorter and clearer.
changelog: Edit documentation for [`too_long_first_doc_paragraph`]
terminology: #[feature] *enables* a feature (instead of "declaring" or "activating" it)
Mostly, we currently call a feature that has a corresponding `#[feature(name)]` attribute in the current crate a "declared" feature. I think that is confusing as it does not align with what "declaring" usually means. Furthermore, we *also* refer to `#[stable]`/`#[unstable]` as *declaring* a feature (e.g. in [these diagnostics](f25e5abea2/compiler/rustc_passes/messages.ftl (L297-L301))), which aligns better with what "declaring" usually means. To make things worse, the functions `tcx.features().active(...)` and `tcx.features().declared(...)` both exist and they are doing almost the same thing (testing whether a corresponding `#[feature(name)]` exists) except that `active` would ICE if the feature is not an unstable lang feature. On top of this, the callback when a feature is activated/declared is called `set_enabled`, and many comments also talk about "enabling" a feature.
So really, our terminology is just a mess.
I would suggest we use "declaring a feature" for saying that something is/was guarded by a feature (e.g. `#[stable]`/`#[unstable]`), and "enabling a feature" for `#[feature(name)]`. This PR implements that.
make unsupported_calling_conventions a hard error
This has been a future-compat lint (not shown in dependencies) since Rust 1.55, released 3 years ago. Hopefully that was enough time so this can be made a hard error now. Given that long timeframe, I think it's justified to skip the "show in dependencies" stage. There were [not many crates hitting this](https://github.com/rust-lang/rust/pull/86231#issuecomment-866300943) even when the lint was originally added.
This should get cratered, and I assume then it needs a t-compiler FCP. (t-compiler because this looks entirely like an implementation oversight -- for the vast majority of ABIs, we already have a hard error, but some were initially missed, and we are finally fixing that.)
Fixes https://github.com/rust-lang/rust/pull/87678
Add debug assertions for empty replacements and overlapping spans
rustc has debug assertions [^1] [^2] that check that a substitution doesn't have an empty suggestion string and an empty span at the same time, as well as that spans in multipart suggestions don't overlap.
However, since we link to the rustc-dev distributed compiler, these debug assertions are always disabled and so we never actually run them.
This leads to the problem that the debug ICE is not necessarily caught in the PR and only triggered in the rust repo sync, and in one of the last syncs this was a blocker and delayed the sync by several weeks because the fix was not obvious.
So this PR essentially copies the checks over and runs them in clippy debug builds as well, so that we can catch these errors in PRs directly.
-----
As for the second commit, this also *did* cause an ICE in a sync before and was fixed in the sync PR (see https://github.com/rust-lang/rust/pull/120345#issuecomment-1911005554), but it seems like that commit didn't make it back into the clippy repo (cc `@flip1995),` so the fixed code is in the rust repo but not in the clippy repo.
changelog: none
[^1]: https://doc.rust-lang.org/1.82.0/nightly-rustc/src/rustc_errors/diagnostic.rs.html#1019
[^2]: https://doc.rust-lang.org/1.82.0/nightly-rustc/src/rustc_errors/diagnostic.rs.html#932
Rollup of 4 pull requests
Successful merges:
- #126588 (Added more scenarios where comma to be removed in the function arg)
- #131728 (bootstrap: extract builder cargo to its own module)
- #131968 (Rip out old effects var handling code from traits)
- #131981 (Remove the `BoundConstness::NotConst` variant)
r? `@ghost`
`@rustbot` modify labels: rollup
The expansion of `asm!()` and `line!()` is not marked as from an expansion, in which case `SourceMap::stmt_span` returns the input span unchanged. So instead of using `stmt_span`, use `mac_call_stmt_semi_span` directly
Before this change, adding a lint was a difficult matter
because it always had some overhead involved. This was
because all lints would run, no matter their default level,
or if the user had #![allow]ed them. This PR changes that
Allow to go through clippy lints page without javascript
Fixes#13536.
This is the follow-up of https://github.com/rust-lang/rust-clippy/pull/13269.
This PR makes it possible to expand/collapse lints (individually) without JS. To achieve this result, there are two ways:
1. Use `details` and `summary` tags. Problem with this approach is that the web browser search may open the `details` tags automatically if content matching it is inside. From a previous discussion with `@Alexendoo,` it seems to not be a desired behaviour.
2. Use a little trick where you use a `label` and a checkbox where the checkbox is in fact hidden. Then it's just a matter of CSS.
r? `@Alexendoo`
changelog: Allow to go through clippy lints page without JS
Changelog for Clippy 1.82 ✈️
```
Roses are red,
Violets are blue,
EuroRust in Austria,
RustConf in Canada.
```
---
### The cat of this release is *Racka*:
<img height=500 src="https://github.com/user-attachments/assets/e5e3cc95-6fc3-4214-aab0-4f26e0967ae5" alt="The cats of this Clippy release" />
Cats for the next release can be nominated in the comments :D
---
changelog: none
Remove `GenKillAnalysis`
There are two kinds of dataflow analysis in the compiler: `Analysis`, which is the basic kind, and `GenKillAnalysis`, which is a more specialized kind for gen/kill analyses that is intended as an optimization. However, it turns out that `GenKillAnalysis` is actually a pessimization! It's faster (and much simpler) to do all the gen/kill analyses via `Analysis`. This lets us remove `GenKillAnalysis`, and `GenKillSet`, and a few other things, and also merge `AnalysisDomain` into `Analysis`. The PR removes 500 lines of code and improves performance.
r? `@tmiasko`
