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Prior to this commit we used to generate import paths, then zipped them with the existing qualifier to check if they agree on the path to import.
This is brittle when re-exports come into play causing items to have multiple applicable paths that refer to them.
This commit instead rewrites this logic by generating the import path for the qualifier, verifying that the rest of the qualifier resolves and then doing a final lookup on that resolution result for the final segment instead.
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Previously all lints were assumed to be `#[warn]`, and we had a hand-coded list of `#[allow]` exceptions. Now the severity is autogenerated from rustdoc output.
Also support lints that change status between editions, and the `warnings` lint group.
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This mainly aids in error recovery but also makes it a bit easier to handle lifetime resolution.
While doing so it also came apparent that we were not actually lowering lifetime outlives relationships within lifetime parameter declaration bounds, so this fixes that.
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`pattern_type_macro`
That's what the gates are actually gating, and the single char difference in naming was not helpful either
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internal: Build source map for `hir_def::TypeRef`s
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feat: resolve range patterns to their structs
Closes #18367
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feat: render docs from aliased type when type has no docs
Trying to close #18344
- [x] ~Find the docs by traversing upwards if the type itself has none but aliasing for another type that might have.~
- [x] Show docs from aliased type.
- [x] Showing description that we are displaying documentation for different definition in hover box.
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definition
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internal: Filter out opaque tokens in some IDE feature macro descensions
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fix: Ambiguity with CamelCase diagnostic messages, align with rustc warnings
Fixed diagnostic messages so they say UpperCamelCase rather than CamelCase, as it is ambiguous.
Usually I'd call it PascalCase, but in the code base it is called UpperCamelCase so I left it with that naming choice.
`rustc` says `upper camel case` also when the case is wrong
```
warning: trait `testThing` should have an upper camel case name
--> src/main.rs:5:7
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5 | trait testThing {
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= note: `#[warn(non_camel_case_types)]` on by default
```
This is in line with the UPPER_SNAKE_CASE diagnostic messages.
https://github.com/rust-lang/rust-analyzer/blob/546339a7be357b3e95fc4b79a8816dce540d477b/crates/hir-ty/src/diagnostics/decl_check.rs#L60
https://github.com/rust-lang/rust-analyzer/blob/546339a7be357b3e95fc4b79a8816dce540d477b/crates/ide-diagnostics/src/handlers/incorrect_case.rs#L535
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Up to a trait implemented by another package, linking to
$CARGO_HOME/registry/cache/index.crates.io-6f17d22bba15001f/
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correctly
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fix: Get rid of `$crate` in expansions shown to the user
Be it "Expand Macro Recursively", "Inline macro" or few other things.
We replace it with the crate name, as should've always been.
Probably fixes some issues, but I don't know what they are.
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Be it "Expand Macro Recursively", "Inline macro" or few other things.
We replace it with the crate name, as should've always been.
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`SyntaxEditor`s easier
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feat: better name suggestions for fn
fix #17631.
Better name suggestions for fn-calls / method-calls in the form of `from()`, `from_xxx()`, `into()`, etc.
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Preliminary work for #17940
I split the PR as requested, and made small commits.
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fix: Fix trait method completions not acknowledging Deref impls
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search scope is set
In most places where we set a search scope it is a single file, and so the fast path will actually harm performance, since it has to search for aliases in the whole project.
The only exception that qualifies for the fast path is SSR (there is an exception that don't qualify for the fast path as it search for `use` items). It sets the search scope to avoid dependencies. We could make it use the fast path, but I didn't bother.
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This will be needed as we parse unknown identifiers and want to insert them into source code.
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identifiers such as `new`
The search is used by IDE features such as rename and find all references.
The search is slow because we need to verify each candidate, and that requires analyzing it; the key to speeding it up is to avoid the analysis where possible.
I did that with a bunch of tricks that exploits knowledge about the language and its possibilities. The first key insight is that associated methods may only be referenced in the form `ContainerName::func_name` (parentheses are not necessary!) (Rust doesn't include a way to `use Container::func_name`, and even if it will in the future most usages are likely to stay in that form.
Searching for `::` will help only a bit, but searching for `Container` can help considerably, since it is very rare that there will be two identical instances of both a container and a method of it.
However, things are not as simple as they sound. In Rust a container can be aliased in multiple ways, and even aliased from different files/modules. If we will try to resolve the alias, we will lose any gain from the textual search (although very common method names such as `new` will still benefit, most will suffer because there are more instances of a container name than its associated item).
This is where the key trick enters the picture. The key insight is that there is still a textual property: a container namer cannot be aliased, unless its name is mentioned in the alias declaration, or a name of alias of it is mentioned in the alias declaration.
This becomes a fixpoint algorithm: we expand our list of aliases as we collect more and more (possible) aliases, until we eventually reach a fixpoint. A fixpoint is not guaranteed (and we do have guards for the rare cases where it does not happen), but it is almost so: most types have very few aliases, if at all.
We do use some semantic information while analyzing aliases. It's a balance: too much semantic analysis, and the search will become slow. But too few of it, and we will bring many incorrect aliases to our list, and risk it expands and expands and never reach a fixpoint. At the end, based on benchmarks, it seems worth to do a lot to avoid adding an alias (but not too much), while it is worth to do a lot to avoid the need to semantically analyze func_name matches (but again, not too much).
After we collected our list of aliases, we filter matches based on this list. Only if a match can be real, we do semantic analysis for it.
The results are promising: searching for all references on `new()` in `base-db` in the rust-analyzer repository, which previously took around 60 seconds, now takes as least as two seconds and a half (roughly), while searching for `Vec::new()`, almost an upper bound to how much a symbol can be used, that used to take 7-9 minutes(!) now completes in 100-120 seconds, and with less than half of non-verified results (aka. false positives).
This is the less strictly correct (but faster) of this patch; it can miss some (rare) cases (there is a test for that - `goto_ref_on_short_associated_function_complicated_type_magic_can_confuse_our_logic()`). There is another branch that have no false negatives but is slower to search (`Vec::new()` never reaches a fixpoint in aliases collection there). I believe it is possible to create a strategy that will have the best of both worlds, but it will involve significant complexity and I didn't bother, especially considering that in the vast majority of the searches the other branch will be more than enough. But all in all, I decided to bring this branch (of course if the maintainers will agree), since our search is already not 100% accurate (it misses macros), and I believe there is value in the additional perf.
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