fix: Improve error recovery for match arms
This should make use of the recovery token sets, but I think it'd be better to fix that as a whole while fixing the other places for these adhoc recovery checks.
Use `--workspace` and `--no-fail-fast` in test explorer
This PR contains:
* Using `--workspace` in `cargo test` command, to running all tests even when there is a crate in the root of a workspace
* Using `--no-fail-fast` to run all requested tests
* Excluding bench in the test explorer
* Fixing a bug in the `hack_recover_crate_name`
fix#16874
fix: Skip problematic cyclic dev-dependencies
Implements a workaround for https://github.com/rust-lang/rust-analyzer/issues/14167, notably it does not implement the ideas surfaced in the issue, but takes a simpler to implement approach (and one that is more consistent).
Effectively, all this does is discard dev-dependency edges that go from a workspace library target to another workspace library target. This means, using a dev-dependency to another workspace member inside unit tests will always fail to resolve for r-a now, (instead of being order dependent and causing problems elsewhere) while things will work out fine in integration tests, benches, examples etc. This effectively acknowledges package cycles to be okay, but crate graph cycles to be invalid:
Quoting https://github.com/rust-lang/rust-analyzer/issues/14167#issuecomment-1864145772
> Though, if you have “package cycle” in integration tests, you’d have “crate cycle” in unit test.
We disallow the latter here, while continuing to support the former
(What's missing is to supress diagnostics for such unit tests, though not doing so might be a good deterrent, making devs avoid the pattern altogether)
feat: Implement ATPIT
Resolves#16584
Note: This implementation only works for ATPIT, not for TAIT.
The main hinderence that blocks the later is the defining sites of TAIT can be inner blocks like in;
```rust
type X = impl Default;
mod foo {
fn bar() -> super::X {
()
}
}
```
So, to figure out we are defining it or not, we should recursively probe for nested modules and bodies.
For ATPIT, we can just look into current body because `error[E0401]: can't use 'Self' from outer item` prevent such nested structures;
```rust
trait Foo {
type Item;
fn foo() -> Self::Item;
}
struct Bar;
impl Foo for Bar {
type Item = impl Default;
fn foo() -> Self::Item {
fn bar() -> Self::Item {
^^^^^^^^^^
|
use of `Self` from outer item
refer to the type directly here instead
5
}
bar()
}
}
```
But this implementation does not checks for unification of same ATPIT between different bodies, monomorphization, nor layout for similar reason. (But these can be done with lazyness if we can utilize something like "mutation of interned value" with `db`. I coundn't find such thing but I would appreciate it if such thing exists and you could let me know 😅)
feat: Syntax highlighting improvements
Specifically
- Adds a new `constant` modifier, attached to keyword `const` (except for `*const ()` and `&raw const ()`), `const` items and `const` functions
- Adds (or rather reveals) `associated` modifier for associated items
- Fixes usage of the standard `static` modifier, now it acts like `associated` except being omitted for methods.
- Splits `SymbolKind::Function` into `Function` and `Method`. We already split other things like that (notable self param from params), so the split makes sense in general as a lot special cases around it anyways.
Refactor extension to support arbitrary shell command runnables
Currently, the extension assumes that all runnables invoke cargo. Arguments are sometimes full CLI arguments, and sometimes arguments passed to a cargo subcommand.
Refactor the extension so that tasks are just a `program` and a list of strings `args`, and rename `CargoTask` to `RustTask` to make it generic.
(This was factored out of #16135 and tidied.)
fix: handle attributes when typing curly bracket
fix#16848.
When inserting a `{`, if it is identified that the front part of `expr` is `attr`, we consider it as inserting `{}` around the entire `expr` (excluding the attr part).
Bump dependencies and use in-tree `rustc_pattern_analysis`
One last `pattern_analysis` API change. I don't have any more planned! So we can now use the in-tree version when available.
fix: Ignore some warnings if they originate from within macro expansions
These tend to be annoying noise as we can't handle `allow`s for them properly for the time being.
fix: incorrect handling of `use` and panic issue in `extract_module`.
fix#16826
This PR includes the following changes:
1. Simplify the implementation partially, removing many unnecessary loops and `clone()`.
2. When it is found that the top level of the selection contains a `use` statement, a copy of the `use` will be reinserted before extraction. (#16826)
3. Fixed an issue during `extract_module`, where if the top level of the selected part contains `A` and `use A::B`, it caused a duplication of `use A`.
fix: Fix wrong where clause rendering on hover
We were not accounting for proper newline indentation in some places making the hover look weird (or just straight up wrong for type aliases)
