| Age | Commit message (Collapse) | Author | Lines |
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compiletest: make path normalization smarter
Fixes #59109.
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Expand suggestions for type ascription parse errors
Fix #51222. CC #48016, #47666, #54516, #34255.
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```
error[E0004]: non-exhaustive patterns: type `X` is non-empty
--> file.rs:9:11
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1 | / enum X {
2 | | A,
| | - variant not covered
3 | | B,
| | - variant not covered
4 | | C,
| | - variant not covered
5 | | }
| |_- `X` defined here
...
9 | match x {
| ^
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= help: ensure that all possible cases are being handled, possibly by adding wildcards or more match arms
error[E0004]: non-exhaustive patterns: `B` and `C` not covered
--> file.rs:11:11
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1 | / enum X {
2 | | A,
3 | | B,
4 | | C,
| | - not covered
5 | | }
| |_- `X` defined here
...
11 | match x {
| ^ patterns `C` not covered
```
When a match expression doesn't have patterns covering every variant,
point at the enum's definition span. On a best effort basis, point at the
variant(s) that are missing. This does not handle the case when the missing
pattern is due to a field's enum variants:
```
enum E1 {
A,
B,
C,
}
enum E2 {
A(E1),
B,
}
fn foo() {
match E2::A(E1::A) {
E2::A(E1::B) => {}
E2::B => {}
}
//~^ ERROR `E2::A(E1::A)` and `E2::A(E1::C)` not handled
}
```
Unify look between match with no arms and match with some missing patterns.
Fix #37518.
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Function signatures with the `variadic` member set are actually
C-variadic functions. Make this a little more explicit by renaming the
`variadic` boolean value, `c_variadic`.
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Add support for defining C compatible variadic functions in unsafe rust
with extern "C".
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Co-Authored-By: Gabriel Smith <yodaldevoid@users.noreply.github.com>
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Move privacy checking later in the pipeline and make some passes run in parallel
r? @michaelwoerister
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This commit adds a suggestion when a import is duplicated (ie. the same name
is used twice trying to import the same thing) to remove the second
import.
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Make raw ptr ops unsafe in const contexts
r? @RalfJung
cc @Centril
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Fix stack overflow when finding blanket impls
Currently, SelectionContext tries to prevent stack overflow by keeping
track of the current recursion depth. However, this depth tracking is
only used when performing normal section (which includes confirmation).
No such tracking is performed for evaluate_obligation_recursively, which
can allow a stack overflow to occur.
To fix this, this commit tracks the current predicate evaluation depth.
This is done separately from the existing obligation depth tracking:
an obligation overflow can occur across multiple calls to 'select' (e.g.
when fulfilling a trait), while a predicate evaluation overflow can only
happen as a result of a deep recursive call stack.
Fixes #56701
I've re-used `tcx.sess.recursion_limit` when checking for predication evaluation overflows. This is such a weird corner case that I don't believe it's necessary to have a separate setting controlling the maximum depth.
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Use structured suggestion to surround struct literal with parenthesis
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Implement basic input validation for built-in attributes
Correct top-level shape (`#[attr]` vs `#[attr(...)]` vs `#[attr = ...]`) is enforced for built-in attributes, built-in attributes must also fit into the "meta-item" syntax (aka the "classic attribute syntax").
For some subset of attributes (found by crater run), errors are lowered to deprecation warnings.
NOTE: This PR previously included https://github.com/rust-lang/rust/pull/57367 as well.
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rustc: Remove platform intrinsics crate
This was originally attempted in #57048 but it was realized that we
could fully remove the crate via the `"unadjusted"` ABI on intrinsics.
This means that all intrinsics in stdsimd are implemented directly
against LLVM rather than using the abstraction layer provided here. That
ends up meaning that this crate is no longer used at all.
This crate developed long ago to implement the SIMD intrinsics, but we
didn't end up using it in the long run. In that case let's remove it!
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provide suggestion for invalid boolean cast
Also, don't suggest comparing to zero for non-numeric expressions.
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This was originally attempted in #57048 but it was realized that we
could fully remove the crate via the `"unadjusted"` ABI on intrinsics.
This means that all intrinsics in stdsimd are implemented directly
against LLVM rather than using the abstraction layer provided here. That
ends up meaning that this crate is no longer used at all.
This crate developed long ago to implement the SIMD intrinsics, but we
didn't end up using it in the long run. In that case let's remove it!
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clarify resolve typo suggestion
Include the kind of the binding that we're suggesting, and use a
structured suggestion.
Fixes #53445.
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Point at match discriminant on type error in match arm pattern
```
error[E0308]: mismatched types
--> src/main.rs:5:9
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4 | let temp: usize = match a + b {
| ----- this expression has type `usize`
5 | Ok(num) => num,
| ^^^^^^^ expected usize, found enum `std::result::Result`
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= note: expected type `usize`
found type `std::result::Result<_, _>`
```
Fix #57279.
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Improve the wording
I'm sorry but re-opened the PR because I failed to squash commits(#57397).
Fixes #55752.
r? @varkor
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Stabilise irrefutable if-let and while-let patterns
This stabilises RFC 2086 (https://github.com/rust-lang/rust/issues/44495).
This replaces https://github.com/rust-lang/rust/pull/55639, as we want to stabilise this in time for the beta cut-off.
Closes https://github.com/rust-lang/rust/pull/55639.
r? @Centril
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use structured suggestion when casting a reference
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This stabilises RFC 2086 (https://github.com/rust-lang/rust/issues/44495).
Co-Authored-By: Sebastian Malton <sebastian@malton.name>
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Also, don't suggest comparing to zero for non-numeric expressions.
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