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`tests/ui`: A New Order [13/N]
Some `tests/ui/` housekeeping, to trim down number of tests directly under `tests/ui/`. Part of rust-lang/rust#133895.
r? ```@jieyouxu```
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intrinsics
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By allowing long names to overlap with the "Uses" field when it has
spare space. This avoids unnecessary line breaks in the output.
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With a long macro name that could fit on one line, but currently isn't
formatted that way, because the name would overlap with the maximum
width of the "Uses" column. (The next commit will fix this.)
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Fix suggestion spans inside macros for the `unused_must_use` lint
This PR fixes the suggestion spans inside macros for the `unused_must_use` lint by trying to find the oldest ancestor span.
Fixes https://github.com/rust-lang/rust/issues/143025
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`tests/ui`: A New Order [12/N]
Some `tests/ui/` housekeeping, to trim down number of tests directly under `tests/ui/`. Part of rust-lang/rust#133895.
r? `@jieyouxu`
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`tests/ui`: A New Order [9/N]
Some `tests/ui/` housekeeping, to trim down number of tests directly under `tests/ui/`. Part of rust-lang/rust#133895.
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Add SIMD funnel shift and round-to-even intrinsics
This PR adds 3 new SIMD intrinsics
- `simd_funnel_shl` - funnel shift left
- `simd_funnel_shr` - funnel shift right
- `simd_round_ties_even` (vector version of `round_ties_even_fN`)
TODO (future PR): implement `simd_fsh{l,r}` in miri, cg_gcc and cg_clif (it is surprisingly hard to implement without branches, the common tricks that rotate uses doesn't work because we have 2 elements now. e.g, the `-n&31` trick used by cg_gcc to implement rotate doesn't work with this because then `fshl(a, b, 0)` will be `a | b`)
[#t-compiler > More SIMD intrinsics](https://rust-lang.zulipchat.com/#narrow/channel/131828-t-compiler/topic/More.20SIMD.20intrinsics/with/522130286)
`@rustbot` label T-compiler T-libs A-intrinsics F-core_intrinsics
r? `@workingjubilee`
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Fix the span of trait bound modifier `[const]`
r? project-const-traits or anyone
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Port `#[link_name]` to the new attribute parsing infrastructure
Ports `link_name` to the new attribute parsing infrastructure for https://github.com/rust-lang/rust/issues/131229#issuecomment-2971353197
r? `@jdonszelmann`
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Generate symbols.o for proc-macros too
To ensure used statics are functioning correctly for proc-macros too.
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r=lolbinarycat
Add regression test for #137857 to ensure that we generate intra doc links for extern crate items.
Fixes https://github.com/rust-lang/rust/issues/137857.
I checked that linking to extern crates was generating valid links (with the `/index.html` part) and since it's already working, just adding a regression test.
r? `@notriddle`
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Prepare for rework done in the rest of [PR143118].
[PR143118]: https://www.github.com/rust-lang/rust/pull/143118
Co-authored-by: Kivooeo <Kivooeo123@gmail.com>
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r=GuillaumeGomez
rustdoc: show attributes on enum variants
mostly for #[non_exhaustive]
unsure if there's any attributes we should take care to *not* include, it could use `render_code_attribute` and `is_non_exhaustive` instead, if that is a concern.
fixes rust-lang/rust#142599
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Co-authored-by: Anne Stijns <anstijns@gmail.com>
Signed-off-by: Jonathan Brouwer <jonathantbrouwer@gmail.com>
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Insert checks for enum discriminants when debug assertions are enabled
Similar to the existing null-pointer and alignment checks, this checks for valid enum discriminants on creation of enums through unsafe transmutes. Essentially this sanitizes patterns like the following:
```rust
let val: MyEnum = unsafe { std::mem::transmute<u32, MyEnum>(42) };
```
An extension of this check will be done in a follow-up that explicitly sanitizes for extern enum values that come into Rust from e.g. C/C++.
This check is similar to Miri's capabilities of checking for valid construction of enum values.
This PR is inspired by saethlin@'s PR
https://github.com/rust-lang/rust/pull/104862. Thank you so much for keeping this code up and the detailed comments!
I also pair-programmed large parts of this together with vabr-g@.
r? `@saethlin`
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for extern crate items.
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Signed-off-by: Jonathan Brouwer <jonathantbrouwer@gmail.com>
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gce: don't ICE on non-local const
Fixes rust-lang/rust#133808
I have absolutely no idea what I'm doing here, but I followed `@BoxyUwU` 's [instructions](https://github.com/rust-lang/rust/issues/133808#issuecomment-3009122957), and turns out this small change fixes rust-lang/rust#133808, and doesn't seem to break anything else.
(This code path is only reachable when the GCE feature gate is enabled, so even if it does break in a way that is not caught by current test coverage, I guess it's not as bad as breaking stable or non-incomplete features?)
Anyways, r? `@BoxyUwU` , if you don't mind.
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r=compiler-errors
hir_analysis: prohibit `dyn PointeeSized`
Fixes rust-lang/rust#142652
Supersedes rust-lang/rust#142663
`dyn PointeeSized` is nonsensical as a `dyn PointeeSized` needs to be `MetaSized`, so lets reject it to avoid hitting code paths that expect a builtin impl for `PointeeSized`
r? `@compiler-errors`
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const checks for lifetime-extended temporaries: avoid 'top-level scope' terminology
This error recently got changed in https://github.com/rust-lang/rust/pull/140942 to use the terminology of "top-level scope", but after further discussion in https://github.com/rust-lang/reference/pull/1865 it seems the reference will not be using that terminology after all. So let's also remove it from the compiler again, and let's focus on what actually happens with these temporaries: their lifetime is extended until the end of the program.
r? ``@oli-obk`` ``@traviscross``
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const validation: properly ignore zero-sized UnsafeCell
Fixes https://github.com/rust-lang/rust/issues/142948
r? `@oli-obk`
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Normalize before computing ConstArgHasType goal in new solver
This is a fix for rust-lang/rust#139905. See the description I left in the test.
I chose to fix this by normalizing the type before matching on its `.kind()` in `compute_const_arg_has_type_goal` (since it feels somewhat consistent with how we normalize types before assembling their candidates, for example); however, there are several other solutions that come to mind for fixing this ICE:
1. (this solution)
2. Giving `ConstKind::Error` a proper type, like `ConstKind::Value`, so that consts don't go from failing to passing `ConstArgHasType` goals after normalization (i.e. `UNEVALUATED` would normalize into a `ConstKind::Error(_, bool)` type rather than losing its type altogether).
3. Just suppressing the errors and accepting the fact that goals can go from fail->pass after normalization.
Thoughts? Happy to discuss this fix further.
r? `@BoxyUwU`
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