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Rollup of 8 pull requests #129130
Rollup of 8 pull requests #129130
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This lets us compare a `Token` with a `TokenKind`. It's used a lot, but can be used even more, avoiding the need for some `.kind` uses.
…-stack-sanitizer, r=tmandry Unconditionally allow shadow call-stack sanitizer for AArch64 It is possible to do so whenever `-Z fixed-x18` is applied. cc ``@Darksonn`` for context The reasoning is that, as soon as reservation on `x18` is forced through the flag `fixed-x18`, on AArch64 the option to instrument with [Shadow Call Stack sanitizer](https://clang.llvm.org/docs/ShadowCallStack.html) is then applicable regardless of the target configuration. At the every least, we would like to relax the restriction on specifically `aarch64-unknonw-none`. For this option, we can include a documentation change saying that users of compiled objects need to ensure that they are linked to runtime with Shadow Call Stack instrumentation support. Related: rust-lang#121972
…=spastorino Use `impl PartialEq<TokenKind> for Token` more. This lets us compare a `Token` with a `TokenKind`. It's used a lot, but can be used even more, avoiding the need for some `.kind` uses. r? `@spastorino`
…c-closure-inference, r=lcnr Infer async closure args from `Fn` bound even if there is no corresponding `Future` bound on return In rust-lang#127482, I implemented the functionality to infer an async closure signature when passed into a function that has `Fn` + `Future` where clauses that look like: ``` fn whatever(callback: F) where F: Fn(Arg) -> Fut, Fut: Future<Output = Out>, ``` However, rust-lang#127781 demonstrates that this is still incomplete to address the cases users care about. So let's not bail when we fail to find a `Future` bound, and try our best to just use the args from the `Fn` bound if we find it. This is *fine* since most users of closures only really care about the *argument* types for inference guidance, since we require the receiver of a `.` method call to be known in order to probe methods. When I experimented with programmatically rewriting `|| async {}` to `async || {}` in rust-lang#127827, this also seems to have fixed ~5000 regressions (probably all coming from usages `TryFuture`/`TryStream` from futures-rs): the [before](rust-lang#127827 (comment)) and [after](rust-lang#127827 (comment)) crater runs. Fixes rust-lang#127781.
…onur-ozkan Print more verbose error for commands that capture output rust-lang#128874 made bootstrap command errors less verbose without `-v`. However, in some cases it's too extreme. If a command fails, it now outputs just `Command has failed. Rerun with -v to see more details.`, without providing any context. I think that I found a reasonable heuristic to figure out when we should print a more verbose error. When the command doesn't capture output, its stdout/stderr is printed, therefore the user sees context about the error. However, when the command captures its output, the user won't see any error message in the output, which is not great. So only in that case, bootstrap now prints a slightly more verbose output (and also prints the captured output). r? `@onur-ozkan`
…-ref, r=lcnr Fix projections when parent capture is by-ref but child capture is by-value in the `ByMoveBody` pass This fixes a somewhat strange bug where we build the incorrect MIR in rust-lang#129074. This one is weird, but I don't expect it to actually matter in practice since it almost certainly results in a move error in borrowck. However, let's not ICE. Given the code: ``` #![feature(async_closure)] // NOT copy. struct Ty; fn hello(x: &Ty) { let c = async || { *x; //~^ ERROR cannot move out of `*x` which is behind a shared reference }; } fn main() {} ``` The parent coroutine-closure captures `x: &Ty` by-ref, resulting in an upvar of `&&Ty`. The child coroutine captures `x` by-value, resulting in an upvar of `&Ty`. When constructing the by-move body for the coroutine-closure, we weren't applying an additional deref projection to convert the parent capture into the child capture, resulting in an type error in assignment, which is a validation ICE. As I said above, this only occurs (AFAICT) in code that eventually results in an error, because it is only triggered by HIR that attempts to move a non-copy value out of a ref. This doesn't occur if `Ty` is `Copy`, since we'd instead capture `x` by-ref in the child coroutine. Fixes rust-lang#129074
…=jieyouxu Remove redundant type ops: `Eq`/`Subtype` r? lcnr or anyone really
…ustdoc-output-methods, r=Kobzol Remove duplicated `Rustdoc::output` method from `run-make-support` lib I discovered recently that `--output` is deprecated in rustdoc and that `--out-dir` is doing the exact same thing. To keep things along with the current rustdoc status, I removed the `Rustdoc::output` method. cc `@jieyouxu` r? `@Kobzol`
…llaumeGomez rustdoc-json: Use FxHashMap from rustdoc_json_types Alternative to rust-lang#110051 and rust-lang#127456. This lets us avoid rehashing the json index after building it by using the same hashmap type in construction and in rustdoc_json_types. The above PR's tried to do this by having rustdoc_json_types get the same hashmap that rustdoc has via rustc_data_structures. However, this can be made simpler if we change rustdoc instead. For the rustdoc-type republish on crates.io, It will filter out the `pub use`, and not change source at all. rust-lang/rustdoc-types#30. That code [already replaces the hashmap](https://github.com/aDotInTheVoid/rustdoc-types/blob/8d6528669ec64c2af43d1c79a228b7711cefdad7/update.sh#L11) to use the one in `std::collections` (instead of `FxHashMap`) try-job: dist-arm-linux r? ``@GuillaumeGomez``
@bors r+ rollup=never p=8 |
☀️ Test successful - checks-actions |
📌 Perf builds for each rolled up PR:
previous master: d2b5aa6552 In the case of a perf regression, run the following command for each PR you suspect might be the cause: |
Finished benchmarking commit (2c93fab): comparison URL. Overall result: no relevant changes - no action needed@rustbot label: -perf-regression Instruction countThis benchmark run did not return any relevant results for this metric. Max RSS (memory usage)Results (secondary 0.9%)This is a less reliable metric that may be of interest but was not used to determine the overall result at the top of this comment.
CyclesThis benchmark run did not return any relevant results for this metric. Binary sizeThis benchmark run did not return any relevant results for this metric. Bootstrap: 752.088s -> 751.842s (-0.03%) |
Successful merges:
impl PartialEq<TokenKind> for Token
more. #129065 (Useimpl PartialEq<TokenKind> for Token
more.)Fn
bound even if there is no correspondingFuture
bound on return #129072 (Infer async closure args fromFn
bound even if there is no correspondingFuture
bound on return)ByMoveBody
pass #129101 (Fix projections when parent capture is by-ref but child capture is by-value in theByMoveBody
pass)Eq
/Subtype
#129106 (Remove redundant type ops:Eq
/Subtype
)Rustdoc::output
method fromrun-make-support
lib #129122 (Remove duplicatedRustdoc::output
method fromrun-make-support
lib)r? @ghost
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