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Automatic Rustup #3141
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This function will always fail, allowing std's `Sleep` fallback path to be taken instead.
time: use clock_gettime on macos Replace `gettimeofday` with `clock_gettime(CLOCK_REALTIME)` on: ``` all(target_os = "macos", not(target_arch = "aarch64")), target_os = "ios", target_os = "watchos", target_os = "tvos" ))] ``` `gettimeofday` was first used in time-rs/time@cc367ed which predated the introduction of `clock_gettime` support in macOS 10.12 Sierra which became the minimum supported version in 58bbca958d917a89124da248735926f86c59a149. Replace `mach_{absolute_time,timebase_info}` with `clock_gettime(CLOCK_REALTIME)` on: ``` all(target_os = "macos", not(target_arch = "aarch64")), target_os = "ios", target_os = "watchos", target_os = "tvos" ))] ``` `mach_{absolute_time,timebase_info}` were first used in time-rs/time@cc367ed which predated the introduction of `clock_gettime` support in macOS 10.12 Sierra which became the minimum supported version in 58bbca958d917a89124da248735926f86c59a149. Note that this change was made for aarch64 in 5008a317ce8e508c390ed12bff281f307313376e which predated 10.12 becoming the minimum supported version. The discussion took place in rust-lang/rust#91417 and in particular rust-lang/rust#91417 (comment) and rust-lang/rust#91417 (comment) are relevant.
Handle `ReErased` in responses in new solver There are legitimate cases in the compiler where we return `ReErased` for lifetimes that are uncaptured in the hidden type of an opaque. For example, in the test committed below, we ignore ignore the bivariant lifetimes of an opaque when it's inferred as the hidden type of another opaque. This may result in a `type_of(Opaque)` call returning a type that references `ReErased`. Let's handle this gracefully in the new solver. Also added a `rustc_hidden_type_of_opaques` attr to print hidden types. This seems useful for opaques. r? lcnr
Windows: Support sub-millisecond sleep Use `CreateWaitableTimerExW` with `CREATE_WAITABLE_TIMER_HIGH_RESOLUTION`. Does not work before Windows 10, version 1803 so in that case we fallback to using `Sleep`. I've created a `WaitableTimer` type so it can one day be adapted to also support waiting to an absolute time (which has been talked about). Note though that it currently returns `Err(())` because we can't do anything with the errors other than fallback to the old `Sleep`. Feel free to tell me to do errors properly. It just didn't seem worth constructing an `io::Error` if we're never going to surface it to the user. And it *should* all be infallible anyway unless the OS is too old to support it. Closes #43376
Sync rustc_codegen_cranelift This contains fixes for the last two remaining known miscompilations. One is the lack of stack alignment support in cranelift which has been worked around by dynamically realigning at runtime. This fixed rayon and by extension Wasmtime. And the other is lack of zero/sign extending of small arguments when the ABI requires this. This is completely fine when only using cg_clif compiled code, but LLVM depends on this resulting in weird behavior of mixed LLVM, Cranelift binaries. The update to Cranelift 0.101.1 fixes this. In addition I have implemented all x86_64 SIMD intrinsics required by the image and rav1e crates. r? `@ghost` `@rustbot` label +A-codegen +A-cranelift +T-compiler
Validate `feature` and `since` values inside `#[stable(…)]` Previously the string passed to `#[unstable(feature = "...")]` would be validated as an identifier, but not `#[stable(feature = "...")]`. In the standard library there were `stable` attributes containing the empty string, and kebab-case string, neither of which should be allowed. Pre-existing validation of `unstable`: ```rust // src/lib.rs #![allow(internal_features)] #![feature(staged_api)] #![unstable(feature = "kebab-case", issue = "none")] #[unstable(feature = "kebab-case", issue = "none")] pub struct Struct; ``` ```console error[E0546]: 'feature' is not an identifier --> src/lib.rs:5:1 | 5 | #![unstable(feature = "kebab-case", issue = "none")] | ^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^ ``` For an `unstable` attribute, the need for an identifier is obvious because the downstream code needs to write a `#![feature(...)]` attribute containing that identifier. `#![feature(kebab-case)]` is not valid syntax and `#![feature(kebab_case)]` would not work if that is not the name of the feature. Having a valid identifier even in `stable` is less essential but still useful because it allows for informative diagnostic about the stabilization of a feature. Compare: ```rust // src/lib.rs #![allow(internal_features)] #![feature(staged_api)] #![stable(feature = "kebab-case", since = "1.0.0")] #[stable(feature = "kebab-case", since = "1.0.0")] pub struct Struct; ``` ```rust // src/main.rs #![feature(kebab_case)] use repro::Struct; fn main() {} ``` ```console error[E0635]: unknown feature `kebab_case` --> src/main.rs:3:12 | 3 | #![feature(kebab_case)] | ^^^^^^^^^^ ``` vs the situation if we correctly use `feature = "snake_case"` and `#![feature(snake_case)]`, as enforced by this PR: ```console warning: the feature `snake_case` has been stable since 1.0.0 and no longer requires an attribute to enable --> src/main.rs:3:12 | 3 | #![feature(snake_case)] | ^^^^^^^^^^ | = note: `#[warn(stable_features)]` on by default ```
Generate aggregate constants in DataflowConstProp.
… r=b-naber Fix inline const pattern unsafety checking in THIR Fix THIR unsafety checking of inline constants. - Steal THIR in THIR unsafety checking (if enabled) instead of MIR lowering. - Represent inline constants in THIR patterns.
Text so github does not discard this message.
@bors r+
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💔 Test failed - checks-actions |
@bors r+ |
☀️ Test successful - checks-actions |
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