Rollup of 23 pull requests - #162206
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Previously, these tests were testing the wrong feature gate, and had unnecessary type errors.
This is done so that we can test whether the location used is at the function call site or the await site.
Co-authored-by: Ralf Jung <post@ralfj.de>
- Rename `generate_*` functions to `emit_*`, since they emit LLVM globals - Consistently use qualified paths in `counter_for_term` - Remove an unnecessary Clone from `llvm_cov::Regions`
One of the key tasks in coverage codegen is to take the source-code spans that were recorded during MIR instrumentation, and resolve them to physical coordinates in their respective files. In rare cases this resolution can fail, which leads to the awkward possibility that a function might lose _all_ of its mappings for a particular file/expansion. If that happens, we need to avoid emitting a covfun file section containing no regions, because doing so would trigger errors in LLVM. The existing code does handle this edge case, but in a way that won't generalise to multiple files/expansions. Having an explicit intermediate resolution step will make it easier to add support for expansion regions in the future.
`suggest_fn_call` only fired when the failing obligation came from `ObligationCauseCode::FunctionArg`, so a fn item or closure used as the iterator of a `for` loop got no structured suggestion to call it. the iterator of a `for` loop is passed to `IntoIterator::into_iter`, so the failing `Iterator` goal is a derived obligation and the cause span carries the loop desugaring, which makes `can_be_used_for_suggestions` return false. carry the `HirId` of the iterator expression in `ObligationCauseCode::ForLoopIterator` and gate the suggestion on the span of that expression instead. rust-lang#161564
dereferencing an uncalled function only said the function type cannot be dereferenced. it now suggests the call, gated on the return type actually being dereferenceable. rust-lang#161564 (comment)
…low` VxWorks' libc defines no `O_NOFOLLOW`, so building std for x86_64-wrs-vxworks stopped compiling once `set_perm_nofollow` was consolidated into `sys/fs/unix.rs` without a vxworks guard. VxWorks also has no way to express a no-follow permission change: its `fchmodat` rejects `AT_SYMLINK_NOFOLLOW` with `ENOTSUP`. Return `Unsupported`, matching the existing Android stub.
Make it also enabled by default just like it is for clang.
Our `LLVMRustVersion*` functions get hard-coded `LLVM_VERSION_*` values when we build `RustWrapper.cpp`, but this could be different than the actual LLVM library at runtime. This should never happen with toolchains from `rustup`, but with external LLVM in a distro build, for example, `rustc` and `LLVM` can be upgraded independently. Most of the time when we check the LLVM version, we're only looking at the major version anyway, and we already assert that these are equal in `configure_llvm`. However, for anything that does check the minor or patch version too, the runtime version is probably more relevant.
This reverts commit 5a5b84a.
`LoweringContext` has 14 fields that get swapped in and out in `with_hir_id_owner`. This is fragile and gross. This commit moves those fields into a new struct, `PerOwnerLoweringState`, which means they can be swapped in and out cleanly. Other changes: - All `self.foo` accesses to those 14 fields become `self.curr_owner.foo`. - Field renames: - `current_hir_id_owner` -> `owner_id` - `current_disambiguator` -> `disambiguator` - `LoweringContext::make_owner_info` becomes `PerOwnerLoweringState::into_owner_info`; this makes sense because it consumes the `PerOwnerLoweringState`. - Stronger assertions: `into_owner_info` has assertions that now apply to the `with_lctx` path as well as the `with_hir_id_owner` path.
because "g" is used for __ibm128, __float128 gets a custom name
Co-authored-by: mejrs <59372212+mejrs@users.noreply.github.com>
…wiser Prefer `LLVMGetVersion` for runtime info Our `LLVMRustVersion*` functions get hard-coded `LLVM_VERSION_*` values when we build `RustWrapper.cpp`, but this could be different than the actual LLVM library at runtime. This should never happen with toolchains from `rustup`, but with external LLVM in a distro build, for example, `rustc` and `LLVM` can be upgraded independently. Most of the time when we check the LLVM version, we're only looking at the major version anyway, and we already assert that these are equal in `configure_llvm`. However, for anything that does check the minor or patch version too, the runtime version is probably more relevant.
fix ICE in project_goals/inherent I'm a silly goose. The next solver has the exact same bug as rust-lang#161858 - merely enabling next-solver on the test added in that PR causes an ICE 🙃 ICE was technically introduced by rust-lang#161929 but this bug has always been present, it's just that PR explicitly tracked things better and ICEd on the bug instead of silently continuing. fixes rust-lang#162147 explanation: `push_const_arg_has_type_goal` expects its term to have rebased, `impl`-format args, not `Self` format args. See doc comment on `AliasConstKind::InherentSelf` for what "impl format" and "self format" mean: https://doc.rust-lang.org/nightly/nightly-rustc/rustc_type_ir/enum.AliasConstKind.html#variant.InherentSelf r? @BoxyUwU since we chatted about this yesterday but honestly anyone vaguely t-types and/or const-generics feel free to review as well, should be relatively straightforward!
…tdev Explain LoongArch f16 NaN-boxing in inline asm The psABI leaves the upper bits of a widened f16 value undefined, so the NaN-boxing here isn't ABI-required. It's intentional: it matches LLVM's own codegen and avoids an f16 value being mistaken for a valid f32 value. Update the comment to reflect this. r? @folkertdev
fix supposedly unreachable `bug!` being reachable `bug!` introduced in rust-lang#161929 fixes rust-lang#162146 wfcheck.rs does a normalize on a type here https://github.com/rust-lang/rust/blob/edc52f87c28f328c61685a02c47887a5cec7d767/compiler/rustc_hir_analysis/src/check/wfcheck.rs#L929 which reduces the contained alias within from a nonrigid InherentSelf to a rigid InherentImpl, because we do so upon encountering a too-generic-to-ctfe alias the very next line, it then `register_wf_obligation` on the resulting normalized type, that contains an InherentImpl inside wf, that eventually hits the `bug!` I added and ICEs https://github.com/rust-lang/rust/blob/a4330234a776684c36428d001721d0320d24dd77/compiler/rustc_trait_selection/src/traits/wf.rs#L1104 r? @BoxyUwU
core: mark float `ClampBounds` methods as `#[inline]` Commit bd174e1 ("Implement clamp_to") added a few float methods that are not marked `#[inline]`. This causes `core` to require new symbols in soft-float builds, even if the methods are unused, e.g. from the Linux kernel: ld.lld: error: undefined symbol: fmaximum_numf >>> referenced by core.1f440ee8661e09f9-cgu.0 >>> rust/core.o:(<core::ops::range::RangeFrom<f32> as core::cmp::clamp::ClampBounds<f32>>::clamp) in archive vmlinux.a (and similar for `f{min,max}imum_num{f,}` and `__gt{s,d}f2`). It is possible to work around this in the Linux side, but these methods should probably be `#[inline]` to begin with, like many other similar methods are. Thus mark them as inline.
…conds, r=jhpratt docs(time): clarify exact seconds for hour and minute Documented that `Duration::from_hours` defines one hour as 3,600 seconds (60 minutes), and `Duration::from_mins` defines one minute as 60 seconds. Doctests for these methods also appear to be based on these definitions. The purpose of this is to clarify that `Duration` is a fixed length value that ignores factors such as a leap second. This is inspired by <rust-lang/libs-team#869 (comment)>. It seems that no library in Rust handle leap seconds, so there isn't much point in documenting this. However, I don't think it would hurt to include it for the sake of consistency with rust-lang#162195. See also rust-lang#120301 @rustbot label +A-docs
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⌛ Trying commit 840bc8c with merge ab10739… To cancel the try build, run the command Workflow: https://github.com/rust-lang/rust/actions/runs/33661393820 |
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Rollup of 23 pull requests try-job: dist-various-1 try-job: test-various try-job: x86_64-gnu-aux try-job: x86_64-gnu-llvm-21-3 try-job: x86_64-msvc-1 try-job: aarch64-apple-1 try-job: aarch64-apple-2 try-job: x86_64-mingw-1 try-job: i686-msvc-1 try-job: i686-msvc-2
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PR #162014, which is a member of this rollup, was unapproved. This rollup was thus unapproved. |
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Successful merges:
rustdoc-htmltests using--testinto the right folder #162014 (Move morerustdoc-htmltests using--testinto the right folder)forloop #161579 (suggest calling a fn item used as the iterator of aforloop)PerOwnerLoweringState#162120 (IntroducePerOwnerLoweringState)f16andf128#162151 (Test itanium mangling off16andf128)!in stability checks anymore #162162 (Don't special-case!in stability checks anymore)thir::ExprKind::UsetoValueExpr#162187 (Renamethir::ExprKind::UsetoValueExpr)#[track_caller]in async #161972 (Improve tests for#[track_caller]in async)boxpattern removal diagnostic more actionable & removeboxexpression recovery #162008 (Render theboxpattern removal diagnostic more actionable & removeboxexpression recovery)libc::O_NOFOLLOWon VxWorks inset_perm_nofollow#162065 (std: don't referencelibc::O_NOFOLLOWon VxWorks inset_perm_nofollow)impl TryFrom<int> for int#162076 (docs(num): clarify conditions under which error occurs inimpl TryFrom<int> for int)LLVMGetVersionfor runtime info #162153 (PreferLLVMGetVersionfor runtime info)bug!being reachable #162173 (fix supposedly unreachablebug!being reachable)ClampBoundsmethods as#[inline]#162191 (core: mark floatClampBoundsmethods as#[inline])r? @ghost
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