Make QNX/NTO specific "timespec capping" public to crate::sys
It is used in:
- `library/std/src/sys/locks/condvar/pthread.rs`
- `library/std/src/sys/pal/unix/thread_parking/pthread.rs`
This is probably required due to introduction of `sys/pal` and #121177
`@rustbot` label +O-neutrino
CC: `@jonathanpallant` `@japaric` `@gh-tr`
coverage: Rename `is_closure` to `is_hole`
Extracted from #121433, since I was having second thoughts about some of the other changes bundled in that PR, but these changes are still fine.
---
When refining covspans, we don't specifically care which ones represent closures; we just want to know which ones represent "holes" that should be carved out of other spans and then discarded.
(Closures are currently the only source of hole spans, but in the future we might want to also create hole spans for nested items and inactive `#[cfg(..)]` regions.)
``@rustbot`` label +A-code-coverage
Don't ICE on anonymous struct in enum variant
Fixes#121446
Computing `adt_def` for the anon struct calls `adt_def` on the parent to find its repr. If the parent is a non-item (e.g. an enum variant) we should have already emitted at least one error, so we just use the repr of the anonymous struct to avoid an ICE.
cc ``@frank-king``
mark `min_exhaustive_patterns` as complete
This is step 1 and 2 of my [proposal](https://github.com/rust-lang/rust/issues/119612#issuecomment-1918097361) to move `min_exhaustive_patterns` forward. The vast majority of in-tree use cases of `exhaustive_patterns` are covered by `min_exhaustive_patterns`. There are a few cases that still require `exhaustive_patterns` in tests and they're all behind references.
r? ``@ghost``
region unification: update universe of region vars
necessary for #119106. see inline comment for why this is necessary
r? `@compiler-errors` `@BoxyUwU`
When refining covspans, we don't specifically care which ones represent
closures; we just want to know which ones represent "holes" that should be
carved out of other spans and then discarded.
(Closures are currently the only source of hole spans, but in the future we
might want to also create hole spans for nested items and inactive `#[cfg(..)]`
regions.)
Explicitly call `emit_stashed_diagnostics`.
Commit 72b172b in #121206 changed things so that
`emit_stashed_diagnostics` is only called from `run_compiler`. But rustfmt doesn't use `run_compiler`, so it needs to call `emit_stashed_diagnostics` itself to avoid an abort in `DiagCtxtInner::drop` when stashed diagnostics occur.
Fixes#121450.
r? `@oli-obk`
coverage: Use variable name `this` in `CoverageGraph::from_mir`
A tiny little improvement, extracted from #120013.
This makes it easier to see that we're manipulating the instance that is being constructed, and is a lot less verbose than `basic_coverage_blocks`.
Allow for a missing `adt_def` in `NamePrivacyVisitor`.
This was caused by 72b172bdf6 in #121206. That commit removed an early return from `analysis` when there are stashed errors. As a result, it's possible to reach privacy analysis when there are stashed errors, which means more code paths can be reached. One such code path was handled in that commit, where a `span_bug` was changed to a `span_delayed_bug`.
This commit handles another such code path uncovered by fuzzing, in much the same way.
Fixes#121455.
r? `@oli-obk`
Fix more #121208 fallout
#121208 converted lots of delayed bugs to bugs. Unsurprisingly, there were a few invalid conversion found via fuzzing.
r? `@lcnr`
fix generalizer unsoundness
I ended up getting confused while trying to flip the variances when flipping the order. Should be all right now.
This is only exploitable when generalizing if the `ambient_variance` of the relation is `Contravariant`. This can currently only be the case in the NLL generalizer which only rarely generalizes, causing us to miss this regression. Very much an issue with #121462 however.
remove `llvm.assertions=true` in compiler profile
Having this set to true disrupts compiler development workflows for people who use `llvm.download-ci-llvm = true` because we don't provide ci-llvm on the `rustc-alt-builds` server. Therefore, it is kept off by default.
cc `@Nilstrieb` `@compiler-errors`
For more context, see https://rust-lang.zulipchat.com/#narrow/stream/242791-t-infra/topic/CI.20LLVM.20for.20aarch64
When encountering `<&T as Clone>::clone(x)` because `T: Clone`, suggest `#[derive(Clone)]`
CC #40699.
```
warning: call to `.clone()` on a reference in this situation does nothing
--> $DIR/noop-method-call.rs:23:71
|
LL | let non_clone_type_ref_clone: &PlainType<u32> = non_clone_type_ref.clone();
| ^^^^^^^^
|
= note: the type `PlainType<u32>` does not implement `Clone`, so calling `clone` on `&PlainType<u32>` copies the reference, which does not do anything and can be removed
help: remove this redundant call
|
LL - let non_clone_type_ref_clone: &PlainType<u32> = non_clone_type_ref.clone();
LL + let non_clone_type_ref_clone: &PlainType<u32> = non_clone_type_ref;
|
help: if you meant to clone `PlainType<u32>`, implement `Clone` for it
|
LL + #[derive(Clone)]
LL | struct PlainType<T>(T);
|
```
Move as many tests from tests/ui/numbers-arithmetic to tests/ui/lint as possible
Fixes#119851 , and also consolidates as many individual tests as possible from numbers-arithmetic. I might have moved the tests in too aggressively, so let me know
Commit 72b172b in #121206 changed things so that
`emit_stashed_diagnostics` is only called from `run_compiler`. But
rustfmt doesn't use `run_compiler`, so it needs to call
`emit_stashed_diagnostics` itself to avoid an abort in
`DiagCtxtInner::drop` when stashed diagnostics occur.
Fixes#121450.
bootstrap: don't resolve symlinks for initial_cargo
I have put the following in my `config.toml`:
```toml
# Includes one of the default files in src/bootstrap/defaults
profile = "compiler"
change-id = 121203
[build]
cargo = "/usr/bin/cargo"
rustc = "/usr/bin/rustc"
rustfmt = "/usr/bin/rustfmt"
```
I have rustup installed from Arch's repos, which has all of the above paths be symlinks to `/usr/bin/rustup`. This works just fine with the `argv[0]` trick that rustup uses.
However, `bootstrap` resolves symlinks to check whether `cargo` exists and then uses the resolved path, so it ends up calling `rustup` directly expecting it to behave like `cargo`. Which it doesn't.
This PR removes the canonicalization step, in turn fixing the issue, but sacrificing a pretty error message. However, this exact thing is checked by `x.py` in advance, so I hope it is not a big deal?
Provide suggestions through `rustc_confusables` annotations
Help with common API confusion, like asking for `push` when the data structure really has `append`.
```
error[E0599]: no method named `size` found for struct `Vec<{integer}>` in the current scope
--> $DIR/rustc_confusables_std_cases.rs:17:7
|
LL | x.size();
| ^^^^
|
help: you might have meant to use `len`
|
LL | x.len();
| ~~~
help: there is a method with a similar name
|
LL | x.resize();
| ~~~~~~
```
Fix#59450 (we can open subsequent tickets for specific cases).
Fix#108437:
```
error[E0599]: `Option<{integer}>` is not an iterator
--> f101.rs:3:9
|
3 | opt.flat_map(|val| Some(val));
| ^^^^^^^^ `Option<{integer}>` is not an iterator
|
::: /home/gh-estebank/rust/library/core/src/option.rs:571:1
|
571 | pub enum Option<T> {
| ------------------ doesn't satisfy `Option<{integer}>: Iterator`
|
= note: the following trait bounds were not satisfied:
`Option<{integer}>: Iterator`
which is required by `&mut Option<{integer}>: Iterator`
help: you might have meant to use `and_then`
|
3 | opt.and_then(|val| Some(val));
| ~~~~~~~~
```
On type error of method call arguments, look at confusables for suggestion. Fix#87212:
```
error[E0308]: mismatched types
--> f101.rs:8:18
|
8 | stuff.append(Thing);
| ------ ^^^^^ expected `&mut Vec<Thing>`, found `Thing`
| |
| arguments to this method are incorrect
|
= note: expected mutable reference `&mut Vec<Thing>`
found struct `Thing`
note: method defined here
--> /home/gh-estebank/rust/library/alloc/src/vec/mod.rs:2025:12
|
2025 | pub fn append(&mut self, other: &mut Self) {
| ^^^^^^
help: you might have meant to use `push`
|
8 | stuff.push(Thing);
| ~~~~
```
This was caused by 72b172bdf6 in #121206. That commit removed an early
return from `analysis` when there are stashed errors. As a result, it's
possible to reach privacy analysis when there are stashed errors, which
means more code paths can be reached. One such code path was handled in
that commit, where a `span_bug` was changed to a `span_delayed_bug`.
This commit handles another such code path uncovered by fuzzing, in much
the same way.
Fixes#121455.
remove `sub_relations` from the `InferCtxt`
While doing so, I tried to remove the `delay_span_bug` in `rematch_impl` again, which lead me to discover another `freshen` bug, fixing that one in the second commit. See commit descriptions for the reasoning behind each change.
r? `@compiler-errors`
Having this set to true disrupts compiler development workflows for people who use `llvm.download-ci-llvm = true`
because we don't provide ci-llvm on the `rustc-alt-builds` server. Therefore, it is kept off by default.
Signed-off-by: onur-ozkan <work@onurozkan.dev>
Rollup of 8 pull requests
Successful merges:
- #120598 (No need to `validate_alias_bound_self_from_param_env` in `assemble_alias_bound_candidates`)
- #121386 (test that we do not support higher-ranked regions in opaque type inference)
- #121393 (match lowering: Introduce a `TestCase` enum to replace most matching on `PatKind`)
- #121401 (Fix typo in serialized.rs)
- #121427 (Fix panic when compiling `Rocket`.)
- #121439 (Fix typo in metadata.rs doc comment)
- #121441 (`DefId` to `LocalDefId`)
- #121452 (Add new maintainers to nto-qnx.md)
r? `@ghost`
`@rustbot` modify labels: rollup
