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fix: Reject upvar scrutinees for `loop_match`
Fixes https://github.com/rust-lang/rust/issues/144051
I think we should reject upvars as they are not locals but somewhat like field access
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Adds the equivalent `nonpoison` types to the `poison::mutex` module.
These types and implementations are gated under the `nonpoison_mutex`
feature gate.
Also blesses the ui tests that now have a name conflicts (because these
types no longer have unique names). The full path distinguishes the
different types.
Co-authored-by: Aandreba <aandreba@gmail.com>
Co-authored-by: Trevor Gross <tmgross@umich.edu>
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attribute.
It ensures that using the `generic_const_exprs` feature in a library crate
without enabling it in a dependent crate does not lead to an ICE.
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Use `splice` to avoid shifting the other items twice.
Put `extern crate std;` first so it's already resolved when we resolve `::std::prelude::rust_20XX`.
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`tests/ui/issues/`: The Issues Strike Back [1/N]
I believe I’ve finally brought [my program](https://github.com/Kivooeo/test-manager) to life -- it now handles multiple test moves in one go: plain moves first, then a gentle touch on each file depends on given options. The process should be much smoother now.
Of course, I won’t rush through everything in a few days -- that would be unkind to `@Oneirical.` I’ll pace myself. And also I can't have more than one such PR because `issues.txt` will conflict with previous parts after merging them which is not fun as well.
This PR is just that: first commit - moves; second - regression comments and the occasional .stderr reblesses, also issue.txt and tidy changes. Nothing special, but progress nonetheless. This is for the purpose of preserving test file history during restructuring
Part of https://github.com/rust-lang/rust/issues/133895.
r? `@jieyouxu`
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r=jdonszelmann,traviscross
Port the proc macro attributes to the new attribute parsing infrastructure
Ports `#[proc_macro]`, `#[proc_macro_attribute]`, `#[proc_macro_derive]` and `#[rustc_builtin_macro]` to the new attribute parsing infrastructure for https://github.com/rust-lang/rust/issues/131229#issuecomment-2971351163
I've split this PR into commits for reviewability, and left some comments to clarify things
I did 4 related attributes in one PR because they share a lot of their code and logic, and doing them separately is kind of annoying as I need to leave both the old and new parsing in place then.
r? ``@oli-obk``
cc ``@jdonszelmann``
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In rustc it doesn't really matter what the order of the witnesses is, but I'm planning to use the witnesses for implementing the "add missing match arms" assist in rust-analyzer, and there `true` before `false` is the natural order (like `Some` before `None`), and also what the current assist does.
The current order doesn't seem to be intentional; the code was created when bool ctors became their own thing, not just int ctors, but for integer, 0 before 1 is indeed the natural order.
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Do not assert layout in KnownPanicsLint.
Fixes rust-lang/rust#121176
Fixes rust-lang/rust#129109
Fixes rust-lang/rust#130970
Fixes rust-lang/rust#131347
Fixes rust-lang/rust#139872
Fixes rust-lang/rust#140332
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Stop compilation early if macro expansion failed
Fixes rust-lang/rust#116180.
So there isn't really a type that is central for macro expansion and some errors are actually emitted (because the resolution happens after the expansion I suppose) after the expansion pass (like "not found macro"). Sometimes, errors are only emitted on the second "try" (to improve error output). So I couldn't reach a similar solution than what was done in https://github.com/rust-lang/rust/pull/133937 and suggested by ````@estebank```` in https://github.com/rust-lang/rust/issues/116180#issuecomment-3109468922. But maybe I missed something?
So in the end, I realized that there is method called every time (except one, described below) a macro error is actually emitted: `ExtCtxt::trace_macros_diag`. Considering I updated what it did, I renamed it into `macro_error_and_trace_macros_diag` to better reflect it.
There is only one call of `trace_macros_diag` which isn't reporting an error but just used for `macro_trace` feature, so I kept it as is.
r? ````@oli-obk````
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r=RalfJung
test using multiple c-variadic ABIs in the same program
tracking issue: https://github.com/rust-lang/rust/issues/100189
Check that multiple c-variadic calling conventions can be used in the same program.
Clang and gcc reject defining functions with a non-default calling convention and a variable
argument list, so C programs that use multiple c-variadic calling conventions are unlikely
to come up. Here we validate that our codegen backends do in fact generate correct code.
(CI will not run this test because it runs on aarch64, I would like to at least test that this runs on windows)
try-job: `x86_64-gnu`
try-job: `x86_64-msvc-*`
try-job: `x86_64-apple-2`
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add codegen test for variadics
This is a part of https://github.com/rust-lang/rust/pull/144066 that can land without FCP.
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Signed-off-by: Jonathan Brouwer <jonathantbrouwer@gmail.com>
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Allow pretty printing paths with `-Zself-profile-events=args`
`-Zself-profile-events=args` is pretty heavy and can pretty print a lot of stuff. Rather than hunting down specific cases where this happens, I'd just allow calling `trimmed_def_paths` in this mode.
Fixes: https://github.com/rust-lang/rust/issues/144457
r? `@RalfJung`
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Suggest unwrapping when private method name is available in inner type
Given
```rust
fn main() {
let maybe_vec = Some(vec![1,2,3]);
assert_eq!(maybe_vec.len(), 3);
}
```
suggest unwraping `maybe_vec` to call `.len()` on the `Vec<_>`.
```
error[E0624]: method `len` is private
--> $DIR/enum-method-probe.rs:61:9
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LL | res.len();
| ^^^ private method
--> $SRC_DIR/core/src/option.rs:LL:COL
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= note: private method defined here
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note: the method `len` exists on the type `Vec<{integer}>`
--> $SRC_DIR/alloc/src/vec/mod.rs:LL:COL
help: consider using `Option::expect` to unwrap the `Vec<{integer}>` value, panicking if the value is an `Option::None`
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LL | res.expect("REASON").len();
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```
When a method isn't available, we emit E0599, but when it is private we emit E0624. We now just invoke the same suggestion logic from the later that we already did in the former.
Fix rust-lang/rust#143795.
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Rollup of 9 pull requests
Successful merges:
- rust-lang/rust#140871 (Don't lint against named labels in `naked_asm!`)
- rust-lang/rust#141663 (rustdoc: add ways of collapsing all impl blocks)
- rust-lang/rust#143272 (Upgrade the `fortanix-sgx-abi` dependency)
- rust-lang/rust#143585 (`loop_match`: suggest extracting to a `const` item)
- rust-lang/rust#143698 (Fix unused_parens false positive)
- rust-lang/rust#143859 (Guarantee 8 bytes of alignment in Thread::into_raw)
- rust-lang/rust#144160 (tests: debuginfo: Work around or disable broken tests on powerpc)
- rust-lang/rust#144412 (Small cleanup: Use LocalKey<Cell> methods more)
- rust-lang/rust#144431 (Disable has_reliable_f128_math on musl targets)
r? `@ghost`
`@rustbot` modify labels: rollup
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Disable has_reliable_f128_math on musl targets
musl does not implement the symbols required by rustc for f128 maths. Disable the associated cfg for all musl targets and adjust the tests accordingly.
Closes rust-lang/rust#144423
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Fix unused_parens false positive
Resolves rust-lang/rust#143653.
The "no bounds exception" was indiscriminately set to `OneBound` for referents and pointees. However, if the reference or pointer type itself appears in no-bounds position, any constraints it has must be propagated.
```rust
// unused parens: not in no-bounds position
fn foo(_: Box<(dyn Send)>) {}
// unused parens: in no-bounds position, but one-bound exception applies
fn bar(_: Box<dyn Fn(&u32) -> &(dyn Send)>) {}
// *NOT* unused parens: in no-bounds position, but no exceptions to be made
fn baz(_: Box<dyn Fn(&u32) -> &(dyn Send) + Send>) {}
```
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`loop_match`: suggest extracting to a `const` item
tracking issue: https://github.com/rust-lang/rust/issues/132306
fixes https://github.com/rust-lang/rust/issues/143310
fixes https://github.com/rust-lang/rust/issues/143936
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Don't lint against named labels in `naked_asm!`
Naked functions are allowed to define global labels, just like `global_asm!`.
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Add `ignore-backends` annotations in failing GCC backend ui tests
Follow-up of https://github.com/rust-lang/rust/pull/144125.
In the GCC backend, we don't support all ui tests yet and we have a list of tests we currently ignore available [here](https://github.com/rust-lang/rustc_codegen_gcc/blob/master/tests/failing-ui-tests.txt).
This PR adds the `ignore-backends` annotations to the corresponding ui tests.
The second commit is a fix to compiletest, complaining about `ignore-backends`.
r? ```@jieyouxu```
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Mention type that could be `Clone` but isn't in more cases
When encountering a moved value of a type that isn't `Clone` because of unmet obligations, but where all the unmet predicates reference crate-local types, mention them and suggest cloning, as we do in other cases already:
```
error[E0507]: cannot move out of `foo`, a captured variable in an `Fn` closure
--> f111.rs:14:25
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13 | fn do_stuff(foo: Option<Foo>) {
| --- captured outer variable
14 | require_fn_trait(|| async {
| -- ^^^^^ `foo` is moved here
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| captured by this `Fn` closure
15 | if foo.map_or(false, |f| f.foo()) {
| ---
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| variable moved due to use in coroutine
| move occurs because `foo` has type `Option<Foo>`, which does not implement the `Copy` trait
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note: if `Foo` implemented `Clone`, you could clone the value
--> f111.rs:4:1
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4 | struct Foo;
| ^^^^^^^^^^ consider implementing `Clone` for this type
...
15 | if foo.map_or(false, |f| f.foo()) {
| --- you could clone this value
```
CC rust-lang/rust#68119.
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Rehome 35 `tests/ui/issues/` tests to other subdirectories under `tests/ui/`
rust-lang/rust#143902 divided into smaller, easier to review chunks.
Part of rust-lang/rust#133895
Methodology:
1. Refer to the previously written `tests/ui/SUMMARY.md`
2. Find an appropriate category for the test, using the original issue thread and the test contents.
3. Add the issue URL at the bottom (not at the top, as that would mess up stderr line numbers)
4. Rename the tests to make their purpose clearer
The URL addition at the end, as well as moving around the auxiliary files and editing the `stderr` files with the new filename, were done using a Python script.
Inspired by the methodology that `@Kivooeo` was using.
r? `@jieyouxu`
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musl does not implement the symbols required by std for f128 maths.
Disable the associated cfg for all musl targets and adjust the tests
accordingly.
Signed-off-by: Jens Reidel <adrian@travitia.xyz>
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Naked functions are allowed to define global labels, just like
`global_asm!`.
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LLVM codegen backend.
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if the expression cannot be evaluated in a straightforward way
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When encountering a moved value of a type that isn't `Clone` because of unmet obligations, but where all the unmet predicates reference crate-local types, mention them and suggest cloning, as we do in other cases already:
```
error[E0507]: cannot move out of `foo`, a captured variable in an `Fn` closure
--> f111.rs:14:25
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13 | fn do_stuff(foo: Option<Foo>) {
| --- captured outer variable
14 | require_fn_trait(|| async {
| -- ^^^^^ `foo` is moved here
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| captured by this `Fn` closure
15 | if foo.map_or(false, |f| f.foo()) {
| ---
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| variable moved due to use in coroutine
| move occurs because `foo` has type `Option<Foo>`, which does not implement the `Copy` trait
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note: if `Foo` implemented `Clone`, you could clone the value
--> f111.rs:4:1
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4 | struct Foo;
| ^^^^^^^^^^ consider implementing `Clone` for this type
...
15 | if foo.map_or(false, |f| f.foo()) {
| --- you could clone this value
```
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Remove dead code and extend test coverage and diagnostics around it
I was staring a bit at the `dont_niche_optimize_enum` variable and figured out that part of it is dead code (at least today it is). I changed the diagnostic and test around the code that makes that part dead code, so everything that makes removing that code sound is visible in this PR
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UI test suite clarity changes: Rename `tests/ui/SUMMARY.md` and update rustc dev guide on `error-pattern`
To match convention, rename `tests/ui/SUMMARY.md` to `tests/ui/README.md`.
Also, remove misleading lines in the rustc development guide about `error-pattern` being "not recommended", when it really is just a last resort which *should* be used in the niche situations where it is useful.
r? ````@jieyouxu````
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Tweak output for non-`Clone` values moved into closures
When we encounter a non-`Clone` value being moved into a closure, try to find the corresponding type of the binding being moved, if it is a `let`-binding or a function parameter. If any of those cases, we point at them with the note explaining that the type is not `Copy`, instead of giving that label to the place where it is captured. When it is a `let`-binding with no explicit type, we point at the initializer (if it fits in a single line).
```
error[E0507]: cannot move out of `foo`, a captured variable in an `Fn` closure
--> f111.rs:14:25
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13 | fn do_stuff(foo: Option<Foo>) {
| --- ----------- move occurs because `foo` has type `Option<Foo>`, which does not implement the `Copy` trait
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| captured outer variable
14 | require_fn_trait(|| async {
| -- ^^^^^ `foo` is moved here
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| captured by this `Fn` closure
15 | if foo.map_or(false, |f| f.foo()) {
| --- variable moved due to use in coroutine
```
instead of
```
error[E0507]: cannot move out of `foo`, a captured variable in an `Fn` closure
--> f111.rs:14:25
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13 | fn do_stuff(foo: Option<Foo>) {
| --- captured outer variable
14 | require_fn_trait(|| async {
| -- ^^^^^ `foo` is moved here
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| captured by this `Fn` closure
15 | if foo.map_or(false, |f| f.foo()) {
| ---
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| variable moved due to use in coroutine
| move occurs because `foo` has type `Option<Foo>`, which does not implement the `Copy` trait
```
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Test fixes for Arm64EC Windows
* `tests/ui/cfg/conditional-compile-arch.rs` needs an Arm64EC case.
* `tests/ui/runtime/backtrace-debuginfo.rs` should skip Arm64EC as it suffers from the same truncated backtraces as Arm64 Windows.
* `tests/ui/linkage-attr/incompatible-flavor.rs` is a general issue: it assumes that the Rust compiler is always built with the x86 target enabled in the backend, but I only enabled AArch64 when building locally to speed up the LLVM compilation.
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