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Fixes #89307
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Avoid spurious "previous iteration of loop" errors
Only follow backwards edges during `get_moved_indexes` if the move path is definitely initialized at loop entry. Otherwise, the error occurred prior to the loop, so we ignore the backwards edges to avoid generating misleading "value moved here, in previous iteration of loop" errors.
This patch also slightly improves the analysis of inits, including `NonPanicPathOnly` initializations (which are ignored by `drop_flag_effects::for_location_inits`). This is required for the definite initialization analysis, but may also help find certain skipped reinits in rare cases.
Patch passes all non-ignored src/test/ui testcases.
Fixes #72649.
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Constify ?-operator for Result and Option
Try to make `?`-operator usable in `const fn` with `Result` and `Option`, see #74935 . Note that the try-operator itself was constified in #87237.
TODO
* [x] Add tests for const T -> T conversions
* [x] cleanup commits
* [x] Remove `#![allow(incomplete_features)]`
* [?] Await decision in #86808 - I'm not sure
* [x] Await support for parsing `~const` in bootstrapping compiler
* [x] Tracking issue(s)? - #88674
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Don't anonymize bound region names during typeck
Once this anonymization has performed, we have no
way of recovering the original names during NLL
borrow checking. Keeping the original names allows
error messages in full NLL mode to contain the original
bound region names.
As a result, the typeck results may contain types that
differ only in the names used for their bound regions. However,
anonimization of bound regions does not guarantee that
all distinct types are unqual (e.g. not subtypes of each other).
For example, `for<'a> fn(&'a u32, &'a u32)` and
`for<'b, 'c> fn(&'b u32, &'c u32)` are subtypes of each other,
as explained here:
https://github.com/rust-lang/rust/blob/63cc2bb3d07d6c726dfcdc5f95cbe5ed4760641a/compiler/rustc_infer/src/infer/nll_relate/mod.rs#L682-L690
Therefore, any code handling types with higher-ranked regions already
needs to handle the case where two distinct `Ty`s are 'actually'
equal.
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Downloading LLVM from CI works for all platforms now.
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Rollup of 13 pull requests
Successful merges:
- #87428 (Fix union keyword highlighting in rustdoc HTML sources)
- #88412 (Remove ignore-tidy-undocumented-unsafe from core::slice::sort)
- #89098 (Fix generics where bounds order)
- #89232 (Improve help for recursion limit errors)
- #89294 (:arrow_up: rust-analyzer)
- #89297 (Remove Never variant from clean::Type enum)
- #89311 (Add unit assignment to MIR for `asm!()`)
- #89313 (PassWrapper: handle function rename from upstream D36850)
- #89315 (Clarify that `CString::from_vec_unchecked` appends 0 byte.)
- #89335 (Optimize is_sorted for Range and RangeInclusive)
- #89366 (rustdoc: Remove lazy_static dependency)
- #89377 (Update cargo)
- #89378 (Update books)
Failed merges:
r? `@ghost`
`@rustbot` modify labels: rollup
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Update books
## nomicon
1 commits in fe6227eb3c8533200c52dffa42ef1b6f2f02c40e..2747c4bb2cbc0639b733793ddb0bf4e9daa2634e
2021-08-31 05:42:38 +0900 to 2021-09-19 17:33:32 +0900
- Clarify a bit of wording (rust-lang/nomicon#310)
## reference
2 commits in 0e5ed7a4bec065f0cc18c35d1c904639e095314d..13747275bd14c2d2b453100498532f9ae5504769
2021-08-29 17:33:21 +0900 to 2021-09-24 17:44:04 +0900
- (rust-lang/reference#1087)
- Document RangeFrom patterns (rust-lang/reference#900)
## book
4 commits in fcb5e0ea68112d85a1d29a7a7335978ef2a02181..eb1282ec444db94055fa9531b6f3f803e86bb382
2021-08-31 21:26:19 -0400 to 2021-09-16 21:17:09 -0400
- Rust 1.55 (rust-lang/book#2890)
- Chapter 3.3: Remove unused variable (rust-lang/book#2877)
- Appendix (operators and symbols): remove extra space (rust-lang/book#2876)
- Chapter 17.1: add missing comma (rust-lang/book#2867)
## rust-by-example
2 commits in 9d4132b56c4999cd3ce1aeca5f1b2f2cb0d11c24..28aca4a36962c709bce301c03114b5589381dfb8
2021-09-14 06:56:00 -0300 to 2021-09-25 08:19:51 -0300
- fix formatting (rust-lang/rust-by-example#1463)
- involving === verb, involved === adjective (rust-lang/rust-by-example#1461)
## rustc-dev-guide
7 commits in 9198465b6ca8bed669df0cbb67c0e6d0b140803c..d1f03cbaa39d9164f5fe4b9b93762668142e0dad
2021-09-12 11:50:44 -0500 to 2021-09-24 12:00:29 +0900
- Fix a typo on closure.md (rust-lang/rustc-dev-guide#1218)
- const generics update
- s/--blessed/--bless/
- Make indentation consistent in example vscode config file
- Suggests `--edition=2018` argument when using stage0/bin/rustfmt directly
- `ty::Unevaluated`: dealing with unused substs (rust-lang/rustc-dev-guide#1190)
- Parallel codegen (rust-lang/rustc-dev-guide#1206)
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Update cargo
5 commits in 0121d66aa2ef5ffa9735f86c2b56f5fdc5a837a6..d56b42c549dbb7e7d0f712c51b39400260d114d4
2021-09-22 16:08:27 +0000 to 2021-09-27 13:44:18 +0000
- Allow `cargo update --precise` with metadata. (rust-lang/cargo#9945)
- Support path_in_vcs as part of cargo_vcs_metadata (rust-lang/cargo#9866)
- Doc about InstallTracker files and `install.root` (rust-lang/cargo#9948)
- Add some clarity on the license/license-file warning. (rust-lang/cargo#9941)
- Fix the problem that help cannot be displayed properly (rust-lang/cargo#9933)
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rustdoc: Remove lazy_static dependency
The macro was used in only one place and there are equivalents in the std, so it seemed weird to keep it around...
I think running a perf check would be a good idea though, just in case.
r? ``@jyn514``
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Add unit assignment to MIR for `asm!()`
Fixes #89305. `ExprKind::LlvmInlineAsm` gets a `push_assign_unit()` here:
https://github.com/rust-lang/rust/blob/2b6ed3b675475abc01ce7e68bb75b457f0c85684/compiler/rustc_mir_build/src/build/expr/into.rs#L475-L479
The same should probably happen for `ExprKind::InlineAsm`, which fixes the "use of possibly-uninitialized variable" error described in #89305.
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Remove Never variant from clean::Type enum
Fixes #89287.
r? ``@camelid``
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:arrow_up: rust-analyzer
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Improve help for recursion limit errors
- Tweak help message and suggested limit (handle `0` case).
- Add test for #75602 (it was already fixed, maybe can be resolved too).
Fixes #76424
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Fix generics where bounds order
Fixes #88809.
Like said on the above issue, the issue is that we were expecting `Symbol` comparisons to be string-based but they are integer-based (because `Symbol` is an integer), messing up the bounds order. To fix it, I simply stored into a `FxIndexMap` instead.
r? ``@jyn514``
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Fix union keyword highlighting in rustdoc HTML sources
I followed this logic: if I find an ident "union", I check if it followed by another ident or not. If it's the case, then I consider this is a keyword because it's declaring a union type.
To do so I created a new Iterator which allows to peek the next items without moving the current iterator position.
This is part of https://github.com/rust-lang/rust/issues/85016. If the fix makes sense, I'll extend it to other weak keywords (the issue only mentions they exist but https://doc.rust-lang.org/nightly/reference/keywords.html#weak-keywords only talks about `dyn` and `'static` so not sure if there is anything else to be done?).
cc `@notriddle` (you're one of the last ones who worked on this part of rustdoc so here you go :wink: )
r? `@jyn514`
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Use larger span for adjustment THIR expressions
Currently, we use a relatively 'small' span for THIR
expressions generated by an 'adjustment' (e.g. an autoderef,
autoborrow, unsizing). As a result, if a borrow generated
by an adustment ends up causing a borrowcheck error, for example:
```rust
let mut my_var = String::new();
let my_ref = &my_var
my_var.push('a');
my_ref;
```
then the span for the mutable borrow may end up referring
to only the base expression (e.g. `my_var`), rather than
the method call which triggered the mutable borrow
(e.g. `my_var.push('a')`)
Due to a quirk of the MIR borrowck implementation,
this doesn't always get exposed in migration mode,
but it does in many cases.
This commit makes THIR building consistently use 'larger'
spans for adjustment expressions. These spans are recoded
when we first create the adjustment during typecheck. For
example, an autoref adjustment triggered by a method call
will record the span of the entire method call.
The intent of this change it make it clearer to users
when it's the specific way in which a variable is
used (for example, in a method call) that produdes
a borrowcheck error. For example, an error message
claiming that a 'mutable borrow occurs here' might
be confusing if it just points at a usage of a variable
(e.g. `my_var`), when no `&mut` is in sight. Pointing
at the entire expression should help to emphasize
that the method call itself is responsible for
the mutable borrow.
In several cases, this makes the `#![feature(nll)]` diagnostic
output match up exactly with the default (migration mode) output.
As a result, several `.nll.stderr` files end up getting removed
entirely.
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In function arguments and let bindings, do not suggest changing `C` to `Foo::C`
unless `C` is the only variant of `Foo`, because it won't work.
The general warning is still kept, because code like this is confusing.
Fixes #88730
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Rollup of 8 pull requests
Successful merges:
- #87260 (Libgccjit codegen)
- #89212 (x.py: run `rustup toolchain link` in setup)
- #89233 (Hide `<...> defined here` note if the source is not available)
- #89235 (make junit output more consistent with default format)
- #89255 (Fix incorrect disambiguation suggestion for associated items)
- #89276 (Fix the population of the `union.impls` field)
- #89283 (Add regression test for issue #83564)
- #89318 (rustc_session: Remove lint store from `Session`)
Failed merges:
r? `@ghost`
`@rustbot` modify labels: rollup
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Update Clippy
Delayed Clippy sync
r? `@Manishearth`
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Add an intermediate representation to exhaustiveness checking
The exhaustiveness checking algorithm keeps deconstructing patterns into a `Constructor` and some `Fields`, but does so a bit all over the place. This PR introduces a new representation for patterns that already has that information, so we only compute it once at the start.
I find this makes code easier to follow. In particular `DeconstructedPat::specialize` is a lot simpler than what happened before, and more closely matches the description of the algorithm. I'm also hoping this could help for the project of librarifying exhaustiveness for rust_analyzer since it decouples the algorithm from `rustc_middle::Pat`.
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there's other problems
As shown in the two test requirements that got updated, if there's other problems,
then those other problems are probably the root cause of the incorrect generics count.
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where clause
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Co-authored-by: Esteban Kuber <esteban@kuber.com.ar>
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Add regression test for issue #83564
cc #83564
r? ``@davidtwco``
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Fix the population of the `union.impls` field
This pull-request fix the population of the `union.impls` field that was forgot when the `Union` type was introduce as a split from the `Struct` type https://github.com/rust-lang/rust/pull/81500.
``@rustbot`` label +T-rustdoc +A-rustdoc-json
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Fix incorrect disambiguation suggestion for associated items
Fixes #88806. I have not added a new test case, because the erroneous behavior is already present in existing test cases.
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x.py: run `rustup toolchain link` in setup
Addresses #89206
r? ``@jyn514``
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Libgccjit codegen
This PR introduces a subtree for a gcc-based codegen backend to the repository, per decision in https://github.com/rust-lang/compiler-team/issues/442. We do not yet expect to ship this backend on nightly or run tests in CI, but we do verify that the backend checks (i.e., `cargo check`) successfully.
Work is expected to progress primarily in https://github.com/rust-lang/rustc_codegen_gcc, with semi-regular upstreaming, like with other subtrees.
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Co-authored-by: Esteban Kuber <estebank@users.noreply.github.com>
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