| Age | Commit message (Collapse) | Author | Lines |
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Rollup of 16 pull requests
Successful merges:
- #57351 (Don't actually create a full MIR stack frame when not needed)
- #57353 (Optimise floating point `is_finite` (2x) and `is_infinite` (1.6x).)
- #57412 (Improve the wording)
- #57436 (save-analysis: use a fallback when access levels couldn't be computed)
- #57453 (lldb_batchmode.py: try `import _thread` for Python 3)
- #57454 (Some cleanups for core::fmt)
- #57461 (Change `String` to `&'static str` in `ParseResult::Failure`.)
- #57473 (std: Render large exit codes as hex on Windows)
- #57474 (save-analysis: Get path def from parent in case there's no def for the path itself.)
- #57494 (Speed up item_bodies for large match statements involving regions)
- #57496 (re-do docs for core::cmp)
- #57508 (rustdoc: Allow inlining of reexported crates and crate items)
- #57547 (Use `ptr::eq` where applicable)
- #57557 (resolve: Mark extern crate items as used in more cases)
- #57560 (hygiene: Do not treat `Self` ctor as a local variable)
- #57564 (Update the const fn tracking issue to the new metabug)
Failed merges:
r? @ghost
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Update the const fn tracking issue to the new metabug
The new `const fn` tracking issue is #57563. We don't want to point to a closed issue in the diagnostics (or FIXMEs), so these have been updated (from the old issue, #24111).
r? @Centril
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hygiene: Do not treat `Self` ctor as a local variable
Fixes https://github.com/rust-lang/rust/issues/57523
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resolve: Mark extern crate items as used in more cases
Fixes https://github.com/rust-lang/rust/issues/57421
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rustdoc: Allow inlining of reexported crates and crate items
Fixes #46296
This PR checks for when a `pub extern crate` statement has a `#[doc(inline)]` attribute & inlines its contents. Code is based off of the inlining statements for `pub use` statements.
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Improve the wording
I'm sorry but re-opened the PR because I failed to squash commits(#57397).
Fixes #55752.
r? @varkor
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Stabilize `uniform_paths`
Address all the things described in https://github.com/rust-lang/rust/issues/56417.
Assign visibilities to `macro_rules` items - `pub` to `macro_export`-ed macros and `pub(crate)` to non-exported macros, these visibilities determine how far these macros can be reexported with `use`.
Prohibit use of reexported inert attributes and "tool modules", after renaming (e.g. `use inline as imported_inline`) their respective tools and even compiler passes won't be able to recognize and properly check them.
Also turn use of uniform paths in 2015 macros into an error, I'd prefer to neither remove nor stabilize them right away because I still want to make some experiments in this area (uniform path fallback was added to 2015 macros used on 2018 edition in https://github.com/rust-lang/rust/pull/56053#issuecomment-441405140).
UPDATE: The last commit also stabilizes the feature `uniform_paths`.
Closes https://github.com/rust-lang/rust/issues/53130
Closes https://github.com/rust-lang/rust/issues/55618
Closes https://github.com/rust-lang/rust/issues/56326
Closes https://github.com/rust-lang/rust/issues/56398
Closes https://github.com/rust-lang/rust/issues/56417
Closes https://github.com/rust-lang/rust/issues/56821
Closes https://github.com/rust-lang/rust/issues/57252
Closes https://github.com/rust-lang/rust/issues/57422
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Add some tests for buggy derive helpers
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...while still keeping ambiguity errors future-proofing for uniform paths.
This corner case is not going to be stabilized for 1.32 and needs some more general experiments about retrofitting 2018 import rules to 2015 edition
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Rollup of 26 pull requests
Successful merges:
- #56425 (Redo the docs for Vec::set_len)
- #56906 (Issue #56905)
- #57042 (Don't call `FieldPlacement::count` when count is too large)
- #57175 (Stabilize `let` bindings and destructuring in constants and const fn)
- #57192 (Change std::error::Error trait documentation to talk about `source` instead of `cause`)
- #57296 (Fixed the link to the ? operator)
- #57368 (Use CMAKE_{C,CXX}_COMPILER_LAUNCHER for ccache)
- #57400 (Rustdoc: update Source Serif Pro and replace Heuristica italic)
- #57417 (rustdoc: use text-based doctest parsing if a macro is wrapping main)
- #57433 (Add link destination for `read-ownership`)
- #57434 (Remove `CrateNum::Invalid`.)
- #57441 (Supporting backtrace for x86_64-fortanix-unknown-sgx.)
- #57450 (actually take a slice in this example)
- #57459 (Reference tracking issue for inherent associated types in diagnostic)
- #57463 (docs: Fix some 'second-edition' links)
- #57466 (Remove outdated comment)
- #57493 (use structured suggestion when casting a reference)
- #57498 (make note of one more normalization that Paths do)
- #57499 (note that FromStr does not work for borrowed types)
- #57505 (Remove submodule step from README)
- #57510 (Add a profiles section to the manifest)
- #57511 (Fix undefined behavior)
- #57519 (Correct RELEASES.md for 1.32.0)
- #57522 (don't unwrap unexpected tokens in `format!`)
- #57530 (Fixing a typographical error.)
- #57535 (Stabilise irrefutable if-let and while-let patterns)
Failed merges:
r? @ghost
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Stabilise irrefutable if-let and while-let patterns
This stabilises RFC 2086 (https://github.com/rust-lang/rust/issues/44495).
This replaces https://github.com/rust-lang/rust/pull/55639, as we want to stabilise this in time for the beta cut-off.
Closes https://github.com/rust-lang/rust/pull/55639.
r? @Centril
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don't unwrap unexpected tokens in `format!`
Fixes #57512.
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use structured suggestion when casting a reference
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Reference tracking issue for inherent associated types in diagnostic
This makes it clearer that associated types in inherent impls are an intended feature, like the diagnostic for equality constraints in where clauses. (This is more helpful, because the lack of associated types is a confusing omission and it lets users more easily track the state of the feature.)
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Stabilize `let` bindings and destructuring in constants and const fn
r? @Centril
This PR stabilizes the following features in constants and `const` functions:
* irrefutable destructuring patterns (e.g. `const fn foo((x, y): (u8, u8)) { ... }`)
* `let` bindings (e.g. `let x = 1;`)
* mutable `let` bindings (e.g. `let mut x = 1;`)
* assignment (e.g. `x = y`) and assignment operator (e.g. `x += y`) expressions, even where the assignment target is a projection (e.g. a struct field or index operation like `x[3] = 42`)
* expression statements (e.g. `3;`)
This PR does explicitly *not* stabilize:
* mutable references (i.e. `&mut T`)
* dereferencing mutable references
* refutable patterns (e.g. `Some(x)`)
* operations on `UnsafeCell` types (as that would need raw pointers and mutable references and such, not because it is explicitly forbidden. We can't explicitly forbid it as such values are OK as long as they aren't mutated.)
* We are not stabilizing `let` bindings in constants that use `&&` and `||` short circuiting operations. These are treated as `&` and `|` inside `const` and `static` items right now. If we stopped treating them as `&` and `|` after stabilizing `let` bindings, we'd break code like `let mut x = false; false && { x = true; false };`. So to use `let` bindings in constants you need to change `&&` and `||` to `&` and `|` respectively.
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Stabilize #![feature(if_while_or_patterns)]
r? @varkor
Per https://github.com/rust-lang/rust/issues/56212#issue-384085857.
Leading `|` is also accepted per the comment in the stabilization proposal.
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