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- `ReFree` -> `ReLateParam`
- `ReEarlyBound` -> `ReEarlyParam`
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Remove `-Zperf-stats`.
The included measurements have varied over the years. At one point there were quite a few more, but #49558 deleted a lot that were no longer used. Today there's just four, and it's a motley collection that doesn't seem particularly valuable.
I think it has been well and truly subsumed by self-profiling, which collects way more data.
r? `@wesleywiser`
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other changes:
- `Region::new_late_bound` -> `Region::new_bound`
- `Region::is_late_bound` -> `Region::is_bound`
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The included measurements have varied over the years. At one point there
were quite a few more, but #49558 deleted a lot that were no longer
used. Today there's just four, and it's a motley collection that doesn't
seem particularly valuable.
I think it has been well and truly subsumed by self-profiling, which
collects way more data.
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Remove `rustc_symbol_mangling/messages.ftl`.
It contains a single message that (a) doesn't contain any natural language, and (b) is only used in tests.
r? `@davidtwco`
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This simplifies the code by removing all the `self` assignments and
makes the flow of data clearer - always into the printer.
Especially in v0 mangling, which already used `&mut self` in some
places, it gets a lot more uniform.
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All printing goes through `fmt::Error` now.
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It's always a `fmt::Error` except in some cases where it was `!`, but
we're not really winning anything in that case.
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Now that `Printer` doesn't have subprinters anymore, the output of a
printing operation is always the same.
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These are `Self` in almost all printers except one, which can just store
the state as a field instead. This simplifies the printer and allows for
further simplifications, for example using `&mut self` instead of
passing around the printer.
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It contains a single message that (a) doesn't contain any natural
language, and (b) is only used in tests.
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treat host effect params as erased in codegen
This fixes the changes brought to codegen tests when effect params are added to libcore, by not attempting to monomorphize functions that get the host param by being `const fn`.
r? `@oli-obk`
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This fixes the changes brought to codegen tests when effect params are
added to libcore, by not attempting to monomorphize functions that get
the host param by being `const fn`.
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Fix #115150 by encoding f32 and f64 correctly for cross-language CFI. I
missed changing the encoding for f32 and f64 when I introduced the
integer normalization option in #105452 as integer normalization does
not include floating point. `f32` and `f64` should be always encoded as
`f` and `d` since they are both FFI safe when their representation are
the same (i.e., IEEE 754) for both the Rust compiler and Clang.
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make `typeid::typeid_itanium_cxx_abi::transform_ty` evaluate length in array types
the ICE in https://github.com/rust-lang/rust/issues/114275 was caused by `transform_ty`
in compiler/rustc_symbol_mangling/src/typeid/typeid_itanium_cxx_abi.rs encountering an unevaluated const, while expecting it to already be evaluated.
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this ICE was caused by `transform_ty`
in compiler/rustc_symbol_mangling/src/typeid/typeid_itanium_cxx_abi.rs
encountering an unevaluated const, while expecting it to already be evaluated.
add a regression test
Update tests/ui/sanitize/issue-114275-cfi-const-expr-in-arry-len.rs
Co-authored-by: Michael Goulet <michael@errs.io>
Update tests/ui/sanitize/issue-114275-cfi-const-expr-in-arry-len.rs
Co-authored-by: Michael Goulet <michael@errs.io>
fix test compiling for targets with -crt-static and failing
this was causign https://github.com/rust-lang/rust/pull/114686 to fail
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Removes a piece of mutable state.
Follow up to #114578.
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CFI: Fix ICE: encode_const: unexpected type [usize
Fixes #100778 and #113366, and complements #106547 by adding support for encoding const parameters.
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get_first
single_char_add_str
unnecessary_mut_passed
manual_map
manual_is_ascii_check
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Fixes #100778 and #113366, and complements #106547 by adding support for
encoding const parameters.
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Co-authored-by: lcnr <rust@lcnr.de>
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Only use it when the type alias contains an opaque type.
Also does wf-checking on such type aliases.
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CFI: Fix cfi with repr(transparent): transform_ty: unexpected Alias(Proj
Fixes https://github.com/rust-lang/rust/issues/111185 by normalizing ty::Alias before encoding.
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Rollup of 7 pull requests
Successful merges:
- #111670 (Require that const param tys implement `ConstParamTy`)
- #111914 (CFI: Fix cfi with async: transform_ty: unexpected GeneratorWitness(Bi…)
- #112030 (Migrate `item_trait_alias` to Askama)
- #112150 (Support 128-bit atomics on all x86_64 Apple targets)
- #112174 (Fix broken link)
- #112190 (Improve comments on `TyCtxt` and `GlobalCtxt`.)
- #112193 (Check tuple elements are `Sized` in `offset_of`)
Failed merges:
- #112071 (Group rfcs tests)
r? `@ghost`
`@rustbot` modify labels: rollup
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CFI: Fix cfi with async: transform_ty: unexpected GeneratorWitness(Bi…
Fixes https://github.com/rust-lang/rust/issues/111184 by encoding ty::Generator parent substs only.
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Fixes #111184 by encoding ty::Generator parent substs only.
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Fixes #111185 by normalizing ty::Alias before encoding.
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Each of `{D,Subd}iagnosticMessage::{Str,Eager}` has a comment:
```
// FIXME(davidtwco): can a `Cow<'static, str>` be used here?
```
This commit answers that question in the affirmative. It's not the most
compelling change ever, but it might be worth merging.
This requires changing the `impl<'a> From<&'a str>` impls to `impl
From<&'static str>`, which involves a bunch of knock-on changes that
require/result in call sites being a little more precise about exactly
what kind of string they use to create errors, and not just `&str`. This
will result in fewer unnecessary allocations, though this will not have
any notable perf effects given that these are error paths.
Note that I was lazy within Clippy, using `to_string` in a few places to
preserve the existing string imprecision. I could have used `impl
Into<{D,Subd}iagnosticMessage>` in various places as is done in the
compiler, but that would have required changes to *many* call sites
(mostly changing `&format("...")` to `format!("...")`) which didn't seem
worthwhile.
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CFI: Fix encode_region: unexpected ReEarlyBound(0, 'a)
Fixes #111515 and complements #106547 by adding support for encoding early bound regions and also excluding projections when transforming trait objects' traits into their identities before emitting type checks.
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Pretty-print inherent projections correctly
Previously, we were trying to pretty-print inherent projections with `Printer::print_def_path` which is incorrect since
it expects the substitutions to be of a certain format (parents substs followed by own substs) which doesn't hold for
inherent projections (self type subst followed by own substs).
Now we print inherent projections manually.
Fixes #111390.
Fixes #111397.
Lacking tests! Is there a test suite / compiletest flags for the pretty-printer? In most if not all cases,
inherent projections are normalized away before they get the chance to appear in diagnostics.
If I were to create regression tests for linked issues, they would need to be `mir-opt` tests to exercise
`-Zdump-mir=all` (right?) which doesn't feel quite adequate to me.
`@rustbot` label F-inherent_associated_types
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Fixes #111515 and complements #106547 by adding support for encoding
early bound regions and also excluding projections when transforming
trait objects' traits into their identities before emitting type checks.
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