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Remove track_errors
entirely
#119895
Remove track_errors
entirely
#119895
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…=compiler-errors Make generic const type mismatches not hide trait impls from the trait solver pulled out of rust-lang#119895 It does improve diagnostics somewhat, but also causes some extraneous diagnostics in potentially misleading order. The issue was that a const type mismatch, instead of reporting an error, would silently poison the constant, only for that information to be thrown away and the impl to be treated as "not matching". In rust-lang#119895 this would cause ICEs as well as errors on impls stating that the impl needs to exist for itself to be valid.
…=compiler-errors Make generic const type mismatches not hide trait impls from the trait solver pulled out of rust-lang#119895 It does improve diagnostics somewhat, but also causes some extraneous diagnostics in potentially misleading order. The issue was that a const type mismatch, instead of reporting an error, would silently poison the constant, only for that information to be thrown away and the impl to be treated as "not matching". In rust-lang#119895 this would cause ICEs as well as errors on impls stating that the impl needs to exist for itself to be valid.
…=compiler-errors Make generic const type mismatches not hide trait impls from the trait solver pulled out of rust-lang#119895 It does improve diagnostics somewhat, but also causes some extraneous diagnostics in potentially misleading order. The issue was that a const type mismatch, instead of reporting an error, would silently poison the constant, only for that information to be thrown away and the impl to be treated as "not matching". In rust-lang#119895 this would cause ICEs as well as errors on impls stating that the impl needs to exist for itself to be valid.
Rollup merge of rust-lang#120059 - oli-obk:const_arg_type_mismatch, r=compiler-errors Make generic const type mismatches not hide trait impls from the trait solver pulled out of rust-lang#119895 It does improve diagnostics somewhat, but also causes some extraneous diagnostics in potentially misleading order. The issue was that a const type mismatch, instead of reporting an error, would silently poison the constant, only for that information to be thrown away and the impl to be treated as "not matching". In rust-lang#119895 this would cause ICEs as well as errors on impls stating that the impl needs to exist for itself to be valid.
☔ The latest upstream changes (presumably #120242) made this pull request unmergeable. Please resolve the merge conflicts. |
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@@ -17,6 +17,272 @@ help: consider further restricting the associated type | |||
LL | Expr: Expression<SqlType=<Col::SqlType as IntoNullable>::Nullable>, <Col as Expression>::SqlType: NotNull, | |||
| +++++++++++++++++++++++++++++++++++++++ | |||
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error: aborting due to 1 previous error | |||
error[E0277]: the trait bound `<Col as Expression>::SqlType: NotNull` is not satisfied |
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Do we know what this is caused by?
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I think it's just lots of occurrences within the bodies of the Debug
and Clone
impls. Before this PR we didn't continue to the bodies due to the previous errors. All the errors are deduplicated, so this isn't user-visibble
@bors r+ |
…iaskrgr Rollup of 10 pull requests Successful merges: - rust-lang#119305 (Add `AsyncFn` family of traits) - rust-lang#119389 (Provide more context on recursive `impl` evaluation overflow) - rust-lang#119895 (Remove `track_errors` entirely) - rust-lang#120230 (Assert that a single scope is passed to `for_scope`) - rust-lang#120278 (Remove --fatal-warnings on wasm targets) - rust-lang#120292 (coverage: Dismantle `Instrumentor` and flatten span refinement) - rust-lang#120315 (On E0308 involving `dyn Trait`, mention trait objects) - rust-lang#120317 (pattern_analysis: Let `ctor_sub_tys` return any Iterator they want) - rust-lang#120318 (pattern_analysis: Reuse most of the `DeconstructedPat` `Debug` impl) - rust-lang#120325 (rustc_data_structures: use either instead of itertools) r? `@ghost` `@rustbot` modify labels: rollup
Rollup merge of rust-lang#119895 - oli-obk:track_errors_3, r=matthewjasper Remove `track_errors` entirely follow up to rust-lang#119869 r? `@matthewjasper` There are some diagnostic changes adding new diagnostics or not emitting some anymore. We can improve upon that in follow-up work imo.
Remove various `has_errors` or `err_count` uses follow up to rust-lang#119895 r? `@nnethercote` since you recently did something similar. There are so many more of these, but I wanted to get a PR out instead of growing the commit list indefinitely. The commits all work on their own and can be reviewed commit by commit.
Rollup merge of rust-lang#120342 - oli-obk:track_errors6, r=nnethercote Remove various `has_errors` or `err_count` uses follow up to rust-lang#119895 r? `@nnethercote` since you recently did something similar. There are so many more of these, but I wanted to get a PR out instead of growing the commit list indefinitely. The commits all work on their own and can be reviewed commit by commit.
Remove various `has_errors` or `err_count` uses follow up to rust-lang/rust#119895 r? `@nnethercote` since you recently did something similar. There are so many more of these, but I wanted to get a PR out instead of growing the commit list indefinitely. The commits all work on their own and can be reviewed commit by commit.
Separate collection of crate-local inherent impls from error tracking rust-lang#119895 changed the return type of the `crate_inherent_impls` query from `CrateInherentImpls` to `Result<CrateInherentImpls, ErrorGuaranteed>` to avoid needing to use the non-parallel-friendly `track_errors()` to track if an error was reporting from within the query... This was mostly fine until rust-lang#121113, which stopped halting compilation when we hit an `Err(ErrorGuaranteed)` in the `crate_inherent_impls` query. Thus we proceed onwards to typeck, and since a return type of `Result<CrateInherentImpls, ErrorGuaranteed>` means that the query can *either* return one of "the list inherent impls" or "error has been reported", later on when we want to assemble method or associated item candidates for inherent impls, we were just treating any `Err(ErrorGuaranteed)` return value as if Rust had no inherent impls defined anywhere at all! This leads to basically every inherent method call failing with an error, lol, which was reported in rust-lang#127798. This PR changes the `crate_inherent_impls` query to return `(CrateInherentImpls, Result<(), ErrorGuaranteed>)`, i.e. returning the inherent impls collected *and* whether an error was reported in the query itself. It firewalls the latter part of that query into a new `crate_inherent_impls_validity_check` just for the `ensure()` call. This fixes rust-lang#127798.
Rollup merge of rust-lang#130764 - compiler-errors:inherent, r=estebank Separate collection of crate-local inherent impls from error tracking rust-lang#119895 changed the return type of the `crate_inherent_impls` query from `CrateInherentImpls` to `Result<CrateInherentImpls, ErrorGuaranteed>` to avoid needing to use the non-parallel-friendly `track_errors()` to track if an error was reporting from within the query... This was mostly fine until rust-lang#121113, which stopped halting compilation when we hit an `Err(ErrorGuaranteed)` in the `crate_inherent_impls` query. Thus we proceed onwards to typeck, and since a return type of `Result<CrateInherentImpls, ErrorGuaranteed>` means that the query can *either* return one of "the list inherent impls" or "error has been reported", later on when we want to assemble method or associated item candidates for inherent impls, we were just treating any `Err(ErrorGuaranteed)` return value as if Rust had no inherent impls defined anywhere at all! This leads to basically every inherent method call failing with an error, lol, which was reported in rust-lang#127798. This PR changes the `crate_inherent_impls` query to return `(CrateInherentImpls, Result<(), ErrorGuaranteed>)`, i.e. returning the inherent impls collected *and* whether an error was reported in the query itself. It firewalls the latter part of that query into a new `crate_inherent_impls_validity_check` just for the `ensure()` call. This fixes rust-lang#127798.
Separate collection of crate-local inherent impls from error tracking rust-lang#119895 changed the return type of the `crate_inherent_impls` query from `CrateInherentImpls` to `Result<CrateInherentImpls, ErrorGuaranteed>` to avoid needing to use the non-parallel-friendly `track_errors()` to track if an error was reporting from within the query... This was mostly fine until rust-lang#121113, which stopped halting compilation when we hit an `Err(ErrorGuaranteed)` in the `crate_inherent_impls` query. Thus we proceed onwards to typeck, and since a return type of `Result<CrateInherentImpls, ErrorGuaranteed>` means that the query can *either* return one of "the list inherent impls" or "error has been reported", later on when we want to assemble method or associated item candidates for inherent impls, we were just treating any `Err(ErrorGuaranteed)` return value as if Rust had no inherent impls defined anywhere at all! This leads to basically every inherent method call failing with an error, lol, which was reported in rust-lang#127798. This PR changes the `crate_inherent_impls` query to return `(CrateInherentImpls, Result<(), ErrorGuaranteed>)`, i.e. returning the inherent impls collected *and* whether an error was reported in the query itself. It firewalls the latter part of that query into a new `crate_inherent_impls_validity_check` just for the `ensure()` call. This fixes rust-lang#127798.
follow up to #119869
r? @matthewjasper
There are some diagnostic changes adding new diagnostics or not emitting some anymore. We can improve upon that in follow-up work imo.