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2023-01-11Move /src/test to /testsAlbert Larsan-14/+0
2022-07-04update infer cost computation for typeslcnr-7/+7
2022-06-02add new `emit_inference_failure_err`lcnr-6/+8
2020-09-02pretty: trim paths of unique symbolsDan Aloni-2/+2
If a symbol name can only be imported from one place for a type, and as long as it was not glob-imported anywhere in the current crate, we can trim its printed path and print only the name. This has wide implications on error messages with types, for example, shortening `std::vec::Vec` to just `Vec`, as long as there is no other `Vec` importable anywhere. This adds a new '-Z trim-diagnostic-paths=false' option to control this feature. On the good path, with no diagnosis printed, we should try to avoid issuing this query, so we need to prevent trimmed_def_paths query on several cases. This change also relies on a previous commit that differentiates between `Debug` and `Display` on various rustc types, where the latter is trimmed and presented to the user and the former is not.
2019-12-14Indicate origin of where type parameter for uninferred typesOhad Ravid-1/+1
2019-12-11Add more context for type parametersEsteban Küber-1/+1
2019-06-01review comment: tweak wordingEsteban Küber-3/+3
2019-05-31Tweak wordingEsteban Küber-1/+1
2019-05-31On type inference errors use the type argument name when possibleEsteban Küber-2/+2
``` error[E0282]: type annotations needed in `std::result::Result<i32, E>` --> file7.rs:3:13 | 3 | let b = Ok(4); | - ^^ cannot infer type for `E` in `std::result::Result<i32, E>` | | | consider giving `b` a type` ```
2019-05-31Alternative wording for inference failureEsteban Küber-2/+2
2019-05-31Add more detail to type inference errorEsteban Küber-1/+1
When encountering code where type inference fails, add more actionable information: ``` fn main() { let foo = Vec::new(); } ``` ``` error[E0282]: type annotations needed for `std::vec::Vec<_>` --> $DIR/vector-no-ann.rs:2:16 | LL | let foo = Vec::new(); | --- ^^^^^^^^ cannot infer type for `T` | | | consider giving `foo` the type `std::vec::Vec<_>` with the type parameter `T` specified ``` We still need to modify type printing to optionally accept a `TypeVariableTable` in order to properly print `std::vec::Vec<T>`. CC #25633.
2019-03-11Update testsVadim Petrochenkov-1/+1
2018-12-25Remove licensesMark Rousskov-1/+1
2018-08-14Merged migrated compile-fail tests and ui tests. Fixes #46841.David Wood-0/+12