fix: don't try determining type of token inside macro calls
When we're requested `Go to Type Definition`, we first downmap the token in question to tokens in every macro call expansion involved, and then determine the type of those mapped tokens by looking for the nearest ancestor node that is either expression or pattern (or a few others). This procedure has one flaw: When the downmapped token is inside another macro call, the nearest ancestor node to retrieve the type of is *that* macro call. That's not what we should return in general and therefore we should disregard it.
Notably, now that we expand built-in `format_arg!` and its family macros, we're always returning [`Arguments`] when one `Go to Type Definition` at `dbg!(variable$0)` along with the actual type of `variable` without this patch.
[`Arguments`]: https://doc.rust-lang.org/nightly/core/fmt/struct.Arguments.html
fix: assists no longer break indentation
Fixes https://github.com/rust-lang/rust-analyzer/issues/14674
These are _ad hoc_ patches for a number of assists that can produce incorrectly indented code, namely:
- generate_derive
- add_missing_impl_members
- add_missing_default_members
Some general solution is required in future, as the same problem arises in many other assists, e.g.
- replace_derive_with...
- generate_default_from_enum...
- generate_default_from_new
- generate_delegate_methods
(the list is incomplete)
Fix: a TODO and some clippy fixes
- fix(todo): implement IntoIterator for ArenaMap<IDX, V>
- chore: remove unused method
- fix: remove useless `return`s
- fix: various clippy lints
- fix: simplify boolean test to a single negation
fix: introduce new type var when expectation for ref pat is not ref
Fixes#14840
When we infer the type of ref patterns, its expected type may not be reference type: 1) expected type is an unresolved inference variable, or 2) expected type is erroneously other kind of type. In either case, we should produce a reference type with a new type variable rather than an error type so that we can continue inferring the inner patterns without further errors because of the (possible) type mismatch of this pattern.
fix: consider all tokens in macro expr when analyzing locals
Fixes#14687
2 fixes for `extract_function` assist (related closely enough that I squashed into one commit):
- Locals in macro expressions have been analyzed only when they are in the top-level token tree the macro call wraps. We should consider all descendant tokens.
- `self` in macro expressions haven't been analyzed.
Fix `preorder_expr` skipping the `else` block of let-else statements
Fixes exit/yield points not getting highlighted in such blocks for `highlight_related` (#14813; and possibly other bugs in features that use `preorder_expr`).
Fixes exit/yield points not getting highlighted in such blocks for `highlight_related` (#14813; and possibly other bugs in features that use `preorder_expr`).
Add layout info for enum variant and locals
The size of enum variant is what rustdoc shows (https://github.com/rust-lang/rust/pull/86263). I also added layout info for locals since it helps finding size of unnameable types like closures inside other structs or impl traits.
Add `moved-out-of-ref` diagnostic
This is marked as experimental, since spans are terrible, there are some false positives due #14754, and it doesn't play well with unknown types. But I hope we can soon lift it.
Partially support panic message in `MirEvalError`
And bring the metrics back, by using `::core` instead of `$crate` in `format_args!` (it looks like eager macros don't support them).
MIR episode 5
This PR inits drop support (it is very broken at this stage, some things are dropped multiple time, drop scopes are wrong, ...) and adds stdout support (`println!` doesn't work since its expansion is dummy, but `stdout().write(b"hello world\n")` works if you use `RA_SYSROOT_HACK`) for interpreting. There is no useful unit test that it can interpret yet, but it is a good sign that it didn't hit a major road block yet.
In MIR lowering, it adds support for slice pattern and anonymous const blocks, and some fixes so that we can evaluate `SmolStr::new_inline` in const eval. With these changes, 57 failed mir body remains.
