987: Refactor maybe_item to use Marker argument r=pcpthm a=pcpthm
As suggested at <https://github.com/rust-analyzer/rust-analyzer/pull/980#issuecomment-473659745>.
For expression paring functions, changing signature
- from `fn(&mut Parser) -> Option<CompletedMarker>` to `fn(&mut Parser, Marker) -> Result<CompletedMarker, Marker>`
- from `fn(&mut Parser) -> CompletedMarker` to `fn(&mut Parser, Marker) -> CompletedMarker`
is my plan.
Co-authored-by: pcpthm <pcpthm@gmail.com>
983: support remainder assignment operator r=matklad a=JeanMertz
`%=` was returning errors for me, turns out it wasn't added as a valid assignment operation.
I'm not sure what the best location would be to add a test for this. Please let me know and I'll add one.
Co-authored-by: Jean Mertz <jean@mertz.fm>
968: Macro aware name resoltion r=matklad a=matklad
The first commit lays the ground work for new name resolution, including
* extracting position-indendent items from parse trees
* walking the tree of modules
* old-style macro_rules resolve
cc @pnkfelix: this looks like an API name resolution should interact with.
Co-authored-by: Aleksey Kladov <aleksey.kladov@gmail.com>
947: Add missing impl members r=matklad a=Xanewok
Closes#878.
This took longer than expected as I wrapped my head around the API and the project - hopefully I didn't miss any edge case here.
r? @matklad
Co-authored-by: Igor Matuszewski <xanewok@gmail.com>
Asymptotically computing a set difference is faster but in the average
case we won't have more than ~10 functions. Also prefer not using hash
sets as these may yield nondeterministic results.
Implement `BindingMode` for pattern matching, so that types can be
correctly inferred using match ergonomics. The binding mode defaults to
`Move` (referred to as 'BindingMode::BindByValue` in rustc), and is
updated by automatic dereferencing of the value being matched.
981: Remove FnSig from FnDef type r=matklad a=flodiebold
It doesn't need to be in there since it's just information from the def. Another
step towards aligning Ty with Chalk's representation.
Co-authored-by: Florian Diebold <flodiebold@gmail.com>
