rust - https://github.com/rust-lang/rust

Age	Commit message (Collapse)	Author	Lines
2022-12-30	Auto merge of #105651 - tgross35:once-cell-inline, r=m-ou-se	bors	-0/+5
	Add #[inline] markers to once_cell methods Added inline markers to all simple methods under the `once_cell` feature. Relates to #74465 and #105587 This should not block #105587
2022-12-27	Rollup merge of #103718 - matklad:infer-lazy, r=dtolnay	Michael Goulet	-4/+1
	More inference-friendly API for lazy The signature for new was ``` fn new<F>(f: F) -> Lazy<T, F> ``` Notably, with `F` unconstrained, `T` can be literally anything, and just `let _ = Lazy::new(\|\| 92)` would not typecheck. This historiacally was a necessity -- `new` is a `const` function, it couldn't have any bounds. Today though, we can move `new` under the `F: FnOnce() -> T` bound, which gives the compiler enough data to infer the type of T from closure.
2022-12-13	Add #[inline] marker to OnceCell/LazyCell/OnceLock/LazyLock	Trevor Gross	-0/+5

2022-11-17	Properly link `{Once,Lazy}{Cell,Lock}` in docs	Maybe Waffle	-1/+3

2022-10-29	More inference-friendly API for lazy	Aleksey Kladov	-4/+1
	The signature for new was ``` fn new<F>(f: F) -> Lazy<T, F> ``` Notably, with `F` unconstrained, `T` can be literally anything, and just `let _ = Lazy::new(\|\| 92)` would not typecheck. This historiacally was a necessity -- `new` is a `const` function, it couldn't have any bounds. Today though, we can move `new` under the `F: FnOnce() -> T` bound, which gives the compiler enough data to infer the type of T from closure.
2022-06-16	Move/rename `lazy::Sync{OnceCell,Lazy}` to `sync::{Once,Lazy}Lock`	Maybe Waffle	-0/+121