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

Age	Commit message (Collapse)	Author	Lines
2020-08-30	mv compiler to compiler/	mark	-37/+0

2020-07-08	Avoid "blacklist"	Tamir Duberstein	-1/+1
	Other terms are more inclusive and precise. Clippy still has a lint named "blacklisted-name", but renaming it would be a breaking change, so is left for future work. The target configuration option "abi-blacklist" has been depreciated and renamed to "unsupported-abis". The old name continues to work.
2020-04-26	rustc_target: Stop using "string typing" for relocation models	Vadim Petrochenkov	-2/+2
	Introduce `enum RelocModel` instead.
2019-12-22	Format the world	Mark Rousskov	-2/+2

2019-09-23	Differentiate AArch64 bare-metal targets between hf and non-hf.	Andre Richter	-2/+2
	Following up on [1] and [2], this PR adds differntiation for aarch64 bare-metal targets between versions with and without hardware floating point enabled. This streamlines the target naming with other existing ARM targets and provides the user clear indication if he is getting float or non-float for his bare-metal target. [1] https://github.com/rust-lang/rust/pull/60135#issuecomment-485851356 [2] https://github.com/rust-embedded/wg/issues/230 Closes: rust-embedded/wg#230
2019-02-01	targets: aarch64-unknown-none: Add +strict-align	Andre Richter	-0/+1
	On AArch64, an unaligned access causes a synchronous exception. In the current state of the target, the compiler might generate unaligned accesses, see https://github.com/rust-embedded/rust-raspi3-tutorial/issues/10. Since this is a bare-metal target, it is possible that there is no exception handling in place (yet) to recover from this case, causing a binary to just silently fail. Add `+strict-align` to avoid this case.
2018-12-25	Remove licenses	Mark Rousskov	-10/+0

2018-08-23	use String::new() instead of String::from(""), "".to_string(), "".to_owned() ↵	Matthias Krüger	-2/+2
	or "".into()
2018-08-09	targets: aarch64: Add bare-metal aarch64 target	Andre Richter	-0/+46
	A generic AArch64 target that can be used for writing bare-metal code for 64-bit ARM architectures.