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research!rsc: Updating the Go Memory Model (Memory Models, Part 3)
The current Go language memory model was written in 2009, with minor updates since. It is clear that there are at least a few details that we should add to the current memory model, among them an explicit endorsement of race detectors and a clear statement of how the APIs in sync/atomic synchronize programs. This post restates Go's overall philosophy and the current memory model and then outlines
The Rust programming language differs from C in many ways; those differences tend to be what users admire in the language. But those differences can also lead to an impedance mismatch when Rust code is integrated into a C-dominated system, and it can be even worse in the kernel, which is not a typical C program. Memory models are a case in point. A programming language's view of memory is sufficie
I think there is a bit of confusion still as to what "fearless concurrency" actually means in the context of Rust. In particular, OOTA behavior of relaxed reads (which is excluded by the RustBelt model you linked, incidentally), doesn't violate any of Rust's memory safety guarantees by itself--relaxed memory operations in general will still not invoke undefined behavior. Rather, stuff like OOTA "j
[発表振り返り] よくわかるThe Go Memory Model for Go Conference 2023 Online
[発表振り返り] よくわかるThe Go Memory Model for Go Conference 2023 Online Go Conference 2023 OnlineのLong Sessionで発表させていただきました。この記事はその発表作りの振り返りです。 Go Conference 2023 Onlineでは参加者からのアンケートを募集しているそうです。ぜひ回答しましょう！ 発表資料 概要 発表が出来上がるまでにあった出来事をカジュアルに振り返ります。重要なインプットや示唆を頂いたことに対するacknowedgementも兼ねています。 勢いで書いているので、大体時系列に書いているようで微妙に前後したりしています。 伝えたいことは特にないのですが、 今後発表することに興味がある Proposalをどう書いたか興味がある Go Memory Modelの勉強方法に興味がある
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よくわかる The Go Memory Model 〜行間を図解で埋め尽くす〜 For Go Conference JP 2023 A3-L @shino_nobishii
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A memory model for Rust code in the kernel [LWN.net]
What Memory Model Should the Rust Language Use?
よくわかるThe Go Memory Model for Go Conference 2023
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