iced - 跨平台原生Rust GUI库，并且受到赞助了

A cross-platform GUI library for Rust, inspired by Elm

重要的特性：同时支持本地GUI和Web UI。就是一份代码，可以编译到不同平台上运行。

然后，今天发布的消息，这个项目已经被 Cryptowatch 赞助了。

Repo: https://github.com/hecrj/iced

gnome-shell 的css解析栈工具全面转向Rust

大意是说gnome-shell之前使用的那些处理css的c语言的库，都已经陈旧且长时间不再维护了，而新的Mozilla/Servo/Rust 相关的Css工作栈的库，更新很快，性能也强。现在gnome官方已经决定全面转向使用 Rust 这套工具包了。

Link: https://people.gnome.org/~federico/blog/moving-gnome-shell-styles-to-rust.html

How to Panic in Rust

What exactly happens when you panic!()? I recently spent a lot of time looking at the parts of the standard library concerned with this, and it turns out the answer is quite complicated! I have not been able to find docs explaining the high-level picture of panicking in Rust, so this feels worth writing down.

https://www.ralfj.de/blog/2019/11/25/how-to-panic-in-rust.html

scryer-prolog - 用Rust写的现代prolog编译器实现

Scryer Prolog aims to become to ISO Prolog what GHC is to Haskell: an open source industrial strength production environment that is also a testbed for bleeding edge research in logic and constraint programming, which is itself written in a high-level language.

https://github.com/mthom/scryer-prolog

Neat Rust Tricks: Passing Rust Closures to C

One of Rust’s biggest selling points is how well it can interoperate with C. It’s able to call into C libraries and produce APIs that C can call into with very little fuss. However, when dealing with sufficiently complex APIs, mismatches between language concepts can become a problem. In this post we’re going to look at how to handle callback functions when working with C from Rust.

https://blog.seantheprogrammer.com/neat-rust-tricks-passing-rust-closures-to-c

calculator - 用 Nom, Pratt Parser, LLVM, Cranelift and Relm 实现的计算器

同时支持 cli，repl, gtk 哦。

https://github.com/In-line/calculator