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This article mainly explains the "example analysis of the interoperability between Rust and C++". The content in the article is simple and clear, and it is easy to learn and understand. Please follow the editor's train of thought to study and learn "the example analysis of the interoperability between Rust and C++".

Interoperability between Chrome's Rust and C++ this is a blog post on www.chromium.org about chromium memory security, and Chrome engineers are experimenting with Rust. C++ will still dominate the code base for the foreseeable future, so if you use Rust anywhere, you need to consider adapting to C++. This seems to pose some challenges to C++/Rust interoperability that no one else has encountered before.

Rust on Arduino Uno this means that you can now compile the Rust program for the avr microcontroller board by running only the cargo + nightly build, providing a .targets / config.toml for the avr-unknown-unknown.

Async project comparison

Rust's approach to introducing asynchronous code into the language is relatively novel. Instead of packaging asynchronous systems with languages, such as the built-in goroutine method provided by Golang, it provides an interface for independent library developers to use to implement the runtime of an asynchronous given process. So the blog post summarizes the libraries of async ecology such as Futures, Tokio, async-std, smol, Actix, embrio and Bastion. See the original article more: Gfx-rsgfx-rs is a low-level, cross-platform graphics and computing abstract library implemented by Rust. The goal of the gfx-rs community is to make graphics programming in Rust easy, fast and reliable. Async-rwlock

Stjepang's new wheel async-rwlock, asynchronous read-write lock. This type of lock allows multiple readers or one writer at any point in time. Example: use async_rwlock::RwLock

Let lock = RwLock::new (5)

/ / Multiple read locks can be held at a time.

Let R1 = lock.read () .await

Let R2 = lock.read () .await

Assert_eq! (* R1, 5)

Assert_eq! (* R2, 5)

Drop ((R1, R2))

/ / Only one write lock can be held at a time.

Let mut w = lock.write () .await

* w + = 1

Assert_eq! (* w, 6)

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