Rust in the kernel is no longer experimental (lwn.net)

Article summary

The Rust programming language is no longer considered experimental in the Linux kernel. This marks a significant milestone in the adoption of Rust for systems programming. The Linux kernel has been exploring the use of Rust to improve memory safety and security. The success of this experiment paves the way for increased use of Rust in the kernel.

Main themes

• Rust in the Linux kernel
• Systems programming
• Memory safety
• Language choice
• Kernel development

What commenters say

• The adoption of Rust in the Linux kernel is a significant development with potential implications for systems programming.
• Rust offers improved memory safety features compared to traditional languages like C and C++.
• Some argue that the choice of programming language is driven by ease of development rather than safety concerns.
• Others believe that safety is a key consideration in language choice, and Rust is a viable alternative to C and C++.
• The use of Rust in the kernel does not necessarily mean that other languages like C and C++ will be replaced.
• Some commenters disagree on the significance of Rust's adoption, with some seeing it as a minor development and others as a major milestone.
• The discussion highlights the trade-offs between different programming languages, including performance, safety, and ease of development.
• There are differing opinions on the extent to which Rust is currently used in major projects like web browsers.