Rust–: Rust without the borrow checker

Fellow craftspeople, have you ever admired Rust's raw power and performance but found yourself wrestling with its notoriously strict borrow checker? Well, it seems some ingenious minds have been tinkering in the workshop, and they've forged something intriguing: Rustmm. Imagine getting a significant chunk of Rust's speed and safety guarantees without the constant battle against ownership and borrowing rules. This isn't about ditching Rust entirely, but rather exploring a path that prioritizes developer velocity for certain use cases, allowing you to build faster without sacrificing too much of that beloved low-level control. Think of it as having a set of specialized tools that make specific jobs a breeze, even if they aren't your everyday hammer.

The core idea here is to leverage Rust's compilation speed and the ability to generate efficient native code, while sidestepping the borrow checker's complexities. This could be a game-changer for rapid prototyping, scripting, or even parts of larger applications where the absolute strictest memory safety isn't the *only* paramount concern. The project aims to provide a more approachable entry point into the Rust ecosystem for those who might be intimidated by its learning curve. While it's still early days, the potential for faster iteration cycles and a smoother development experience is certainly something to keep an eye on. It’s a fascinating experiment in balancing robust performance with developer-friendliness, and it opens up interesting conversations about the future of systems programming languages.

📰 Original article: https://github.com/buyukakyuz/rustmm

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