HoN on The Coders Blog

Rust Meets Lisp: A Novel Programming Language Experiment

Sun, 10 May 2026 03:41:04 +0000

The relentless march of programming language innovation often finds its most fertile ground at the intersection of seemingly disparate paradigms. We’ve seen the rise of functional programming influencing imperative languages, and now, a fascinating experiment emerges: “Rust but Lisp” (rlisp). This project boldly attempts to graft the rigorous safety guarantees and performance of Rust onto the elegant, symbolic s-expression syntax of Lisp. It’s a compelling proposition for anyone intrigued by the syntactic flexibility of Lisp and the unparalleled robustness of Rust, especially for those who have wrestled with Rust’s macros or yearn for a more interactive development experience without sacrificing compile-time safety.

Clojure-like Language in Go Boasts Blazing 7ms Boot Time

Sun, 10 May 2026 03:41:03 +0000

The air crackles with the hum of innovation, and occasionally, a project emerges that makes you pause, rub your eyes, and question everything you thought you knew about language design and performance. Today, that project is let-go, a Clojure-like language meticulously crafted in Go, promising Clojure’s potent expressiveness married to Go’s unparalleled startup speed. We’re not talking about seconds here; we’re talking about a cold start time that hovers around a mind-bending 7 milliseconds. This isn’t just fast; it’s practically instantaneous, opening up entirely new paradigms for how we can deploy and interact with dynamic languages.

Mastering Low-Level: Building a Web Server in Assembly

Sun, 10 May 2026 03:41:03 +0000

There are feats of engineering that redefine our understanding of what’s possible. Then there are the endeavors that make you stare, jaw agape, contemplating the sheer audacity and profound depth of knowledge required to even attempt them. Building a web server in assembly language falls squarely into the latter category. Forget the elegant abstractions of Rust, the efficient compilation of Go, or even the mature ecosystems of C++. We’re talking about wrestling directly with the silicon, commanding the CPU one instruction at a time, and orchestrating network sockets with nothing but raw system calls and flags. This isn’t just about performance; it’s about a primal, almost philosophical pursuit of ultimate control.