Porting a Python PEG parser to Rust in 72 hours, and actually proving it worked

<p>After benchmarking all four languages across 23 production workloads, the data reveals which will dominate the next decade of systems… </p> <h3> The Future of Systems

<p>TL;DR: I ported Python's natsort library to Rust for Port Mortem 2026.</p> <p>Writing the sorting algorithm turned out to be the easy part.</p> <p>The difficult part was

<p>I've been doing packet analysis for a while now. Wireshark is almost always my first port of call when something's wrong on the wire. (Pun intended.) At some point, though,

<p>Let’s be honest. When we talk about migrating a service to Rust, we all envision the same thing: liquid-lightning latency, CPU graphs dropping off a cliff, and a single server

<p><em>Originally published on <a href="https://tamiz.pro/insights/micro-ai-code-reviewer-rust-unsafe-system-metrics" rel="noopener noreferrer">tamiz.pro</a>.</em></p> <p>In the

<p><em>A Port Mortem 2026 write-up about a JavaScript to Rust port, one strange Unicode character, and what green tests do not tell you.</em></p> <p>The first benchmark result was

<p>Every "port to Rust" post is the same shape: <em>I rewrote it in Rust and it's faster.</em> This one isn't. I ported a Python string-similarity library to Rust, and the honest

<h1> The Case for Rust: Why I Choose Absolute Reliability for RPGFX and WebRaven </h1> <p>The transition from high-level, interpreted languages to Rust often feels less like a