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07:5007:50, 19 November 2025 Rust in AI/ML: Safe and High-Performance Alternatives to Python (hist | edit) [8,645 bytes] PC (talk | contribs) (Created page with "500px When I tell people I write AI code in Rust, they usually raise an eyebrow. “Isn’t that a systems language?” Yes — and that’s exactly why it’s a hidden gem for AI/ML. Python may have the ecosystem, but Rust has speed, safety, and concurrency baked into its DNA. After years of building machine learning pipelines in Python, I started rewriting performance-critical parts in Rust. The results? Some components ran up to 8x...")
07:4807:48, 19 November 2025 5 Hidden Rust Crates That Simplified My Codebase Overnight (hist | edit) [4,295 bytes] PC (talk | contribs) (Created page with "500px If you are writing Rust professionally, or even tinkering with it as a side project, these crates will save you days of work. I tested each in production-like conditions, measured the impact, and verified every line myself. By the end of this article, you will have actionable knowledge and ready-to-use examples that will transform your Rust workflow immediately. 1. anyhow — Goodbye Boilerplate Error Handling Problem: Writing cust...")
07:4607:46, 19 November 2025 Stop Guessing: 3 Rules That Explain Every Single Rust Lifetime Error (hist | edit) [5,694 bytes] PC (talk | contribs) (Created page with "I still remember the night I almost gave up on Rust. Everything was fine until the compiler shouted: error[E0597]: `x` does not live long enough What did that even mean? I stared at my screen, googled endlessly, and ended up drowning in lifetimes, borrows, scopes, and 'a annotations. If you’ve been there, you know the pain. But here’s the twist: lifetimes aren’t mysterious. They follow a few simple rules. Once I cracked them, every lifetime error suddenly ma...")
07:4407:44, 19 November 2025 Inside Rust’s no main World: How Binaries Run Without std (hist | edit) [9,573 bytes] PC (talk | contribs) (Created page with "500px Most Rust developers think every Rust program starts with this: fn main() { println!("Hello, world!"); } But deep down in the guts of embedded systems, kernels, and bootloaders, there’s no println!, no heap, and not even a main function. That’s the #![no_main] world — where Rust becomes bare-metal, and you’re on your own. This isn’t a theoretical curiosity. This is the world of firmware, operating systems, and WASM run...")
07:4207:42, 19 November 2025 I Rebuilt Git From Scratch in Rust — and Version Control Finally Clicked (hist | edit) [8,377 bytes] PC (talk | contribs) (Created page with "500px I’ve driven Git for years like everyone else: commit, push, pull, panic—repeat. Ask me what actually happens when I type git commit, though, and I’d mumble something about “saving changes” and change the subject. So I wrote a tiny Git in Rust. I called it Ferro. Not because the world needs a new VCS, but because I needed to understand the one we already use. The surprise? The core ideas are refreshingly small. Why Git Fe...")
07:4007:40, 19 November 2025 Why Rust Might Replace C++ Faster Than You Think (hist | edit) [6,506 bytes] PC (talk | contribs) (Created page with "500px For decades, C++ has been the language for performance-critical software. Operating systems. Browsers. Game engines. Embedded systems. High-frequency trading. It’s been the king of the hill — fast, powerful, battle-tested. And for a long time, nothing came close. Then, quietly, a new contender appeared. Rust. What started as a side project at Mozilla is now shaping up to be the biggest shake-up in systems programming sinc...")
07:3807:38, 19 November 2025 What Happens When AI Models Start Running on Rust Inference Engines? (hist | edit) [6,958 bytes] PC (talk | contribs) (Created page with "It started with a weird bug in Python. Of course it did. I was running a simple PyTorch inference — nothing fancy, just a model predicting customer churn. Everything looked fine until… latency went wild. One request took 89 ms, the next took 3100 ms, and then — randomly — 487 ms. I stared at my terminal like it had personally betrayed me. That’s when a colleague said, “Why not try Rust?” And honestly? I laughed. Rust for machine learning inferenc...")
07:3607:36, 19 November 2025 8 WASM + Rust Techniques for Native-Speed UIs (hist | edit) [8,610 bytes] PC (talk | contribs) (Created page with "500px You click. The UI answers instantly. No jank, no “thinking” spinner. That feeling isn’t luck — it’s a set of choices. If you’re shipping Rust to the browser with WebAssembly, these are the eight techniques that repeatedly turn prototypes into snappy, production-grade UIs. 1) Zero-copy bridges: share views, not bytes Calling Rust from JS is cheap; moving data isn’t. Pass typed views over raw buffers instead of cloning. Patte...")
07:3407:34, 19 November 2025 From 1GB RAM to 40MB — How Rust Handles Memory Like a Pro (hist | edit) [4,410 bytes] PC (talk | contribs) (Created page with "I still remember staring at my terminal, thinking the numbers were wrong. I’d just finished rewriting a Node.js microservice in Rust. 500px Same features, same endpoints, everything worked. But the memory usage? 1GB down to 40MB. I checked three times because that seemed impossible. It wasn’t. Why Most Languages Eat Your RAM Here’s the thing about languages like JavaScript, Python, or Java — they all use garbage collection. You write c...")
07:3307:33, 19 November 2025 7 Common Rust Borrow Checker Errors (and How I Finally Fixed Them) (hist | edit) [12,141 bytes] PC (talk | contribs) (Created page with "500px This article shows the exact mistakes, exact fixes, and short, repeatable benchmarks. Read this like a conversation over coffee. No filler. Practical fixes. Clear code. Real cause and effect. Introduction Rust will refuse a change that feels obviously safe. That refusal can stop a feature for days. That feeling of being blocked is painful. It is also solvable. If the borrow checker ever made the chest tighten, this article is the repair ma...")
07:3107:31, 19 November 2025 Python Meets Rust as Polars Redefines Data Science Workflows (hist | edit) [7,939 bytes] PC (talk | contribs) (Created page with "500px For more than a decade, Python data work has revolved around one name. Pandas. It became the standard for wrangling tables, cleaning datasets, and building models. Every tutorial, every course, and nearly every notebook began with the same line of code: import pandas as pd That line shaped an entire generation of analysts. Yet as data volumes grew, cracks began to show. Pandas runs on a single core and leans on Python’s interpreter...")
07:2807:28, 19 November 2025 I Rewrote My Java Microservice in Rust — and It Cost Me My Job: A Cautionary Tale (hist | edit) [4,865 bytes] PC (talk | contribs) (Created page with "500px In 2025, as a senior Java developer at a fintech startup, I decided to rewrite a critical microservice from Java to Rust, chasing performance gains. The results were staggering, but so were the consequences — I lost my job. This isn’t a success story; it’s a reflection on the risks of innovation in a corporate world. The Motivation Our Java-based user authentication microservice, built with Spring Boot, handled 10,000 requests...")
07:2607:26, 19 November 2025 How Const Generics Changed Rust Forever — Why You Should Use Them Now (hist | edit) [7,350 bytes] PC (talk | contribs) (Created page with "500px The Day I Finally Understood Const Generics When Rust first announced Const Generics, I honestly didn’t get the hype. “Cool,” I thought. “Now I can have arrays with arbitrary sizes as type parameters. Neat, I guess.” But then — in the middle of writing yet another performance-critical numerical library — something clicked. I realized Const Generics weren’t just about fancy syntax. They were about unlocki...")
07:2507:25, 19 November 2025 Mastering Rust Traits: 15 Practical Examples That Will Transform Your Code (hist | edit) [32,859 bytes] PC (talk | contribs) (Created page with "Rust traits are one of the language’s most powerful features, enabling elegant abstractions and code reuse while maintaining zero-cost performance. If you’re looking to level up your Rust skills, understanding traits is essential. In this comprehensive guide, we’ll explore 15 practical trait examples that demonstrate real-world patterns and best practices. 500px What Are Traits and Why Should You Care? Traits in Rust are similar to in...")
07:2107:21, 19 November 2025 Spiko is a fast, Rust-based load testing tool with a beautiful TUI for real-time insights. (hist | edit) [5,430 bytes] PC (talk | contribs) (Created page with "Spiko is a fast, lightweight load testing tool built with Rust and powered by Tokio. It offers a clean and interactive TUI (Text User Interface) to provide real-time insights into your web application’s performance. Inspired by trinhminhtriet/blast, Spiko helps you simulate load and monitor the results in an intuitive and easy-to-understand interface. * 🚀 High-performance load testing with minimal overhead * 🎨 Real-time TUI with beautiful, interactive graph...")
07:1707:17, 19 November 2025 10 Rust Features That Leave C++ in the Dust (hist | edit) [4,839 bytes] PC (talk | contribs) (Created page with "500px One carries the burden of decades of legacy; the other rewrote the rules of modern systems programming. If you still think of C++ as the top choice for speed, reliability, and control, it’s time to hear this out: Rust isn’t just a replacement — it’s an upgrade. In the next ten minutes, we’ll use code, simple benchmarks, and visual sketches to show 10 areas where Rust doesn’t just catch up — it wins outright. 01 Bor...")
07:1407:14, 19 November 2025 Rust vs Go — which gRPC server is faster on real traffic? (hist | edit) [6,780 bytes] PC (talk | contribs) (Created page with "500px I ran both stacks with the same schema, payloads, and client patterns, then watched one graph bend while the other held its line. The surprise was not raw throughput; it was how each server behaved when retries, slow clients, and background jobs poked at it. I chased the ugly moments, not the easy ones. The winner changed once I shaped the load like production, and that is where this story goes. The load test that changed my mind Syntheti...")
07:1207:12, 19 November 2025 Building Domain-Specific Languages (DSLs) in Rust: Why It’s Easier Than You Think (hist | edit) [6,827 bytes] PC (talk | contribs) (Created page with "500px There’s something deeply satisfying about writing code that feels like poetry — something expressive, minimal, and tailored perfectly to your problem. That’s what Domain-Specific Languages (DSLs) are all about. And if you think building one in Rust sounds intimidating, you’re not alone — I used to think the same. Then I actually built one. And it changed how I write Rust forever. What’s a DSL Anyway? A Domain-Specif...")
07:1007:10, 19 November 2025 Meet UV: The Rust-Powered Python Tool So Fast You’ll Forget Pip Ever Existed (hist | edit) [4,698 bytes] PC (talk | contribs) (Created page with "You know that feeling when you type pip install and… nothing happens? Like, your terminal just sits there, staring at you — judging you — while downloading dependencies at the speed of a dial-up modem? That was me. Sitting with my cold coffee and broken soul, waiting for pip to finish installing a single package. Then someone whispered the magic word: UV. “UV? Like sunscreen?” I asked. “No, bro, UV — the Rust-powered package manager for Python that...")

10:5310:53, 18 November 2025 Python and Rust interoperability: A walkthrough for building a high performance MCP server (hist | edit) [10,521 bytes] PC (talk | contribs) (Created page with "For years, we’ve been told to pick a side. Are you on Team Python, where you can build complex apps at lightning speed? Or are you on Team Rust, where you get elite performance and memory safety with a language that’s been most admired for 9 years straight? Now having the best of both worlds is possible, thanks to libraries like PyO3. PyO3 provides a set of Rust macros that handle the low-level details of translating between Python and Rust data types. In this g...")
10:4410:44, 18 November 2025 Borrow Checker Therapy: How Rust Broke My Code, My Ego, and Then Made Me a Better Engineer (hist | edit) [10,022 bytes] PC (talk | contribs) (Created page with "It felt personal. It felt like a code review that would not let me leave the room until the code was right. That lesson cost time and bruised pride. It repaid the investment with reliability that no unit test would have found. This article is the story of that fight. It is practical, opinionated, and full of small examples that show the change. If a single tool can teach better code discipline and fewer production incidents, it is worth listening to. file:Borrow_Ch...")
10:3810:38, 18 November 2025 Is Rust the Future of Programming? Here’s Why You Should Care in 2025 (hist | edit) [5,247 bytes] PC (talk | contribs) (Created page with "The world of coding changes so fast, and every few years, a new programming language steps into the spotlight. 500px Right now, that language is Rust. It’s not just a passing trend; it’s a serious answer to some of the biggest problems we face in software today. If you’re building any kind of modern application in 2025, you need to know what Rust is doing and why it matters to your job and your company’s securit...")
10:2610:26, 18 November 2025 10 Rust Interview Questions You Will Keep Seeing in FAANG Interviews (hist | edit) [11,096 bytes] PC (talk | contribs) (Created page with "500px This article is a focused, practical guide for engineers who prepare for systems-level interviews at top firms. Each question is short, followed by a clear example, a concise micro-benchmark or performance observation, and a small hand-drawn-style diagram where the architecture or ownership matters. Read it as if a senior engineer were coaching you over coffee. The goal is for you to answer confidently, show judgment, and write code...")
10:1510:15, 18 November 2025 The Real Story Behind Polonius: Rust’s Next Borrow Checker (hist | edit) [9,748 bytes] PC (talk | contribs) (Created page with "500px When Rust first introduced the borrow checker, it changed how developers think about memory forever. No garbage collector. No segfaults. Just pure compile-time guarantees. But the deeper people went, the more edges they found. Lifetimes that refused to compile. Borrow errors that looked nonsensical. You’d stare at the compiler’s angry red messages, muttering, “But I’m not even using that variable anymore!” That frus...")
10:0810:08, 18 November 2025 Why Memory-Mapped I/O Feels So Different in Rust (hist | edit) [8,463 bytes] PC (talk | contribs) (Created page with "500px When you first hear memory-mapped I/O (MMIO), it sounds like some obscure OS-level trick reserved for kernel hackers. But if you’ve ever streamed a 10GB dataset without loading it all into RAM, or accessed GPU registers directly, you’ve probably used it — even if you didn’t know. In most languages, MMIO feels like a hidden performance optimization. In Rust, it feels like a first-class primitive. And that difference is...")
10:0110:01, 18 November 2025 Stop Using dbg!() in Rust: The Debugging Stack That Saves Hours (and Your Sanity) (hist | edit) [6,377 bytes] PC (talk | contribs) (Created page with "The clock read 2:00 PM. I was hunting a bug deep inside an async service. The error was a classic Rust failure: a deadlock in a concurrent data structure. 500px I did what every Rust developer does when they get desperate: I scattered 40 different dbg!() calls throughout the function. Rust <pre> // My desperate 2:00 PM code: let result = dbg!(calculate_next_state(input)); let response = dbg!(process_response(result)); </pre> That was...")
09:5509:55, 18 November 2025 The Day libc Died: How Rust’s Core and Alloc Crates Work Together (hist | edit) [7,596 bytes] PC (talk | contribs) (Created page with "500px If you’ve ever tried compiling Rust code for an embedded board, a bare-metal kernel, or even a toy OS, you’ve probably hit this cryptic error: <pre> error[E0463]: can't find crate for `std` </pre> That moment feels like stepping off a cliff. Suddenly, your beautiful, safe Rust world — with println!, threads, and files — vanishes. Welcome to the no_std world. But here’s the twist: Rust doesn’t need libc or even...")
09:4909:49, 18 November 2025 What Happens When Rust Meets DMA (Direct Memory Access) (hist | edit) [8,761 bytes] PC (talk | contribs) (Created page with "500px When you write Rust, you feel safe. The compiler guards your memory like a loyal knight — no use-after-free, no data races, no null dereferences. But then… you meet DMA — Direct Memory Access — a hardware-level beast that says: “I’ll just write into memory directly, thanks. No need to bother your borrow checker.” And suddenly, Rust’s guarantees start trembling. This is the story of what happens when Rust’s ownership model ...")
09:4309:43, 18 November 2025 Learning about Rust Benchmarking with Sudoku from 5 minutes to 17 seconds (hist | edit) [13,014 bytes] PC (talk | contribs) (Created page with "500px I’ll take you through the process of optimizing a Sudoku solver written in Rust. We’ll start with a simple, unoptimized version and apply a series of optimizations that will take the time to solve 100,000 puzzles from over 5 minutes down to just 33 seconds, and 20,000 of the hardest puzzles from over 2 minutes down to just 17 seconds. The Setup The project is a command-line Sudoku solver written in Rust. The puzzles are read from...")
09:2909:29, 18 November 2025 Macros 2.0: The Rust Feature That Will Make Your Editor Feel Like Magic (hist | edit) [7,412 bytes] PC (talk | contribs) (Created page with "500px Why I think Macros 2.0 will be one of Rust’s biggest quality-of-life wins — on par with things like pattern types or variadic generics. TL;DR New macro system: define declarative macros with the macro keyword instead of macro_rules!. Real scoping: paths inside the macro body resolve where the macro is defined, not where it’s invoked. Way better IDE UX: hover, go-to-definition, comple...")
09:2509:25, 18 November 2025 The Hidden Magic Behind Box T — How Rust Manages the Heap Without You Noticing (hist | edit) [8,781 bytes] PC (talk | contribs) (Created page with "500px When I first touched Box<T>, I thought it was just a pointer. Something that quietly put data on the heap and cleaned it later. I could not have been more wrong. Box<T> is not a convenience. It is a contract. It turns heap allocation — one of the most unpredictable parts of system design — into something you can trust every single time. And once you see what actually happens inside that one call to Box::new(), you...")
09:1709:17, 18 November 2025 The Most Elegant Code I’ve Ever Written was in Rust (and the Most Painful to Debug) (hist | edit) [6,477 bytes] PC (talk | contribs) (Created page with "500px I wrote 40 lines that felt like poetry. Under load, the poetry became silence. This is a bug hunt diary: timestamps, exhibits, and the small rewrites that made elegance debuggable. Cast * Service: ingest → enrich → cache → publish * Stack: Rust + Tokio, Postgres, Kafka * Metric that mattered: p99 < 250 ms, no stalls 00:00 — Why the code felt… perfect I replaced a chunky pipeline with one composable stream:...")
09:1309:13, 18 November 2025 Singletons in Rust? Yes, and Here’s the Dangerous Way People Do It (hist | edit) [5,667 bytes] PC (talk | contribs) (Created page with "500px If you’ve spent time in Java or C#, you’ve probably seen the Singleton pattern — a way to guarantee that only one instance of a type exists in your program. It’s a design pattern that people either love (“simple global access”) or hate (“global mutable state is evil”). When I first moved to Rust, I assumed singletons weren’t even possible. After all, Rust hates global mutable state. And yet… developers still...")
09:0809:08, 18 November 2025 Unsafe Rust Isn’t the Dark Side. It’s the Only Reason Rust Works. (hist | edit) [5,622 bytes] PC (talk | contribs) (Created page with "Hook Everyone loves to chant the gospel of Rust: memory safety, fearless concurrency, no segfaults, borrow checker as your guardian angel. But here’s the truth no Rust evangelist wants on a T-shirt: Rust is only safe because of the unsafe parts. Yes. That keyword you were told to avoid like it’s black magic? That’s the engine oil. Without it, the whole machine seizes up. 500px The Lie We Sell Newcomers When you first touch Rust, you get...")
09:0309:03, 18 November 2025 One Million Connections, 2GB RAM: Rust’s New Async Runtime Just Rewrote My Scaling Playbook (hist | edit) [7,907 bytes] PC (talk | contribs) (Created page with "The benchmark was not theoretical. It was a pressure test against a real workload. The surprising part was not the number. The surprising part was how little memory it required to hold that state. This is the story of the tradeoffs, the tiny engineering changes that mattered, and the exact pattern that any backend engineer can reproduce on commodity hardware. 500px Why the question matters Most scaling stories are about adding mo...")
08:4708:47, 18 November 2025 Rust Made My Backend Boring — and Now It Handles 10 Million Requests Without Breaking a Sweat (hist | edit) [7,953 bytes] PC (talk | contribs) (Created page with "The first release was chaos. Pages crashed, graphs spiked, and the pager screamed like a fire alarm. The rewrite was calm. No alerts, no drama, no 3 A.M. messages. Now the system quietly serves ten million requests every single day — and I barely think about it. That is not bragging. It is a confession. A confession that for years, I believed complexity was proof of skill. Then Rust taught me that boring is beautiful. file:Rust_Made_My_Backend_Boring.jp...")
08:4208:42, 18 November 2025 Rethinking Concurrency: The Actor Model and Ractor in Rust (hist | edit) [18,533 bytes] PC (talk | contribs) (Created page with "500px The moment you start building systems that handle thousands of concurrent operations, you realize that traditional threading models start to crack under pressure. Shared memory concurrency forces you into a world of mutexes, race conditions, and the constant fear that somewhere, somehow, two threads are fighting over the same piece of data. The cognitive overhead becomes overwhelming. You spend more time reasoning about locks th...")
08:3208:32, 18 November 2025 Top 50 Rust Interview Questions and Answers (2025 Edition) (hist | edit) [25,148 bytes] PC (talk | contribs) (Created page with "After reviewing hundreds of Rust interviews across startups and big tech, I’ve noticed a pattern: most interview guides focus on theory, but real interviews test your ability to think in Rust. This guide bridges that gap. 500px Whether you’re interviewing at a systems programming shop, a blockchain startup, or a web services company, these 50 questions cover what you’ll actually encounter. I’ve included not just answers, but...")
08:1308:13, 18 November 2025 Rust 1.90: The Speed Update — LLD Linker Makes Everything 7x Faster (hist | edit) [13,472 bytes] PC (talk | contribs) (Created page with "500px What if your Rust projects suddenly compiled 40% faster… without changing a single line of code? Released on September 18, 2025, Rust 1.90 brings one of the most impactful performance improvements in recent Rust history. By switching to the LLD linker as the default on Linux, this release dramatically cuts build times — especially for large projects and incremental rebuilds. Add workspace publishing support to Cargo, and you’ve got a r...")
07:5907:59, 18 November 2025 Rust Promised Fearless Concurrency. Erlang Shipped It in 1986. (hist | edit) [9,441 bytes] PC (talk | contribs) (Created page with "The Rust community celebrates fearless concurrency as a revolutionary achievement. Zero-cost abstractions, ownership semantics, and compile-time guarantees that prevent data races. It’s impressive engineering. But Erlang solved the same problems 39 years ago with a different approach that’s arguably more practical for distributed systems. 500px After spending years writing Rust for systems programming and recently diving deep into Erlang...")
07:5307:53, 18 November 2025 The Future of Systems Programming: Rust, Go, Zig, and Carbon Compared (hist | edit) [17,568 bytes] PC (talk | contribs) (Created page with "500px The systems programming landscape is undergoing its most dramatic shift since the transition from assembly to C. Four languages are vying to define the next two decades of infrastructure software: Rust with its memory safety revolution, Go with its simplicity-first philosophy, Zig with its zero-overhead obsession, and Carbon with its ambitious C++ migration story. After spending eight months benchmarking these languages across 23 rea...")
07:4707:47, 18 November 2025 Teaching Claude to Write Better Rust: Automating Microsoft’s Guidelines with Skills (hist | edit) [10,409 bytes] PC (talk | contribs) (Created page with "500px When Microsoft released their Pragmatic Rust Guidelines in September 2025, they did something clever. Beyond the typical human-readable documentation, they created a condensed, AI-optimized version specifically designed for coding assistants like Claude and GitHub Copilot. The timing couldn’t have been better, because just weeks later, Anthropic launched Claude Skills, a powerful new feature that lets you package expertise into reu...")
07:4307:43, 18 November 2025 10 Rust Design Patterns Every Developer Should Master in 2025 (hist | edit) [8,400 bytes] PC (talk | contribs) (Created page with "Rust forces you to think differently. The patterns that work in Java or Python often don’t translate. Here are the patterns that actually matter when writing Rust code. 500px 1. Newtype Pattern Wrap primitives to add type safety. Prevents mixing up values that happen to have the same type. <pre> struct UserId(i32); struct ProductId(i32); fn get_user(id: UserId) -> User { // can't accidentally pass ProductId here } let user_...")
05:1605:16, 18 November 2025 Zig’s Build System Is Quietly More Revolutionary Than Rust’s Borrow Checker (hist | edit) [7,708 bytes] PC (talk | contribs) (Created page with "It started, as these things often do, with a broken build. You know that feeling when the terminal mocks you with 47 red lines and one smug message — “missing dependency: please reinstall”? Yeah. That. We were migrating a small backend service — nothing fancy, just a caching layer — and I figured I’d try Zig. I’d heard people whispering about it like some underground cult of simplicity. “Zig’s build system is amazing,” they said. And honestly? I did...")
05:0905:09, 18 November 2025 We Built a Microkernel in Rust: Here’s What Actually Worked (hist | edit) [7,578 bytes] PC (talk | contribs) (Created page with "500px There’s this moment every systems developer has when they stare at their bootloader, watch a blank screen flash, and whisper: “Did I just write an OS… or a very expensive infinite loop?” That was us — three developers, one foolish dream: building a microkernel in Rust from scratch. No libc, no POSIX, no kernel to lean on. Just cargo, bare metal, and a questionable amount of caffeine. And the truth? Rust didn’t ma...")
05:0405:04, 18 November 2025 The 7 Rust Features That Make You a Better Programmer (hist | edit) [4,609 bytes] PC (talk | contribs) (Created page with "A focused tour of the language habits that force better design, fewer bugs, and faster delivery. 500px One compile-time rule saved a team from shipping a data-loss bug on a Friday night. That rule changed how the team designs libraries from that day forward. Rust will change how code is written and how problems are thought about. This article lists seven concrete Rust features that improve coding skill. Read each entry like a short...")
05:0005:00, 18 November 2025 10 Rust Design Patterns That Separate Amateurs from Pros in 2025 (hist | edit) [7,443 bytes] PC (talk | contribs) (Created page with "500px Rust has earned its reputation for safety, performance, and control. But mastering its syntax isn’t enough. The real test comes when you have to design maintainable, scalable systems without fighting the borrow checker or drowning in lifetime annotations. That’s where design patterns come in. A design pattern is a reusable structure that solves a common software design problem. In Rust, these patterns adapt to ownership, borrowing,...")
04:5104:51, 18 November 2025 Four Rust Crates That Quietly Make Your Life Better (hist | edit) [8,082 bytes] PC (talk | contribs) (Created page with "500px Every Rust developer knows about serde, tokio, and clap. These are the workhorses, the crates that appear in nearly every Cargo.toml file. But the ecosystem’s real depth reveals itself in those smaller, focused libraries that solve specific problems elegantly. You add them to a project, they do exactly what they promise, and suddenly you wonder how you ever worked without them. Let me tell you about four crates that fall into this...")
04:4704:47, 18 November 2025 Rust’s Seven Cardinal Sins (hist | edit) [15,859 bytes] PC (talk | contribs) (Created page with "500px The typical advice about Rust focuses on fighting the borrow checker or avoiding unwrap. After building distributed systems in Rust for years, I’ve found the real sins are more subtle. These are mistakes that experienced developers make after they’ve learned the basics, patterns that seem reasonable until they surface under production load as mysterious performance degradation or unexpected memory pressure. Sin #1: Fighting the Opt...")
04:4004:40, 18 November 2025 Building a Linux Kernel Module in Rust: Zero Panics in 14 Months Production (hist | edit) [17,758 bytes] PC (talk | contribs) (Created page with "Our custom network driver, written in C, was a disaster. It crashed production servers 3–4 times per week. Each crash required manual intervention, customer downtime, and post-mortem analysis. The bugs were always memory safety issues: use-after-free, null pointer dereferences, buffer overflows. We spent 18 months fighting these crashes. Then Linux 6.1 merged initial Rust support, and we decided to rewrite our driver in Rust. The team’s reaction: skeptical borderin...")

19 November 2025

18 November 2025