An exploration of lifetimes in Rust.

Safe concurrency in D (`shared` made easier)

Customer life time analysis (CLV analysis). We are using Gamma-Gamma model to estimate average transaction value for each customer.

A question about lifetimes.

🚀 Master Rust programming with this comprehensive roadmap! Explore fundamental and advanced concepts, code examples, and resources.

BG/NBD and Gamma Gamma probabilistic models to evaluate and predict customer churn, retention, and lifetime value of an e-commerce business

Simple explanations for some complex Rust lifetime errors.

A tiny framework for managing resources

Walking through the Crust of Rust Youtube playlist by Jon Gjengset to level up my Rust skills.

🦀🔭 See Rust's power in action. Real-time visuals of memory, speed, and zero-cost abstractions. No GC. No compromise. ⚡️✨

Collection of naive code snippets and examples that I've created while learning Rust

Async, lifetimes, Pin, higher-rank trait bounds, variance — the parts of Rust where the type system stops feeling helpful and starts feeling like an antagonist. This book is for engineers who've cleared the borrow checker and hit the next wall. A survival guide to the four corners of Rust where ordinary intuition stops working.

🚀 Master Rust programming with this comprehensive roadmap! Explore fundamental and advanced concepts, code examples, and resources.

Provides ManualStatic that is a wrapper which allows to manually manage 'static lifetimes. It is unsafe but with debug_assertions it panics when the usage is wrong.

🦀📚 A learn-by-doing Rust workspace — pick a concept, get a ladder of 7-9 problems (easy → mastery), and implement each one yourself with staged hints, never handed the solution. Powered by a custom rust-practice coaching skill. 🚀

A progressive quiz on Rust lifetimes

My solutions for the Rust Piscine projects at Zone01 Oujda — includes digging into how Rust uses libc under the hood for memory management (malloc/free), plus ownership, borrowing, and lifetimes.

Rust workbook covering traits, lifetimes, closures, trait objects, and error handling