Code Freely, Live Fully
Code Freely, Live Fully
Introduction The observer pattern is a software design pattern that allows an object, usually called the subject, to maintain a list of dependents, called observers, and notify them automatically of any state-changes. Many languages have this pattern either built-in or…
Introduction Writing concurrent code in Rust can be a real challenge. You’re constantly thinking about shared state, race conditions, and how to safely pass data between threads without the whole program crashing. But what if you need to know when…
Introduction Building robust, real-time applications in Rust can often feel like a juggling act. You want a responsive user interface, but you also need to handle complex, asynchronous data updates—all without sacrificing Rust’s core promise of memory safety and thread…
Introduction Rust’s ownership and borrowing system is a cornerstone of its safety guarantees, but it can present a challenge when you need to react to changes in your data. Imagine building a UI, a game, or any application where a…
Introduction The observer pattern is a software design pattern that allows an object, usually called the subject, to maintain a list of dependents, called observers, and notify them automatically of any state-changes. Many languages have this pattern either built-in or…