![How to unwrap [weak self] in Swift Concurrency Tasks?](https://alldevblogs.blob.core.windows.net/thumbs/article-50ffae478a58-full-a0635d1d.webp)
A guide on using [weak self] in Swift Concurrency Tasks to prevent memory leaks, covering weak-strong patterns and best practices.
Analyzing Swift 6.2's Main Actor isolation feature, exploring its impact on concurrency and whether developers should enable it.
Explores using Java 21+ virtual threads to elegantly convert legacy Future objects into modern, composable CompletableFuture instances.
Explains how to fix actor-isolated protocol conformance errors in Swift 6.2, focusing on @MainActor usage and avoiding data races.
Explores Swift's concurrency model, focusing on Actors, GlobalActors, and MainActor for safe, data-race-free programming.
A guide to using Tokio's `join!` and `select!` macros for concurrent and parallel async operations in Rust.
A guide to using Tokio channels for sharing data between async tasks in Rust, covering MPSC, broadcast, and watch patterns.
Explores challenges and solutions for testing asynchronous Swift code, focusing on avoiding random failures due to concurrency issues in Swift 6.
Explains single-threaded execution in Swift and its importance for UI responsiveness, as a foundation for concurrency ahead of Swift 6.
Swift 6 introduces an opt-in compiler mode to detect and prevent data race conditions at compile time, enhancing concurrent programming safety.
Analyzing Java BlockingQueue performance issues using JDK Flight Recorder and custom events to detect blocked producer threads.
Explores thread scheduling fairness for CPU-bound workloads in Java's Project Loom and its new virtual threads feature.
Learn how to use Web Workers to run intensive JavaScript tasks off the main thread, preventing a frozen UI and improving app performance.
An analysis of Butler Lampson's 1999 predictions on computer science, comparing what worked then to the state of technology in 2015.
A programmer reviews 'Learn You Some Erlang for Great Good!', praising its fun approach to teaching the functional language and its benefits.
Exploring functional programming concepts in JavaScript, including anonymous functions, high-order functions, and their benefits for concurrency and testing.
