This is a JavaScript Concept Repository is a meticulously curated compendium designed to encapsulate the full spectrum of JavaScript fundamentals, advanced topics, and practical implementations. This repository serves as a definitive resource for developers, educators, and learners aiming to deepen their understanding and proficiency in JavaScript.

Hotpatching, closures, lambdas, and signal-based exception handling in GNU C

Appliable makes configuring objects easier and more convenient using closures.

Intermediate JavaScript concepts

Here is a list of comprehensive repositories, courses and topics for learning JavaScript with examples and exercises: 1. Mozilla Developer Network (MDN) JavaScript Guide: MDN offers a comprehensive JavaScript guide with detailed explanations, examples, and exercises. It covers everything from the basics to advanced topics like object-oriented prog

small project to teach students how to fetch movies with search and teach what closures are and how to use them

A book series on JavaScript. @YDKJS on twitter.

Namaste JavaScript - A YouTube Playlist by Akshay Saini

Namaste JavaScript notes provide a comprehensive guide for mastering JavaScript. Covering key concepts, syntax, and practical applications, it's an invaluable resource for developers seeking JavaScript proficiency.

This is 30 Days of learning Javascript challenge.

A book series on JavaScript.

A human readable quasi-concatenative programming language

Exercises exploring OOP in JavaScript.

Code snippets of "Captured variables, Understanding lambda expression and closures in C#"

JavaScript Fundamentals (Notes) ft. Namaste JavaScript

Versatile and fast caching utility for Rust

Bring order to chaos. Level up your JS application architecture with Module Composer, a tiny but powerful module composition utility based on functional dependency injection.

Automatic conversion of call by value into call by need in the LLVM IR.

Thread-safe closures as first-class functions for C

A simple calculator app that implements math operations via a closure function.