Avoid stress and complication when switching your application from one programming language to another by understanding dependencies, data types, and conditional statements in each.

Using TypeScript modules helps structure your applications, increasing code reusability and testability, and improving the overall organization of your builds.

spack is a JavaScript bundler written in Rust that supports transpiling through swc-project. Learn how to use spack to speed up JS builds.

TypeScript 4.1 became the latest stable release of the language in late November. Explore the latest features and updates, including template literal types, here.

While enums and Booleans may be familiar, you might want to think about using some other TypeScript constructs.

TypeScript is slowly becoming more popular than Python. Find out why in this post exploring the areas where TypeScript outperforms Python.

Here’s a quick reference guide where you can learn about best practices and generic TypeScript types in React.

Learn how to quickly and easily migrate a React component from JavaScript to TypeScript with this simple guide.

Prop drilling is one of the most common gripes with React. You add a prop or event in a component way down the hierarchy and you’re forced to add it to every parent component as well.

Is it ever OK to reinvent the wheel? We consider MiniQL, a tiny, GraphQL-inspired query language, in pursuit of the answer.

Destiny is an open-source project that scans folders for file dependencies and places the files in a fractal structure, where they are “destined” to be.

Without a doubt, these features will improve both the developer experience and the efficiency of using TypeScript.