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An Introduction to Clustering in Node.js
Picture your Node.js app starts to slow down as it gets bombarded with user requests. It’s like a traffic jam for your app, and no developer likes dealing with that.
JAMstack Architecture with Next.js
The Jamstack architecture, a term coined by Mathias Biilmann, the co-founder of Netlify, encompasses a set of structural practices that rely on client-side JavaScript, reusable APIs, and prebuilt markup to build websites and applications. At its core, the Jamstack advocates for rendering web applications into static HTML files during the build process and serving them efficiently to clients.
Rendering Patterns: Static and Dynamic Rendering in Nextjs
Next.js is popular for its seamless support of static site generation (SSG) and server-side rendering (SSR), which offers developers the flexibility to choose the most appropriate rendering method for each application page. Traditionally, Next.js utilized functions like getStaticProps, getStaticPaths, and getServerSideProps to manage how pages are rendered. Depending on the data requirements, these functions determine whether a page should be generated at build time or on each server request.
Read the latest articles
An Introduction to Clustering in Node.js
Picture your Node.js app starts to slow down as it gets bombarded with user requests. It’s like a traffic jam for your app, and no developer likes dealing with that.
JAMstack Architecture with Next.js
The Jamstack architecture, a term coined by Mathias Biilmann, the co-founder of Netlify, encompasses a set of structural practices that rely on client-side JavaScript, reusable APIs, and prebuilt markup to build websites and applications. At its core, the Jamstack advocates for rendering web applications into static HTML files during the build process and serving them efficiently to clients.
Rendering Patterns: Static and Dynamic Rendering in Nextjs
Next.js is popular for its seamless support of static site generation (SSG) and server-side rendering (SSR), which offers developers the flexibility to choose the most appropriate rendering method for each application page. Traditionally, Next.js utilized functions like getStaticProps, getStaticPaths, and getServerSideProps to manage how pages are rendered. Depending on the data requirements, these functions determine whether a page should be generated at build time or on each server request.
Server-Side Rendering with Vue.js and Nuxt.js
Vue.js and Nuxt.js seamlessly complement each other for SSR. Vue.js provides the core functionality for dynamic UIs, while Nuxt.js enables server-side rendering of Vue.js components, ensuring fast initial page loads and optimal SEO. Nuxt.js simplifies SSR application development, allowing developers to focus on crafting exceptional user experiences without getting bogged down by SSR intricacies.
Mastering N-API and Native Modules in Node.js
Central to the development of Node native modules is Node-API, a groundbreaking toolkit introduced since Node.js 8.0.0. Node-API serves as an intermediary between C/C++ code and the Node JavaScript engine, facilitating a smooth interaction and manipulation of JavaScript objects from native code. Node-API also abstracts its API from the underlying JavaScript engine, ensuring backward compatibility and stability across Node.js versions.
Profiling Tools and Techniques for Node.js Applications
A well-optimized Node.js application not only ensures a smoother user experience but also scales effectively to meet demand.