This article explains the architecture and workflow of React Native's cross‑platform communication, detailing the JSBridge mechanism, the roles of platform, bridge, and JS layers, and how native modules interact with JavaScript through C++ and JNI, with a concrete setTimeout example.
This article explains Rust’s safety‑focused design, why it’s a compelling C/C++ alternative, and guides you through creating a native Rust Fibonacci calculation module for Node.js, highlighting scenarios where Rust can improve CPU‑intensive tasks and comparing native bindings with WebAssembly.
The article details the inner workings of the react-native link command and the rnpm system, illustrates the process with react-native-code-push, and explains how mand-mobile-rn links three custom Android modules by using postlink scripts, applyPatch.js, natives.json, and the required Gradle and package registrations.
This article explains how to embed React Native components into an existing iOS/Android app by turning the RN module into a native library called Pegasus, covering integration steps, architecture, and bidirectional communication between JavaScript and native code.
This article explains how React Native leverages iOS’s JavaScriptCore to enable seamless JavaScript‑to‑Objective‑C communication, covering module registration, callback handling, event listening with NativeAppEventEmitter, building native UI components, the module configuration table, and the detailed call flow between JS and native code.
This article provides a comprehensive source‑code analysis of React Native's Java↔JavaScript communication mechanism on Android, detailing module registration, the Java‑to‑JS and JS‑to‑Java call flows, and the underlying native bridge implementation.
A series of internal technical talks covers engineering Node.js development and operations, fast SEO and watcher solutions, native module creation, code elegance principles, rapid Chrome plugin development, and the future of web componentization, inviting staff to attend on September 19.
