4 Repos
Settings that define how generated code is scoped and exported for different environments.
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esbuild is a high-performance JavaScript bundler and transpiler designed to transform modern web assets into production-ready code. Built with a focus on speed, it utilizes a concurrent execution model to perform parsing, linking, and code generation across multiple CPU cores. The engine handles a wide range of tasks, including TypeScript compilation, JSX transformation, and CSS bundling, while maintaining a consistent build process across diverse environments. What distinguishes the project is its architecture, which leverages memory-mapped file processing and a single-pass transformation st
The bundler sets the output format of generated JavaScript files to IIFE, CommonJS, or ESM to control how code is scoped and exported for different environments.
Rollup is an ES module bundler and JavaScript module transpiler. It functions as a build tool that combines JavaScript modules into optimized files and converts modern JavaScript and JSX into various output formats for different runtime environments. The project is distinguished by its static-analysis tree shaking engine, which removes unused code and dead exports to minimize bundle size. It also acts as a code splitting orchestrator, partitioning modules into separate chunks to optimize network requests and load times. The tool provides a hook-based plugin system for extending build logic,
Generates bundles in various module formats, such as ESM or UMD, from a single analyzed module graph.
SystemJS is a dynamic dependency manager and universal module loader that resolves and executes JavaScript modules across different browser and server environments. It functions as an import map polyfill, mapping bare module specifiers to absolute URLs to manage dependencies without requiring a build step. The project provides a system for integrating diverse formats, including AMD and global scripts, into a modern ES module workflow. It enables browser module polyfilling for environments that lack native support for ES modules and import maps, and it allows for dynamic runtime hot-reloading
Provides runtime support for loading and executing modules defined via the Asynchronous Module Definition format.
electron-vite ist ein Build-System und Multi-Process-Bundle-Orchestrator, der Vite verwendet, um die Main-, Preload- und Renderer-Prozesse für Electron-Anwendungen zu kompilieren und zu bündeln. Er fungiert als Scaffolder für Desktop-Anwendungen und bietet Vorlagen zur Integration verschiedener Frontend-Frameworks in eine standardisierte Projektstruktur. Das Projekt zeichnet sich durch integrierten Quellcodeschutz aus und nutzt einen V8-Bytecode-Obfuscator, um JavaScript in Bytecode zu kompilieren und Strings zu verschleiern, um Reverse Engineering zu verhindern. Es verwaltet zudem komplexe Desktop-Architekturen durch Isolierung von Bundles und Shared Chunks über mehrere Fenster und Ausführungskontexte hinweg. Das Toolset deckt ein breites Spektrum an Funktionen ab, einschließlich automatisierter Packaging-Pipelines für plattformübergreifende Installer, Development-Server-Orchestration mit Hot Module Replacement sowie das Management nativer Module und WebAssembly. Es unterstützt zudem Environment-Scoping und die Konfiguration der Externalisierung binärer Module zur Optimierung von Production-Builds.
Configures the output format to use either ES modules or CommonJS based on the target environment.