nwjs/nw.js
Nw.js
nw.js is a Node.js desktop application framework that combines a Chromium web renderer with a Node.js runtime to build standalone software for Windows, macOS, and Linux. It serves as a cross-platform desktop runtime that allows developers to create native executables using web technologies.
The project is distinguished by its integration layer that exposes Node.js system APIs and modules directly to the browser window and web worker contexts. It functions as a native module bridge, enabling the compilation and execution of low-level C++ system code and native addons within a web-based application.
The framework covers broad capability areas including desktop UI customization for managing system tray icons, application menus, and transparent windows. It also provides tools for application packaging and distribution, allowing web-based source code to be bundled into platform-specific executables. Additional capabilities include hardware permission management and source code protection.
Features
- Desktop Application Runtimes - Combines a browser engine with a backend runtime to create standalone desktop software using web technologies.
- Desktop Application Frameworks - Combine a browser engine with a backend runtime to create standalone desktop software using web technologies.
- Desktop Application Frameworks - Combines a Chromium renderer with Node.js to build standalone desktop applications using web technologies.
- Node.js Ecosystem - Enables importing built-in and third-party Node.js modules using standard syntax to extend desktop functionality.
- DOM-Integrated Runtimes - Allows calling server-side modules and APIs directly from the browser context within a shared thread and memory heap.
- Runtime-DOM Bridges - Exposes low-level system APIs and Node.js modules directly to the browser window and web worker contexts.
- Native System Integrations - Enables the execution of low-level C++ system code and native addons through the runtime.
- Native API Bridges - Functions as a bridge for invoking native platform methods and hardware capabilities directly from JavaScript.
- Cross-Platform Desktop Runtimes - Provides a cross-platform environment for creating native executables for Windows, macOS, and Linux.
- DOM Integration Layers - Exposes low-level Node.js system APIs and modules directly to the browser window and web worker contexts.
- Hybrid - Synchronizes the browser event loop with the backend runtime loop to handle asynchronous system calls in the UI.
- Native Addon Loaders - Provides support for executing compiled binary modules and native C++ addons within the application.
- Node.js Desktop Integration - Exposes Node.js system APIs and modules directly to the browser window and web worker contexts.
- Shared-Memory Runtimes - Merges a browser engine and a backend runtime into a single process to share memory and execution threads.
- Embedded Web Renderers - Uses an embedded Chromium engine to render web-based content within a native application interface.
- Cross-Platform Desktop Frameworks - Provides a framework for building and distributing native-feeling desktop applications across multiple operating systems.
- Native Module Build Utilities - Integrates with standard build tools and header structures to compile native extensions for the runtime.
- ABI-Compatible Compilers - Builds native modules using specialized tools to ensure compatibility with the specific application binary interface.
- Desktop Packaging - Provides tools for wrapping web applications into native desktop executables for cross-platform distribution.
- Application Packaging - Bundles application code into a deployable format suitable for various operating systems and application stores.
- Native Binary Packagers - Provides tools for bundling runtimes and assets into platform-specific executable formats.
- Platform Executable Generators - Merges a packaged application archive with a binary to produce a platform-specific executable file.
- Native Bindings - Links compiled native addons to the runtime via a specific application binary interface for low-level system access.
- Configuration Manifests - Uses a structured manifest file to define window properties, permissions, and application entry points.
- Desktop Experience Customizers - Allows customization of native OS elements including system tray icons, window transparency, and menus.
- System Menus - Enables the creation of native system menus and submenus with custom keys and click handlers.
- System Tray Integrations - Adds interactive icons and menus to the operating system notification area for background application management.
- Window Effects - Supports creating application windows with variable transparency and alpha hit-testing for non-rectangular shapes.
- Window Management - Controls window transparency, menu bars, and screen positioning to define the visual presentation of the software.
- Desktop Frameworks - Combines Chromium and Node.js for native application development.
- Application Frameworks - Runtime for building desktop applications using HTML and JavaScript.
- Cross-Platform Development - Desktop app framework using web technologies.
- Desktop and Mobile Development - Runtime for building desktop apps with Node.js and Chromium.
- Desktop Application Frameworks - Runtime for native apps using web technologies and Node.js.
- Frameworks and Libraries - Framework for building desktop apps with web technologies.
- Hybrid App Frameworks - Listed in the “Hybrid App Frameworks” section of the Awesome Mac awesome list.
- Hybrid Desktop Frameworks - Enables calling Node.js modules directly from DOM elements.
- Javascript Desktop Runtimes - Desktop runtime providing source code protection for web apps.
- Desktop Applications - Run web apps with full access to Node.js modules.
