apache/cordova-android
Cordova Android
This project is an Android hybrid mobile framework that enables the development of applications running web content inside a native Android container. It functions as a cross-platform build system that packages shared web assets into native binaries, allowing developers to access device hardware and system APIs via JavaScript.
The framework utilizes a native device API bridge and a plugin architecture to expose hardware sensors and system-level functionality not available through standard browser interfaces. It employs a manifest-driven orchestration system to manage application metadata, branding, and platform-specific resource overlays.
Additional capabilities include an offline-first architecture that caches web resources and persists data locally. The system also provides tools for native application packaging, network access control through security policies, and the ability to debug native code via integrated development environments.
Features
- Hybrid App Development - Blends native platform capabilities with web technologies using a communication bridge to deploy a single codebase.
- Embedded Web Views - Provides a native Android container that renders web content using an embedded WebView.
- Native WebView Containers - Executes web technologies inside a native Android application shell to provide hybrid mobile functionality.
- Build and Deployment - Compiles shared web assets and source code into deployable native Android binaries.
- Local Data Caches - Caches web assets and data on the device file system to enable offline-first application functionality.
- Build Configuration Manifests - Uses a centralized configuration file to define application metadata and automate native project assembly.
- Cross-Platform Build Systems - Automates the compilation and packaging of shared web assets into native Android binaries using manifest orchestration.
- Native Binary Packagers - Compiles web assets into native application binaries for distribution across multiple target platforms.
- Hybrid Application Packaging - Wraps HTML, CSS, and JavaScript into native Android project structures for mobile deployment.
- Native API Bridges - Connects web code with native system hardware and software APIs for consistent cross-platform functionality.
- Cross-Platform Application Development - Enables the development of applications that run across multiple target mobile operating systems using web technologies.
- Cross-Platform Mobile Applications - Compiles shared web assets into native Android binaries for deployment across multiple mobile devices.
- Device Hardware Integrations - Provides a standardized programming interface to control native sensors and hardware like the camera and GPS.
- Mobile Application Packaging - Automates the bundling and packaging of web assets into deployable native Android application binaries.
- Asynchronous Message-Passing Bridges - Provides a serialized message bus for asynchronous communication between the web runtime and native Android APIs.
- Native API Bridges - Executes native system functions through a unified bridge interface accessible from web-based code.
- Native API Bridges - Exposes hardware sensors and system-level functionality to web-based applications via a standardized native bridge.
- Native SDK Wrappers - Exposes native Android SDK functionality to web applications through a JavaScript wrapper API.
- Android Web-Wrappers - Wraps web-based interfaces in native Android containers to create a hybrid mobile user experience.
- Multiplatform Code Sharing - Maintains a single codebase that targets multiple operating systems to ensure consistent behavior across devices.
- Native Plugin Development - Enables the injection of custom native code modules via a standardized registration interface to extend framework capabilities.
- Embedded Web View Hosts - Integrates web-based components into native Android projects using a local interop channel.
- Hybrid Mobile Frameworks - Provides a framework for running web content inside a native Android container with access to system APIs.
- Native Container Wrapping - Wraps web technologies into a native Android container to deploy them as standalone mobile applications.
- Offline Capabilities - Implements architecture to keep web-based applications functional on Android devices without an active internet connection.
- Application Configuration Frameworks - Defines application metadata, icons, and splash screens using centralized configuration for consistent branding.
- Local File Operations - Provides APIs to perform basic read and write operations on the Android device file system.
- Local Data Stores - Enables persistent storage of application state and data directly on the Android device.
- Offline-First Persistence - Implements local data caching and persistence to ensure application functionality without an active network connection.
- Platform Asset Preparations - Transforms and stages shared web assets into platform-specific directories to tailor behavior during build.
- Cross-Platform Build Targets - Allows project configuration to target specific mobile operating systems for cross-platform builds.
- Device Deployment - Supports deploying and testing applications on physical Android handsets or virtual emulators.
- Media Capture and Playback - Enables recording and playback of audio and video by interfacing with Android hardware.
- Platform Project Management - Allows adding or removing platform-specific project files to support building for multiple mobile operating systems.
- Mobile Project Asset Management - Manages application metadata, branding, and platform-specific resource overlays through a manifest-driven system.
- Multi-Platform Target Configuration - Configures projects to support specific mobile operating systems by managing platform-specific directories and dependencies.
- Domain Access Restrictions - Implements domain-level allow lists to secure which external resources the application can access.
- Network Access Control - Provides security policies to restrict external domains and network resources the application can interact with.
- Network Security Policies - Enforces strict domain whitelisting at the framework level to restrict web content access to authorized resources.
- Local-First Architectures - Utilizes a local-first architecture to cache web resources and persist data on the device for offline use.
- Platform-Specific Configuration Merging - Overrides shared assets with platform-specific files using a merge directory to differentiate the interface across devices.
- On-Device Integration Testing - Supports deploying and executing applications on physical handsets or virtual emulators to verify platform integration.
- App Visual Identity Customizers - Provides tools to configure Android application icons and splash screens for consistent visual branding.
- System Interface Controls - Allows control over native Android system elements including the status bar and device orientation.
- Build-Time Resource Overlays - Merges shared web resources with targeted native files during the build process to customize OS-specific behavior.
- Cross Platform Frameworks - Platform for building applications using web technologies.
