electron/electron

Features

• Application Lifecycle Managers - The framework provides a system for controlling application state, managing system-level integrations, and handling platform-specific features like protocol registration and hardware acceleration.
• Context Isolation Strategies - The framework provides a security model that separates script execution contexts to prevent web content from modifying global objects or accessing privileged system primitives.
• Inter-Process Communication Security - The framework provides a secure bridge mechanism allowing scripts with elevated privileges to communicate between isolated rendering contexts and the main process.
• Lifecycle Event Systems - The framework provides an event-driven system for managing application startup, window lifecycle, and termination states across different operating systems.
• Main Process Management - The framework provides a primary application entry point for system-level APIs, window management, lifecycle control, and desktop integration.
• Multi-Process Architectures - The framework utilizes an architecture that separates the application lifecycle and native API management from individual window and web-content rendering processes.
• Application Packaging - The framework provides a toolset for packaging applications, generating platform-specific installers, and publishing distribution artifacts for deployment.
• IPC Security Policies - The framework requires validation of message origins to prevent unauthorized processes or frames from triggering privileged actions via inter-process communication.
• Content Security Policies - The framework supports defining security policies via headers or meta tags to restrict and control the loading of web resources.
• Main Process Optimization - The framework provides best practices for maintaining responsiveness by offloading heavy tasks to background threads and utilizing asynchronous I/O operations.
• UI Thread Responsiveness - The framework provides techniques for maintaining UI responsiveness by offloading heavy operations to background workers and scheduling non-critical tasks during idle periods.
• Native Module Integrations - The framework supports installing native modules by configuring build environments to target specific runtime architectures.
• Native Module Build Utilities - The framework provides a utility to automatically detect runtime versions and compile native modules for compatibility with the application environment.
• Utility Processes - The framework allows spawning isolated child processes for CPU-intensive or untrusted tasks while maintaining communication channels with the main application.
• Application Bundlers - The framework supports bundling application code into single files to reduce module-loading overhead and improve startup performance.
• Prebuilt Binary Managers - The framework supports native modules that provide precompiled binaries to bypass manual compilation steps during the build process.
• Browser Automation Interfaces - The framework supports automated testing via standard browser-automation protocols to control and verify desktop application behavior.
• Browser Automation Testing - The framework supports end-to-end testing via browser-automation protocols to launch and interact with the application.
• Accessibility Management - The framework provides automatic detection of assistive technology with manual toggling capabilities to ensure application features remain usable for all users.