blackboardsh/electrobun

Features

• Cross-Platform Desktop Development - Framework for building native desktop applications for multiple operating systems using a single codebase.
• Desktop Application Frameworks - Provides a complete framework for building cross-platform desktop applications using web technologies and a TypeScript runtime.
• Secure Asset Mapping - Bundles static files and references them via a dedicated schema to ensure secure access.
• Cross-Platform Build Pipelines - Ships an automated pipeline for bundling, signing, and distributing native binaries across multiple desktop platforms.
• Self-Contained Bundles - Produces optimized, compressed, and self-extracting application bundles ready for distribution.
• GPU-Accelerated UI Rendering - Integrates native GPU surfaces and runs compute workloads directly within the desktop application interface.
• Inter-Process Communication - Establishes secure and typed remote procedure calls to exchange data between a backend process and a browser interface.
• Typed RPC Bridges - Exchanges JSON-serialized messages between the main process and webview using shared types for safety.
• Remote Procedure Call Bridges - Establishes an asynchronous RPC communication layer to exchange data and trigger logic between the system process and browser view.
• Native Interoperability Bindings - Bridges the TypeScript runtime with native OS event loops to manage windows, system trays, and GPU surfaces.
• Native System Integrations - Provides access to low-level operating system functionality including window management, system trays, and application menus.
• Application Lifecycle Management - Manages the startup and shutdown phases and coordinates the bridge between the user interface and the operating system.
• Cross-Platform Binary Generation - Produces native application builds for multiple operating systems and CPU architectures.
• Compute Workload Engines - Dispatches workgroups to a graphics processor to perform heavy calculations and retrieve results into managed memory.
• Webview-Based - Provides a GUI toolkit that integrates native system webviews with host-process logic for desktop interfaces.
• Inter-Process Communication Bridges - Implements a typed RPC bridge for secure data exchange between the native backend and webview frontend.
• Process Isolation Architectures - Renders web content in separate OS processes with distinct session partitions to ensure security and performance.
• Native Webview Embedders - Integrates separate native browser views into the DOM to maintain content isolation for security and performance.
• Webview Rendering Engines - Embeds a specific version of a rendering engine to ensure consistent behavior across different operating systems.
• Local On-Device AI - Manages and runs open weight AI models on a local device for private chat and coding assistance.
• Local Model Management - Provides tools for downloading and managing open weight AI models for local, private execution on the user's device.
• Positioning and Resizing - Provides APIs to set screen coordinates and dimensions for precise control over window placement and scale.
• Automatic Software Updates - Automatically checks for, downloads, and installs software updates from a static host.
• Session Storage - Handles cookies and storage for isolated webview partitions to maintain independent user data.
• WebView Script Interoperability - Enables the native process to execute arbitrary JavaScript within the embedded webview via a dispatch mechanism.
• Build Lifecycle Automators - Executes custom scripts at specific bundling stages to validate environments, transform code, or notify teams.
• Build Artifact Generators - Bundles code, applies digital signatures, and generates distribution files via a command line interface.
• System Tray Managers - Creates and manages system tray icons and menus to trigger actions from the taskbar.
• Build Configuration Management - Manages build settings, assets, and platform-specific icons through configuration files and a CLI.
• Cross-Platform Code Signing - Authenticates with developer credentials to sign and notarize macOS application binaries and self-extractors.
• Resource Archiving - Combines multiple application files into a single archive to improve access speed and security.
• Binary Delta Generators - Calculates and applies byte-level differences between software versions to deliver incremental binary updates.
• Distribution Artifact Generation - Produces deployable files and metadata required to host an application and its updates on a server.
• Application Update Managers - Packages apps into compressed bundles and delivers incremental binary patches to keep software current.
• GPU Surface Embedding - Provides the ability to render high-performance native GPU surfaces directly within the webview interface.
• Native GPU Integration Layers - Offers a native GPU integration layer with direct FFI bindings for high-performance graphics and compute.
• Application Menus - Creates native desktop menus with custom items and submenus to trigger application events.
• Inter-Process Communication Security - Facilitates encrypted and typed remote procedure calls to ensure secure communication between isolated processes.
• RPC-Disabled Sandboxing - Allows securing untrusted third-party content by disabling RPC communication within a webview sandbox.
• Incremental Update Chains - Generates small binary difference files between versions to reduce download sizes for updates.
• GPU Rendering and Compute APIs - Provides direct FFI bindings to a GPU C API for low-level hardware control and compute tasks.
• Plugin Systems - Implements a plugin system to add custom capabilities and modify the core behavior of the environment.
• Initialization Script Injections - Executes JavaScript in the browser context before page scripts run to establish secure communication channels.
• Window Visibility Controllers - Provides utilities to toggle window visibility, manage focus, and pin windows above others.
• Context Menus - Displays native system pop-up menus at the mouse cursor position for context-aware actions.
• Window Lifecycle Monitors - Implements an event-driven handler to track window lifecycle state changes such as focus, resizing, and closing.
• Window Appearance Controllers - Provides capabilities to control window borders, background transparency, and title bar appearance to create custom floating interfaces.
• System Event Handling - Listens for and responds to operating system level signals to trigger specific application behaviors.
• Frameless Window Draggables - Designates specific interface elements as draggable areas so users can move frameless windows.
• Webview Masking - Creates interactive holes through the embedded webview using CSS selectors to keep host-page elements accessible.
• Window Behavior Controls - Enables control over window layering, allowing windows to stay on top of other applications or persist across workspaces.
• TypeScript Asset Pipelines - Transpiles source files into JavaScript and serves them via a custom internal protocol.

Istoric stele