kiwibrowser/srcArchived

Features

• Mobile Browsers - A web browser for mobile platforms built on the Chromium engine with custom user interface and feature modifications.
• Mobile Web Browsers - Building and customizing a web browser for mobile platforms by adapting a core engine and implementing platform layers.
• Custom Browser Development - Provides a licensed codebase and guidelines for creating derivative mobile browsers based on a core platform.
• Extension Hosts - A system for loading and executing browser extensions within a mobile environment to add custom functionality.
• C++-to-JavaScript Type Mappings - Converts data between C++ and JavaScript using templatized routines and custom type specializations.
• Browser - Connecting an external developer console to a mobile instance to inspect page content and troubleshoot code in real time.
• Type-Safe Binding Generators - Produces language-specific code from an IDL to handle the serialization and deserialization of inter-process messages.
• Script Execution Contexts - Runs JavaScript code within isolated script contexts, including support for a subset of the AMD module specification.
• Damage-Event-Driven - Implements render loops that trigger partial screen redraws only for regions that reported damage.
• Graphics Rendering Engines - A graphical compositor and rasterizer that manages layer trees and tiled content to optimize visual performance.
• Media Decoders - Decodes and renders audio and video using a pipeline of demuxers, decoders, and output sinks.
• Occlusion Culling - Optimizes rendering performance by skipping the drawing of content hidden behind other opaque elements.
• Tiled Rasterization - Optimizes rendering performance by dividing layer content into independent tiles that are prioritized and scheduled for rasterization.
• Visual Layer Composition - Renders visual frames using a tree of low-level layer objects and rasterizing recordings while optimizing via occlusion culling.
• Browser Engine Porting - Adapts the Chromium rendering engine to run on mobile platforms by implementing necessary platform-specific layers.
• Asynchronous Message Passing - Provides non-blocking communication channels to coordinate tasks between the main browser and renderer processes.
• Inter-Process Communication Frameworks - A system of message pipes and IDL-based bindings for exchanging structured data between isolated browser processes.
• Cross-Process Message Routing - Implements routing mechanisms that deliver messages between different OS processes, such as from the renderer to the browser.
• Inter-Process Communication Interfaces - Facilitates bidirectional data and request exchange between distinct process types using a structured interface system.
• Message Passing - Exchanges data and requests between isolated browser processes using structured interfaces and platform-agnostic primitives.
• Inter-Process Shared Memory - Implements shared buffers and message pipes for low-level data exchange between threads and isolated processes.
• Native Process Connection Primitives - Establishes process connections using host-platform primitives such as sockets and named pipes.
• ECMAScript Engine Implementations - Runs JavaScript code by implementing the ECMAScript specification to process scripts within the browser.
• Templated Type Dispatch - Maps JavaScript function calls to C++ member functions through templatized type conversion routines.
• C++ Callback Bindings - Implements bidirectional communication by binding JavaScript functions to C++ callbacks through templatized conversion routines.
• C Function Bindings - Exposes native C++ functions and member pointers to JavaScript for direct execution.
• Garbage-Collector Bound Lifecycles - Binds C++ classes to a garbage collector so objects are automatically deleted when no longer referenced.
• Language-Bound Lifecycles - Automatically manages C++ object deletion by binding their lifecycles to the JavaScript garbage collector.
• Cross-Origin Security Policies - Represents and manages the origin of URLs to facilitate security decisions and cross-origin access control.
• Multiplatform Code Sharing - Uses architectural patterns to share common logic across different operating systems and process types.
• IDL-Based Binding Generators - Generates language-specific serialization and deserialization code from IDL files to enable structured cross-process communication.
• Inter-Process Communication - Managing data exchange between separate processes using structured interfaces, message pipes, and serialization.
• Browser Process Isolation - Implements a multi-process architecture that isolates the UI process from the rendering and GPU tasks.
• Browser Extensibility - Implements a modular framework to load, manage, and execute browser extensions within a mobile host.
• Browser Extension Hosts - Implementing a system to load, manage, and execute browser extensions within a mobile web environment.
• Browser Extensions - Executes and manages browser extensions within a mobile environment to provide custom functionality.
• Rendering Performance Optimizations - Improving visual performance by managing layer trees, rasterizing content tiles, and minimizing display damage.
• Rendering Invalidation Tracking - Tracks changes to web content to determine the minimum area that must be rerasterized before the next frame.
• Remote Debugging - Provides a remote debugging protocol to connect a desktop console to a mobile instance for real-time inspection.
• Message Ordering Guarantees - Ensures strict communication sequencing by associating multiple interfaces with a single shared message pipe.
• Interface-to-Implementation Bindings - Connects abstract service interfaces to concrete system implementations through a connector mapping.
• Platform Abstraction Layers - Decouples reusable logic into components that map to specific operating system primitives for cross-platform compatibility.
• Bottom Navigation Bars - Places the URL and search bar at the bottom of the screen for easier one-handed access.
• Browser Interface Customizations - Modifying browser layout and themes, such as implementing night mode or relocating the address bar for better ergonomics.
• Dark Mode Strategies - Implements a custom dark theme system for both the user interface and web content.
• Embedded Browser Engines - Integrates core browser capabilities directly into C++ applications with customizable networking and message pumps.
• Headless Browsers - Provides a headless browser mode for executing scripts and extracting metadata without a visible graphical interface.
• Remote Browser Controllers - Allows driving browser actions and inspecting page content through a remote debugging interface or automation tools.
• Remote Debugging Interfaces - Provides an interface for external developer consoles to connect to a live browser instance for inspecting page content.
• Remote Debugging Tools - Connects an external desktop developer console to a live mobile browser instance for real-time inspection.
• Media & Communication - Chromium-based browser with extension support.

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