cnlohr/rawdrawandroid

Features

• Native C Application Frameworks - Provides a complete framework for building Android applications using C and Make, bypassing the standard JVM toolchains.
• Android NDK Cross-Compilation - Uses the Android NDK and Make to compile C source code directly into machine code for mobile architectures.
• Standalone Binary Packaging - Bundles compiled native binaries and assets into standalone APKs that execute without a Java virtual machine.
• GPU Hardware Acceleration - Interfaces with the GPU to provide high-performance hardware acceleration for 2D and 3D graphics.
• Hardware-Accelerated Rendering - Initializes low-level graphics windows that offload visual rendering to the device GPU for high performance.
• OpenGL Graphics Programming - Implements OpenGL ES rendering to display high-performance 2D and 3D visuals via hardware acceleration.
• Android Hardware Interface Kits - Provides a native hardware interface for direct communication with onboard sensors and USB peripherals.
• Hardware Abstraction Layers - Interfaces directly with sensors and USB peripherals via system calls, decoupling high-level logic from the Android framework.
• USB Device Communication - Provides a native layer for high-performance data exchange with connected USB peripherals using raw transfers.
• Android Application Development - Facilitates the development of Android applications using a C-based toolchain to bypass Java dependencies.
• UI Toolkits - Ships a native UI toolkit for creating hardware-accelerated graphics windows and managing user input.
• Mobile Binary Compilation - Orchestrates the build process to produce small, optimized executable binaries tailored for mobile device execution.
• Native Android Applications - Provides a complete system for developing high-performance Android applications using C and Make.
• C Systems Programming - Implements low-level system operations and permission management using a native C programming environment.
• UI Graphics Acceleration - Provides a native toolkit for creating hardware-accelerated windows to render user interface elements and graphical primitives.
• Native Hardware Interfacing - Communicates directly with USB peripherals and onboard sensors using native system calls for high-performance data exchange.
• Native Binary Packaging - Implements a native build system that compiles C source code into standalone executable packages for Android.
• Application Data Directories - Provides mechanisms to read and write files to the shared application data directory for persistent local storage.
• Application Asset Bundling - Bundles binary files and runtime assets into a single distributable installation package.
• Device Deployment - Implements workflows for pushing compiled native packages to physical mobile devices and launching them via ADB.
• Containerized Build Environments - Provides a pre-configured virtualized environment to ensure consistent toolchain compilation across different host machines.
• Real-time Sensor Streaming - Captures real-time motion and orientation data from hardware sensors like the gyroscope using native event streams.
• Android USB Host API Integration - Integrates with the Android USB Host API to manage permissions for specific USB devices via vendor and product IDs.
• Android Package Deployments - Enables the installation and launching of native application packages on Android devices using a debug bridge.
• Application Asset Access Layers - Implements a native asset manager to retrieve bundled data files from internal application resource folders.
• User Input Capture - Captures low-level hardware input from the accelerometer, gyroscope, touch screen, and keyboard to drive application logic.
• User Input Processing - Processes touch events, key presses, and motion gestures to trigger specific application behaviors in the native UI.

Istoric stele