benbaker76/Hackintool
Hackintool
Hackintool is a hardware configuration tool designed to make non-native computer hardware compatible with macOS. It functions as a suite of utilities for spoofing device identifiers and patching system components to ensure the operating system recognizes unsupported hardware.
The project provides specialized tools for graphics, audio, and USB configurations. This includes a framebuffer patcher for resolving display issues on unsupported GPUs, an audio layout configurator for enabling sound via device ID spoofing, and a USB port mapping tool that identifies connected devices to generate custom kernel extensions.
The tool also manages the deployment of these changes through a bootloader patch exporter, which writes hardware identifiers and system patches directly into bootloader configuration files. Additionally, it includes hardware analysis capabilities to display graphics identifiers, model information, and memory metrics.
Features
- Hardware Compatibility Spoofers - Enables macOS compatibility on non-native hardware through device ID spoofing and framebuffer patching.
- Non-Native Hardware Compatibility - Modifies system identifiers and hardware spoofing to make non-native computer hardware compatible with macOS.
- Port Mapping Generators - Identifies connected USB devices to generate custom kernel extensions for correct port functionality.
- Graphics Acceleration Patchers - Provides tools to inject drivers and memory patches to restore hardware-accelerated rendering on unsupported GPUs.
- Bootloader Configurators - Writes hardware patches and identifiers directly into bootloader configuration files to enable system startup.
- macOS Kernel Extensions - Produces binary kernel extensions that define hardware port mappings for the macOS kernel.
- Identifier Spoofing - Overrides system device IDs to trick the operating system into loading compatible hardware drivers.
- System Configuration Exports - Writes hardware configuration changes and system patches to bootloader files for system startup.
- Framebuffer Patch Generation - Creates OpenCore graphics connector and memory patches using manual settings or imported hardware dump files.
- Audio Hardware Spoofing - Provides a utility for modifying audio layout identifiers and spoofing device IDs to enable sound on incompatible hardware.
- Memory Offset Patching - Calculates and writes specific memory address offsets to the graphics driver to enable display outputs.
- GPU Framebuffer Patching - Generates OpenCore graphics patches via hardware identifiers or system dumps to resolve display and memory issues.
- USB Port Mapping - Identifies connected device types and port locations to generate hardware mapping kernel extensions.
- USB Port Configuration - Handles OpenCore USB port mapping and connector type assignment for creating custom kernel extensions.
- USB Port Mapping - Identifies connected USB devices and connector types to create custom kernel extensions for proper port functionality.
- Audio Layout Mappings - Matches specific hardware audio IDs to software layouts that activate the correct onboard sound channels.
- GPU Framebuffer Patching - Generates graphics connector and memory patches to fix display issues and enable hardware acceleration on unsupported GPUs.
- GPU Hardware Analyzers - Displays GPU hardware identifiers, model information, and memory metrics to evaluate graphics hardware.
- Hardware Dump Parsers - Parses raw system data files to identify actual device identifiers and connector types for patch generation.
- Audio Hardware Spoofing - Modifies audio layout identifiers and spoofs device IDs to enable sound on non-native hardware.
