4 dépôts
The practice of modifying and recompiling a kernel to add specific features or hardware support.
Distinct from Linux Kernel Development: Focuses on the act of customizing and recompiling an existing kernel rather than general development resources.
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This project is a Linux kernel designed for Windows Linux integration, providing the underlying operating system kernel required to execute binary files and applications within the Windows Subsystem for Linux. It utilizes hypervisor-based virtualization to run a full kernel within a lightweight utility virtual machine managed by a Windows host. The repository enables the customization and compilation of the kernel from source. This allows for the modification of system behavior, the addition of specific drivers, and the tailoring of hardware compatibility for virtualized environments. The sy
Allows modifying and compiling the Linux kernel to add specific features or drivers for use within the Windows Subsystem for Linux.
This repository provides the Android device kernel and the corresponding Linux kernel source tree. It serves as the foundational codebase for managing the hardware architecture and power management of mobile devices. The project includes a comprehensive mobile hardware driver set designed to manage device-specific components, such as CPUs, GPUs, and cellular modems. The source code supports activities including Android kernel customization, custom ROM development, Linux kernel auditing, and mobile driver development.
Provides the source code and baseline for customizing the Android device kernel.
Containerization is a Swift-based framework that runs Linux containers in lightweight virtual machines on Apple Silicon Macs. It provides a native container runtime for macOS, enabling developers to execute Linux containers directly on their Apple Silicon hardware without requiring a separate Linux environment or Docker Desktop. The framework supports custom Linux kernel injection, allowing users to provide their own kernel images and select per-container kernel versions and configurations. It includes an ext4 filesystem image builder for creating root filesystems from scratch, and an OCI ima
Provides a custom kernel injection mechanism that allows per-container kernel version and configuration selection.
This project provides a customized Linux kernel and driver suite designed to enable hardware compatibility for Surface devices. It focuses on building and patching the Linux kernel to provide driver support for proprietary hardware components that are missing from the upstream source. The system includes a secure boot kernel signing mechanism and a process for enrolling custom keys into the system firmware. This allows the execution of patched kernels while maintaining system security protections. The project covers peripheral driver support for touchscreens, styluses, and keyboards, as well
Modifies and recompiles the Linux kernel to add hardware support missing from the upstream source.