What does cirosantilli/linux-kernel-module-cheat do?

This project provides a Linux kernel development environment and a system emulation suite for building and debugging kernel modules and baremetal assembly across multiple hardware architectures. It functions as a comprehensive sandbox and framework for low-level system development, utilizing QEMU to simulate hardware environments without the need for physical devices.

What are the main features of cirosantilli/linux-kernel-module-cheat?

The main features of cirosantilli/linux-kernel-module-cheat are: Kernel Build Systems, System Emulators, Cross-Compilation Toolchains, Toolchain Generators, Cross-Platform Toolchains, Kernel Debugging with GDB and QEMU, Crosstool-NG Integrations, Assembly Sandboxes.

What are some open-source alternatives to cirosantilli/linux-kernel-module-cheat?

Open-source alternatives to cirosantilli/linux-kernel-module-cheat include: riscv-collab/riscv-gnu-toolchain — This project is a cross-compiler toolchain for RISC-V software development. It provides the necessary components to… mit-pdos/xv6-riscv — xv6-riscv is a simplified Unix-like teaching operating system designed for the study of kernel design and hardware… asterinas/asterinas — Asterinas is a memory-safe operating system kernel designed to prevent data races and memory corruption. It functions… sel4/sel4 — seL4 is a formally verified microkernel whose C implementation is backed by machine-checked mathematical proofs of… xiaowenxia/embedded-notes — embedded-notes is a collection of technical study guides and development notes focused on embedded Linux, Linux kernel… mit-pdos/xv6-public — xv6 is a Unix-like educational operating system designed for teaching kernel concepts. It is implemented as an…

Linux Kernel Module Cheat - develop and debug…

Linux Kernel Module Cheat - develop and debug… | Awesome Repos

Features

Kernel Build Systems - Provides a comprehensive build infrastructure specifically for compiling and testing Linux kernel modules across multiple architectures.
System Emulators - Provides a full system emulation suite using QEMU and gem5 to execute kernel modules and baremetal assembly.
Cross-Compilation Toolchains - Uses Buildroot and crosstool-NG to generate architecture-specific compilers and root filesystems for multiple target platforms.
Toolchain Generators - Integrates crosstool-NG to generate architecture-specific compilers and linkers for ARM and x86_64 platforms.
Cross-Platform Toolchains - Configures Buildroot and crosstool-NG to manage the full build-to-debug lifecycle across diverse hardware architectures.
Kernel Debugging with GDB and QEMU - Connects GDB to a QEMU-emulated environment to perform step-by-step execution and state inspection of the target kernel.
Crosstool-NG Integrations - Uses crosstool-NG to build architecture-specific compilers and linkers for ARM and x86_64 platforms.
Assembly Sandboxes - Provides an isolated environment for developing and testing processor-specific assembly code and low-level memory operations.
Low-Level Module Development - Builds and tests low-level modules and assembly using specialized toolchains within an emulation environment.
Kernel Component Debugging - Provides a collection of GDB and KGDB configurations for step-debugging kernel modules and system behavior.
Kernel Development Environments - Provides a pre-configured emulation setup for building and debugging Linux kernel modules across multiple hardware architectures.
Cross-Architecture Module Development - Enables building and testing low-level kernel modules across multiple hardware architectures using an emulation environment.
Kernel Emulation Environments - Provides a pre-configured virtual environment to develop and test low-level modules and baremetal assembly.
x64 Assembly Analysis - Executes and debugs low-level assembly code within a controlled emulator to study processor behavior.
Buildroot-Based Distributions - Integrates Buildroot to generate custom root filesystems and cross-compilers tailored for specific hardware architectures.
Baremetal Emulator Development - Enables the development and debugging of low-level assembly for x86_64 and ARM architectures within a controlled emulator.
Build Constraints - Defines compilation flags and architecture restrictions to ensure code builds correctly for specific target environments.
Commit History Bisecting Tools - Implements automated binary search across commit history to identify the specific change that introduced a functional error.
Memory Integrity Testing - Provides utilities to verify data integrity and system state using raw memory comparisons during execution.
Multi-Architecture Emulators - Executes and tests code across diverse hardware targets including x86_64, ARMv7, and ARMv8 using emulation.
Operating System Emulation - Launches pre-built emulators with verbose logging to analyze system behavior and kernel output.
User Space Tooling - Configures the set of command-line utilities and shells compiled into the emulation environment to support development.
Emulation Suites - Offers a virtualization environment used to run and analyze kernel-level code and baremetal assembly without physical hardware.
Boot Failure Bisections - Executes boot sequences in an emulator and analyzes version history to identify the commit causing boot failures.
Regression Isolation - Provides automated binary search through version control history to isolate commits that introduce functional or boot failures.
Linux Kernel Development - Cheat sheet for Linux kernel module development.

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