Guide Linux kernel driver development with module skeletons, DT bindings, and sysfs/ioctl interfaces.
npx skills add https://github.com/solitasroh/mcukit --skill kernel-driver
Please help me install this Agent Skill. Skill: kernel-driver Source: https://github.com/solitasroh/mcukit/tree/main/skills/kernel-driver Command: npx skills add https://github.com/solitasroh/mcukit --skill kernel-driver
Provides a practical guide for Linux kernel driver development, covering module skeletons, device-tree bindings, and user-space interfaces (sysfs, ioctl) to streamline building robust drivers.
Open Claude Code, locate the kernel-driver skill, and begin with the Module Skeleton example to start building a Linux kernel driver.
High-intent search queries and answers about installing and using this skill.
To write a Linux kernel driver, you need a structured module skeleton with proper initialization and exit functions. This guide provides boilerplate code, managed resource allocation using devm_* APIs, and robust error handling to ensure safe, maintainable kernel modules.
Binding a platform device requires matching your driver with device-tree (DT) bindings. This skill specifies how to correctly configure DT bindings to map hardware descriptions in DTS to your platform device driver for proper MPU-domain hardware integration.
The best way to expose kernel driver controls is through sysfs and ioctl interfaces. This skill provides user-space interface patterns for configuration and control, detailing how to implement sysfs attributes and ioctl commands for seamless user-space communication.
Yes, you can use managed resources like devm_* with platform_get_resource for embedded Linux drivers. This approach automatically handles resource cleanup, and the skill specifies APIs and coding patterns to ensure safe memory management across embedded platforms.
Setting up a Makefile for out-of-tree Linux kernel module builds requires specific build configurations. This skill provides build and integration guidance, including Makefile setups to compile your kernel driver independently and integrate it with existing projects.
alibabaAutomate Alinux4 kernel builds and module development workflows.
solitasrohConfigure root filesystems for embedded MPU projects with init systems and layouts.
mohitmishra786Create and debug loadable Linux kernel modules using the Kbuild system.
Binh230199Build and debug Linux device drivers for embedded hardware.
