Diagnose embedded Linux kernel crashes, hangs, and driver faults on automotive targets.
npx skills add https://github.com/Binh230199/ai --skill linux-debugging
Please help me install this Agent Skill. Skill: linux-debugging Source: https://github.com/Binh230199/ai/tree/main/.github/skills/linux-debugging Command: npx skills add https://github.com/Binh230199/ai --skill linux-debugging
This Skill helps diagnose and fix hard-to-trace failures on embedded Linux targets used in automotive IVI, HUD, and RSE systems. It is designed for kernel crashes, hangs, driver problems, and performance regressions where serial access, logs, and low-level system inspection are essential.
Ask for help debugging your embedded Linux issue by describing the symptom, target hardware, and whether you need crash, hang, perf, or driver analysis.
High-intent search queries and answers about installing and using this skill.
Embedded Linux kernel crash debugging requires interpreting oops, panic, and stack trace output to identify the failing code path. You can inspect dmesg, dynamic debug, /proc, and /sys data to understand the system state and decode the fault.
Diagnosing random hangs on automotive IVI targets involves guiding serial log capture, tracing, symbol decoding, and root-cause isolation. You use ftrace and perf tooling to profile system behavior and inspect system state to validate fixes for the hang.
Yes, remote process debugging and JTAG bring-up on embedded Linux use gdbserver, KGDB, and OpenOCD. These tools allow you to connect to the target hardware, investigate kernel issues remotely, and decode faults directly from the automotive target.
Tracing and profiling driver faults on embedded Linux uses ftrace and perf tooling to capture system state. You inspect /proc, /sys, and dmesg output to understand the driver behavior, decode the faults, and validate applied fixes.
Yes, serial console access is required to debug embedded Linux failures on automotive hardware. Kernel log analysis, system-state inspection, and capturing oops or panic output depend on direct serial access to the IVI, HUD, or RSE target.
Yes, diagnosing performance regressions and analyzing system-state on HUD targets is fully supported. The Skill applies perf and ftrace profiling, alongside /proc and /sys inspection, to decode faults and validate fixes for performance issues.
mgreenlyRun gdbserver on the target and attach with gdb for remote debugging.
wojonsAnalyze system and application performance with Linux kernel-level profiling tools.
openeuler-mirrorDiagnoses mmap and VMA failures by analyzing system parameters and /proc filesystem statistics.
ryanbreenAutomate interactive GDB debugging sessions for the Breenix kernel.
