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これで私はLinuxカーネル分析をすることができます！
Linuxカーネルレッスンの中で最も簡単なカーネルレッスン。

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韓国で最も簡単なLinuxカーネル講義

이론과 실습 한 번에

이론 실습 모두

리눅스커널

디버깅

Now I can analyze the Linux kernel too! The easiest kernel lecture among Linux kernel lectures.

입문

초급

중급이상

리눅스

Linux

Operating System

C언어

라즈베리파이

Raspberry Pi

The easiest Linux kernel course in Korea

0. Orientation

1. Why should I study the kernel?

2. Let's compile the kernel! (Part 1)

3. Let's compile the kernel! (Part 2)

4. Get a whiff of kernel debugging

5. What have I done so far?

6. Analyzing ftrace logs

7. Get a taste of the TRACE32 debugger

8. Create a mistake-proof driver

9. The Life of a Brilliant Process

10. How are processes born?

11. How does a process end its life?

12. All the information about the task is here!

13. Different thread_info structures for each architecture

14. Let's learn about the process stack.

15. Usage of preempt_count

16. Find out the number of the CPU running the process.

17. Current was you

18. What is an interrupt?

19. I want to know the interrupt context

20. What is an exception?

21. Let's learn about Armv7 exceptions!

22. Today, let's learn about Armv8 exceptions.

23. Armv8's vector table is scary complicated

24. Execution flow by Armv8 exception type

25. Let’s learn about the entry.S file!

26. Let's trace the system call.

27. Let's analyze asynchronous IRQ

28. When is an interrupt handler registered?

29. What is an interrupt descriptor?

30. When interrupts should be paused

31. What is the technique for handling the second half of an interrupt?

32. Creating an IRQ Thread

33. How does the IRQ thread run?

34. What is Soft IRQ?

35. How to request a soft IRQ

36. How are Soft IRQs handled?

37. Exploring the ksoftirqd thread!

38. What is a tasklet?

39. Let's Debug Soft IRQ! (End of Season 1)