Linux2.6 driver development series tutorial

During this time, I have been working on Android drivers. The underlying Android driver is exactly the same as that of Linux. So I am going to make a special topic here. I will summarize the Linux driver and lay a solid foundation for the next driver development for Android, the general idea is as follows:

I. Linux driver basic development

0. Linux driver basic development 0-Linux
Device Driver Overview

1. Linux driver basic development 1-Linux
Basic concepts of Device Drivers

2. Linux driver basic development 2-Linux
Driver development Prelude (module programming)

3. Linux driver basic development 3-Linux
Kernel configuration mechanism (make menuconfig, kconfig, makefile)

4. Basic Development of Linux drivers 4-Linux character driver model (memdriver memory read/write)

5. Basic Development of Linux drivers 5. Linux Device File registration (devfs, mdev, sys, Proc)

6. Basic Development of Linux drivers 6-Linux gpio driver instance analysis (S3C2440/6410 Io operations)

7. Linux driver basic development 7-Linux 1*3 I/O keyboard driver instance analysis

8. Basic Development of Linux drivers 8-Linux interrupt mechanism explanation and instance analysis (S3C2440/6410 external interrupt mechanism)

9. Linux driver basic development 9-Linux data buffer mechanism (kfifo) Explanation and instance analysis

10. Basic Development of Linux drivers 10-Linux concurrency, synchronization, and mutex (semaphore, mutex lock, and waiting for task queue) Explanation and instance analysis

11. Linux driver basic development 11-Linux periodic events (kernel timer)

12. Linux driver basic development 12-Linux periodic events (kernel threads)

13. Basic Development of Linux drivers 13-Explanation of the select \ poll mechanism

14. Linux driver basic development 14-Linux Exception Handling (kernel signal)

15. Linux driver Basic Development 15-comprehensive application of Linux basic development (2*3 matrix keyboard)

Ii. Linux Driver Model Development

1. Linux Driver Model Development 1-Linux miscellaneous device (MISC) Development and instance analysis

2. Linux Driver Model Development 2-Linux
Platfoem bus mechanism explanation and instance Development

3. Linux Driver Model Development 3-Linux input mechanism (keyboard, touch screen, mouse, etc.)

4. Linux Driver Model Development 4-Linux
Framebuffer LCD display mechanism explanation and instance analysis

5. Linux Driver Model Development 5-Linux
IIC subsystem mechanism explanation

6. Linux Driver Model Development 6-Linux
Explanation of SPI subsystem Mechanism

7. Linux Driver Model Development 7-Linux
RTC Real-Time System Description

8. Linux Driver Model Development 8-Linux
Introduction to the watchdog Subsystem