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Linux embedded development + driver development video tutorial

At present, computer programming languages are flourishing, but each language has its application scenarios and strengths. "Linux Embedded Development + Driver Development Video Tutorial" This field can only be completed with C language. Other computer languages are far behind in this field. C language is a high-level language close to assembly, and the execution efficiency of the local code generated is at the high level. One of the languages. Therefore, only by mastering the C language can you get involved in the fields of Linux kernel development and driver development.

Intermediate

linux

Embedded Development

Drive development

69557 person learning

39class hour

01 days 01 hours 22 minutes 10 secondsTotal course duration

2022-04-19update

黄舟

Gold lecturer

A total of 59 courses Student85107 Lecturer rating5.9

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Course Introduction Course Outline Data Download Other Courses

You will learn：

"Linux Embedded Development + Driver Development Video Tutorial" allows you to learn ARM architecture and assembly, development board peripheral drivers, peripherals and bootloader, ARM interrupt programming, kernel startup process and kernel core structure, linux character devices, linux interrupts

Linux embedded development + driver development video tutorial

Chapter1 ARM architecture and assembly
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Section1 Introduction to ARM
duration： 01 hours 11 minutes 49 seconds

Section2 ARM architecture
duration： 53 minutes 43 seconds

Section3 ARM assembly instruction construction format
duration： 01 hours 00 minutes 09 seconds

Section4 Detailed explanation of ARM assembly instructions
duration： 01 hours 07 minutes 59 seconds

Section5 led light experiment
duration： 42 minutes 35 seconds
Chapter2 Development board peripheral driver
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Section1 mixed c and assembly programming
duration： 43 minutes 50 seconds

Section2 computer storage media
duration： 51 minutes 20 seconds

Section3 GPIO driver programming
duration： 35 minutes 30 seconds

Section4 buzzer bare board driver
duration： 15 minutes 58 seconds

Section5 Bootloader function introduction
duration： 35 minutes 05 seconds

Section6 Clock initialization settings
duration： 47 minutes 00 seconds

Section7 210 clock
duration： 27 minutes 49 seconds
Chapter3 Peripherals and bootloader
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Section1 Serial port working principle
duration： 55 minutes 36 seconds

Section2 Serial port bare board driver code
duration： 36 minutes 55 seconds

Section3 How memory works
duration： 43 minutes 47 seconds

Section4 nandflash working principle
duration： 53 minutes 28 seconds

Section5 Linux environment and bootloader programming
duration： 38 minutes 38 seconds
Chapter4 ARM interrupt programming
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Section1 Soft interrupt trigger
duration： 38 minutes 01 seconds

Section2 Swi soft interrupt coding implementation
duration： 47 minutes 16 seconds

Section3 Hardware interrupt model principle
duration： 24 minutes 48 seconds

Section4 2440 interrupt principle
duration： 14 minutes 58 seconds

Section5 How k1 interrupt works
duration： 48 minutes 02 seconds

Section6 K1 interrupt coding implementation
duration： 19 minutes 15 seconds
Chapter5 Kernel startup process and kernel core structure
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Section1 bootloader and kernel startup process
duration： 49 minutes 22 seconds

Section2 Flash bootloader and kernel
duration： 30 minutes 02 seconds

Section3 bootloader and kernel compilation
duration： 29 minutes 02 seconds

Section4 Write kernel process
duration： 08 minutes 48 seconds

Section5 android output information
duration： 06 minutes 56 seconds

Section6 linked list
duration： 46 minutes 56 seconds

Section7 linked list api
duration： 12 minutes 09 seconds

Section8 Queues and red-black trees
duration： 36 minutes 03 seconds
Chapter6 linux character device
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Section1 Character device driver and file correspondence
duration： 35 minutes 12 seconds

Section2 kernel module loading
duration： 46 minutes 44 seconds

Section3 character device
duration： 45 minutes 16 seconds

Section4 led character device driver
duration： 40 minutes 20 seconds
Chapter7 linuxinterrupt
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Section1 Linux interrupt handling model
duration： 44 minutes 14 seconds

Section2 linux interrupt upper and lower half processing
duration： 33 minutes 58 seconds

Section3 gpio driver and nfs
duration： 39 minutes 22 seconds

Section4 tasklets and work queues
duration： 44 minutes 15 seconds

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