Linux embedded development + driver development video tutorial

• Chapter1 ARM architecture and assembly
• 1-1 Introduction to ARM
• 1-2 ARM architecture
• 1-3 ARM assembly instruction construction format
• 1-4 Detailed explanation of ARM assembly instructions
• 1-5 led light experiment
• Chapter2 Development board peripheral driver
• 2-1 mixed c and assembly programming
• 2-2 computer storage media
• 2-3 GPIO driver programming
• 2-4 buzzer bare board driver
• 2-5 Bootloader function introduction
• 2-6 Clock initialization settings
• 2-7 210 clock
• Chapter3 Peripherals and bootloader
• 3-1 Serial port working principle
• 3-2 Serial port bare board driver code
• 3-3 How memory works
• 3-4 nandflash working principle
• 3-5 Linux environment and bootloader programming
• Chapter4 ARM interrupt programming
• 4-1 Soft interrupt trigger
• 4-2 Swi soft interrupt coding implementation
• 4-3 Hardware interrupt model principle
• 4-4 2440 interrupt principle
• 4-5 How k1 interrupt works
• 4-6 K1 interrupt coding implementation
• Chapter5 Kernel startup process and kernel core structure
• 5-1 bootloader and kernel startup process
• 5-2 Flash bootloader and kernel
• 5-3 bootloader and kernel compilation
• 5-4 Write kernel process
• 5-5 android output information
• 5-6 linked list
• 5-7 linked list api
• 5-8 Queues and red-black trees
• Chapter6 linux character device
• 6-1 Character device driver and file correspondence
• 6-2 kernel module loading
• 6-3 character device
• 6-4 led character device driver
• Chapter7 linuxinterrupt
• 7-1 Linux interrupt handling model
• 7-2 linux interrupt upper and lower half processing
• 7-3 gpio driver and nfs
• 7-4 tasklets and work queues