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8/21/2020
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Linux device driver programming using Beaglebone Black is the name of the basic device driver training course for Linux using the Beaglebone Black board. The course ahead is great for getting into the world of Linux drivers as it begins with the basics of the Linux kernel module and its syntax, as well as visualizing device driver theory and implementing code. Then you will get acquainted with the concepts of Platform bus, Platform device, Platform driver implementation, device tree, properties and syntax of its nodes.
Access device tree nodes from the driver, sample the device through its tree nodes, tree covers and test them with u-boot, kernel synchronization service (Mutex and Spinlocks), Linux device model, sysfs file system and below Linux GPIO and pinctrl systems are among the other topics in this course. It should be noted that some of the exercises in this course, such as GPIO and pinctrl testing, the tree nodes of the device and its coatings require a board, in which the Beaglebone Black board and its accessories are used.
Makefile process and kernel loadable module (LKM)
Concept and implementation of device tree
Kernel APIs for processing device tree nodes
Prototyping the device through its tree nodes
Applications of mutex and spinlocks
GPIO and pinctrl Linux subsystems
And
Students, enthusiasts, and professionals eager to explore device driver programming for Linux
Publisher: Udemy
Instructor: FastBit Embedded Brain Academy, Kiran Nayak
English language
Level of training: Beginner
Number of lessons: 150 lessons in 14 sections
Duration: 21h 54m
Students must be familiar with basic Linux command usage
Students must be familiar with ‘C’ programming language
OS Requirements : 32/64 bit Ubuntu 18.04+ LTS
After Extract, watch with your favorite Player.
English subtitle
Quality: 720p
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