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Linux Device Drivers Development

You're reading from   Linux Device Drivers Development Develop customized drivers for embedded Linux

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Product type Paperback
Published in Oct 2017
Publisher Packt
ISBN-13 9781785280009
Length 586 pages
Edition 1st Edition
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Author (1):
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John Madieu John Madieu
Author Profile Icon John Madieu
John Madieu
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Table of Contents (23) Chapters Close

Preface 1. Introduction to Kernel Development FREE CHAPTER 2. Device Driver Basis 3. Kernel Facilities and Helper Functions 4. Character Device Drivers 5. Platform Device Drivers 6. The Concept of Device Tree 7. I2C Client Drivers 8. SPI Device Drivers 9. Regmap API – A Register Map Abstraction 10. IIO Framework 11. Kernel Memory Management 12. DMA – Direct Memory Access 13. The Linux Device Model 14. Pin Control and GPIO Subsystem 15. GPIO Controller Drivers – gpio_chip 16. Advanced IRQ Management 17. Input Devices Drivers 18. RTC Drivers 19. PWM Drivers 20. Regulator Framework 21. Framebuffer Drivers 22. Network Interface Card Drivers

Network Interface Card Drivers

We all know that networking is inherent to the Linux kernel. Some years ago, Linux was only used for its network performances, but things have changed now; Linux is much more than a server, and runs on billions of embedded devices. Through the years, Linux gained the reputation of being the best network operating system. In spite of all this, Linux cannot do everything. Given the huge variety of Ethernet controllers that exist, Linux has found no other way than to expose an API to developers who need a writing driver for their network device, or who need to perform kernel networking development in a general manner. This API offers a sufficient abstraction layer, allowing for guaranteeing the generosity of the developed code, as well as porting on other architectures. This chapter will simply walk through the part of this API that deals with Network...

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