E-Books →Linux Kernel Programming

This book meticulously details the kernel's history, architectural evolution, and custom build processes. You will master device driver fundamentals, distinguishing user from kernel space, and understanding the Linux Device Model (LDM). It explores Linux Security Modules, intricate kernel memory management, and various vital communication interfaces like I2C, SPI, SERIAL, PCI, and RTC. The guide concludes with task/process management, real-time concepts, and essential kernel debugging and profiling.
By the end of this book, you will be well-equipped to confidently develop, optimize, and debug kernel-level code. This empowers you to build custom Linux systems, craft efficient device drivers, and troubleshoot complex issues, ready to tackle advanced Linux system programming challenges. You will also be able to better understand this system and develop your own drivers or low-level developments for it.
WHAT YOU WILL LEARN
● GNU/Linux kernel history, feature evolution, and licensing.
● Understand and develop your character and block drivers.
● Develop new file systems.
● Manage your systems by communicating with the USB protocol.
● Debug your drivers, your kernel, or any other module in the kernel space.
● Understand the layout of the Linux device model.
WHO THIS BOOK IS FOR
This book is for software engineers looking to understand the Linux kernel's architecture, modify it, and develop custom modules. It also supports project managers, team leaders, and technical managers seeking a clear view of kernel development and capabilities. CISOs and IT managers will benefit from insights into kernel limitations, vulnerabilities, and security measures, such as Linux Security Modules (LSMs).