Linux device driver programming C++: With practical examples, real-world challenges

INTRODUCTION
Preface
The Allure of Kernel Development
C++ in the Kernel: A Perfect Match
Chapter 1 A Deep Dive into Kernel Components: A Linux Device Driver Perspective
Delving Deeper: Interrupt Handling and Device Drivers
Memory Management in Linux: A Deep Dive
DMA-Coherent Memory: A Deep Dive
Interrupts and Exception Handling in Linux Device Drivers
Chapter 2 C++ Support in the Linux Kernel: A Complex Landscape
Object-Oriented Programming in the Kernel Context
Templates and Generic Programming in the Linux Kernel: A Complex Reality
Exception Handling in the Kernel: A Complex Challenge
STL and Boost in Kernel Development (if applicable)
Chapter 3 Device Driver Types and Classifications in Linux
Device Driver Lifecycle in Linux
Character, Block, and Network Drivers
Input and Output Subsystems in Linux
Chapter 4 Lists, Trees, and Hash Tables in Linux Device Driver Programming (C++)
Kernel Memory Allocation in Linux Device Drivers
DMA-Coherent Memory in Linux Device Drivers
Spinlocks, Semaphores, and Mutexes in Linux Device Drivers
Atomic Operations in Linux Device Drivers
Chapter 5 Interrupt Basics in Linux Device Driver Programming
Interrupt Request (IRQ) Handling in Linux Device Drivers
Top Half and Bottom Half Handlers in Linux Device Drivers
Interrupt Sharing and Masking in Linux Device Drivers
Chapter 6 Character Device Driver API
Core File Operations in Linux Device Drivers: Open, Close, Read, Write, and ioctl
Device Registration and Unregistration in Linux Device Drivers
Chapter 7 Poll and Fasync Mechanisms in Linux Device Driver Programming
Non-Blocking I/O in Linux Device Driver Programming
Asynchronous I/O in Linux Device Driver Programming
Character Device Driver Examples (e.g., serial port, LED driver)
Chapter 8 Block Device Driver API
Request Handling
Queueing and Scheduling
Block Device Driver Examples (e.g., disk driver)
Chapter 9 I/O Schedulers in Linux Device Driver Programming
Device Mapping in Linux Device Driver Programming
RAID and Logical Volume Management in Linux
Chapter 10 Network Stack Architecture: A Deep Dive
Network Device Driver API
Packet Transmission and Reception in Linux Device Drivers
Network Interface Cards (NICs) and Linux Device Drivers
Chapter 11 Advanced Network Device Features
Virtual Networking: A Deep Dive
Network Driver Examples (e.g., Ethernet driver)
Chapter 12 Driver Design and Architecture: A Linux Perspective
Coding Standards and Best Practices
Testing and Verification in Linux Device Driver Programming
Debugging Techniques in Linux Device Driver Programming
Chapter 13 Kernel Debugging with Printk
Using Kernel Debuggers (kgdb, kdb)
Tracing and Profiling in Linux Device Driver Programming
SystemTap: A Dynamic Tracer for Linux Kernel Analysis
Chapter 14 Embedded System Architecture and Linux Device Driver Programming in C++
Device Drivers for Embedded Systems: A Linux Perspective
Real-Time Considerations in Linux Device Drivers
Real-Time Scheduling Algorithms in Linux
Chapter 15 Power Management Framework
PM Runtime: Fine-Grained Power Management
Device Suspend and Resume in Linux Device Drivers
Error Handling in Device Suspend and Resume
Low Power Modes in Linux Device Drivers
Chapter 16 Security Threats in Device Drivers
Delving Deeper: Kernel Memory Corruption and Exploitation
Secure Coding Practices in Linux Device Drivers
Kernel Security Modules
Kernel Virtualization: A Deeper Dive
Conclusion
Appendix
Building a Custom Kernel
Module Loading and Unloading in Linux Device Driver Programming
Appendix
Essential C++ Features for Linux Device Driver Programming