This audiobook is narrated by a digital voice.
Master Linux kernel programming with this practical, hands-on guide for system engineers and developers. Linux Kernel Programming for System Engineers takes readers from setting up a secure development environment to contributing code to the Linux kernel community.
Starting with foundational concepts like kernel architecture and the distinction between kernel space and user space, the book progresses through process and memory management, device drivers, system calls, and essential kernel data structures. Each chapter builds on the last, providing a complete understanding of how Linux operates at its core.
Practical learning is central to the book. Readers will write their first kernel module, implement device drivers, work with synchronization primitives, and master debugging with tools such as GDB and QEMU. Advanced topics include interrupt handling, the Virtual File System, concurrency, performance optimization, networking internals, and security mechanisms. Every concept is reinforced with real-world, testable code examples in a safe virtual machine environment.
Designed for system engineers, embedded developers, and C programmers aiming to advance their careers, the book equips readers to write production-quality kernel code, optimize system performance, and contribute to open-source projects. Appendices provide quick-reference guides to kernel APIs and configuration options, while practical exercises at the end of each chapter reinforce skills.
By the end, readers will confidently navigate the Linux kernel source, develop stable and efficient kernel code, debug complex issues, and engage with one of the most important open-source projects in computing history. This definitive guide is essential for anyone serious about Linux kernel development.
