7 Best-Selling Device Driver Development Books Millions Trust

What started as a deep dive into BSD Unix source led Jonathan Corbet and his co-authors to craft a guide that demystifies Linux device driver development. This book walks you through the nuances of writing drivers for various hardware, from USB devices to consoles, explaining kernel interactions and Linux-specific mechanisms with clarity. It equips you with the skills to support peripherals and develop new hardware software under Linux, even if your background is limited to C programming and Unix system calls. Chapters on kernel version 2.6 updates showcase efficiency improvements and flexibility, making it a practical manual for anyone aiming to understand the interface between hardware and the Linux kernel.

When Peter G. Viscarola first tackled the complexities of Windows NT device drivers, he drew on over two decades of deep industry experience to create a resource that goes beyond basic tutorials. This book guides you through the Windows NT I/O subsystem and kernel-mode driver design, with detailed explanations on programmed I/O and DMA drivers, plus high-speed networking devices like ATM and ISDN. You’ll gain insights into hardware-driver interactions that are crucial for building efficient, stable drivers tailored to specific applications. If you’re developing Windows NT drivers and want a robust technical foundation with practical code examples and architectures, this book is a solid companion.

This tailored book explores advanced methods for creating device drivers specifically for UNIX and Linux systems. It delves into intricate kernel interactions, hardware communication, and driver architecture, focusing on your interests and background. By examining core concepts alongside specialized topics like interrupt handling and memory management, it ensures you gain deep, relevant knowledge. The personalized content matches your goals, tailoring explanations and examples to fit your current expertise and desired learning outcomes. This approach reveals the nuances of driver development, empowering you to tackle real-world challenges with confidence. You'll find insightful guidance that blends proven knowledge with a focus on what matters most to you.

When Edward N. Dekker and Joseph M. Newcomer wrote this handbook, they drew directly from decades of hands-on experience in systems and device driver programming to address the core challenges developers face in Windows NT environments. You’ll gain a solid grasp of fundamental device driver concepts, with detailed explanations on writing, debugging, and maintaining drivers specific to NT, including how to navigate its unique architecture and kernel interactions. Chapters dive deep into interrupt handling, I/O management, and synchronization techniques, equipping you with the skills necessary to build efficient and stable drivers. This book suits developers aiming for mastery in Windows NT device driver development, especially those preparing for the transition to NT 5 and beyond.

When Walter Oney wrote this book, he aimed to provide an in-depth guide for advanced C and C++ programmers eager to master the Windows Driver Model (WDM). You’ll learn the specifics of how the Win32 Driver Model communicates with PC peripherals, along with its efficiency advantages in device support and development. The book includes detailed explanations and a CD-ROM packed with sample code and parts of the WDM Device Driver Kit, making it a hands-on resource. This is tailored for developers seeking to build custom Windows drivers with a clear grasp of the underlying architecture and practical implementation.

When Chris Cant, a Cambridge-trained electronic engineer with nearly two decades in hardware and software design, wrote this book, he aimed to untangle the complexities of Windows Driver Model (WDM) development. You’ll walk through the architecture of WDM, learning how drivers interact with both hardware and operating systems, with detailed chapters covering driver installation, debugging techniques, and the distinct "layer" model of WDM. This book suits software engineers and system programmers who want a hands-on guide to writing reliable Windows 98 and 2000 drivers, especially those grappling with the nuances of hardware-software interfaces. While it's technical, the practical instructions make it a solid reference for anyone deepening their device driver expertise.

This tailored book explores step-by-step Windows driver development, designed to match your background and accelerate your learning journey. It covers fundamental concepts, driver architecture, kernel interactions, and debugging techniques while focusing on your specific interests and goals. By combining widely validated knowledge with personalized content, it reveals practical pathways to build, test, and optimize Windows drivers efficiently. The stepwise approach ensures rapid skill gains by focusing on what matters most to you. The book examines essential APIs, device communication, memory management, and security considerations, all tailored to your experience level. This personalized guide helps you develop a solid foundation and progress confidently through complex driver development challenges, making your learning process both engaging and effective.

Janet I. Egan and Thomas J. Teixeira challenge the conventional wisdom that device driver development is an inaccessible domain reserved for system architects. Drawing from their deep experience with UNIX systems, they break down the complexities of writing device drivers into clear, digestible examples and practical methods. You gain hands-on insights into driver logic, system integration, and handling peripheral devices ranging from floppy disks to cartridge tapes, all supported by numerous sample programs and thorough appendices. This book suits UNIX users and developers eager to extend their system's capabilities by crafting custom drivers, though those unfamiliar with UNIX fundamentals might find some sections dense.

Ronald D. Reeves Ph.D., a leading expert in driver development, crafted this book to address the complexities of writing reliable Windows 7 device drivers using Microsoft's latest frameworks. You’ll learn how to harness the Windows Driver Foundation architecture to streamline both kernel and user mode driver creation, with practical guidance on debugging, I/O management, and security practices. Particularly notable is the chapter on KMDF hardware driver programming, which offers a concrete example that breaks down complex concepts into manageable tasks. This book suits experienced programmers aiming to deepen their expertise in Windows device driver development and accelerate delivering robust, high-performance drivers.