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The Microsoft Windows driver model (WDM) supports Plug and Play, provides power management capabilities, and expands on the driver/minidriver approach. Written by long-time device-driver expert Walter Oney in cooperation with the Windows kernel team, this book provides extensive practical examples, illustrations, advice, and line-by-line analysis of code samples to clarify real-world driver-programming issues. And it’s been updated with the latest details about the driver technologies in Windows XP and Windows 2000, plus more information about how to debug drivers.
Topics covered include:
- Beginning a driver project and the structure of a WDM driver; NEW: Minidrivers and class drivers, driver taxonomy, the WDM development environment and tools, management checklist, driver selection and loading, approved API calls, and driver stacks
- Basic programming techniques; NEW: Safe string functions, memory limits, the Driver Verifier scheme and tags, the kernel handle flag, and the Windows 98 floating-point problem
- Synchronization; NEW: Details about the interrupt request level (IRQL) scheme, along with Windows 98 and Windows Me compatibility
- The I/O request packet (IRP) and I/O control operations; NEW: How to send control operations to other drivers, custom queue implementations, and how to handle and safely cancel IRPs
- Plug and Play for function drivers; NEW: Controller and multifunction devices, monitoring device removal in user mode, Human Interface Devices (HID), including joysticks and other game controllers, minidrivers for non-HID devices, and feature reports
- Reading and writing data, power management, and Windows Management Instrumentation (WMI) NEW: System wakeup, the WMI control for idle detection, and using WMIMOFCK
- Specialized topics and distributing drivers; NEW: USB 2.0, selective suspend, Windows Hardware Quality Lab (WHQL) certification, driver selection and loading, officially approved API calls, and driver stacks
COVERS WINDOWS 98, WINDOWS ME, WINDOWS 2000, AND WINDOWS XP!
CD-ROM FEATURES:
- A fully searchable electronic copy of the book
- Sample code in Microsoft Visual C++
For customers who purchase an ebook version of this title, instructions for downloading the CD files can be found in the ebook.
The Microsoft® Windows® driver model (WDM) supports Plug and Play, provides power management capabilities, and expands on the driver/minidriver approach. Written by long-time device-driver expert Walter Oney in cooperation with the Windows kernel team, this book provides extensive practical examples, illustrations, advice, and line-by-line analysis of code samples to clarify real-world driver-programming issues. And it’s been updated with the latest details about the driver technologies in Windows XP and Windows 2000, plus more information about how to debug drivers.
Topics covered include:
- Beginning a driver project and the structure of a WDM driver; NEW: Minidrivers and class drivers, driver taxonomy, the WDM development environment and tools, management checklist, driver selection and loading, approved API calls, and driver stacks
- Basic programming techniques; NEW: Safe string functions, memory limits, the Driver Verifier scheme and tags, the kernel handle flag, and the Windows 98 floating-point problem
- Synchronization; NEW: Details about the interrupt request level (IRQL) scheme, along with Windows 98 and Windows Me compatibility
- The I/O request packet (IRP) and I/O control operations; NEW: How to send control operations to other drivers, custom queue implementations, and how to handle and safely cancel IRPs
- Plug and Play for function drivers; NEW: Controller and multifunction devices, monitoring device removal in user mode, Human Interface Devices (HID), including joysticks and other game controllers, minidrivers for non-HID devices, and feature reports
- Reading and writing data, power management, and Windows Management Instrumentation (WMI) NEW: System wakeup, the WMI control for idle detection, and using WMIMOFCK
- Specialized topics and distributing drivers; NEW: USB 2.0, selective suspend, Windows Hardware Quality Lab (WHQL) certification, driver selection and loading, officially approved API calls, and driver stacks
COVERS WINDOWS 98, WINDOWS ME, WINDOWS 2000, AND WINDOWS XP!
CD-ROM FEATURES:
- A fully searchable electronic copy of the book
- Sample code in Microsoft Visual C++®
A Note Regarding the CD or DVD
The print version of this book ships with a CD or DVD. For those customers purchasing one of the digital formats in which this book is available, we are pleased to offer the CD/DVD content as a free download via O’Reilly Media’s Digital Distribution services. To download this content, please visit O’Reilly’s web site, search for the title of this book to find its catalog page, and click on the link below the cover image (Examples, Companion Content, or Practice Files). Note that while we provide as much of the media content as we are able via free download, we are sometimes limited by licensing restrictions. Please direct any questions or concerns to booktech@oreilly.com.
Programming the Microsoft Windows Driver Model
Walter Oney
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Written for advanced C/C++ programmers, Walter Oney’s Programming the Microsoft Windows Driver Model is a technically astute and clearly presented guide to writing custom Windows 2000 device drivers.The author’s command of the details of the new Windows Driver Model (WDM) standard is what makes this book such a clear success. (Because the WDM is rich in kernel and system services, the trick is often knowing how to use what’s available rather than doing everything yourself.) The author presents a solid overview of the WDM architecture and breaks down the process of writing custom device drivers into manageable pieces, from the basics of loading device drivers to creating and processing I/O request packets. The book is very good at exposing kernel system calls, design principles, and programming techniques (such as managing synchronization and handling errors). There are also «nerd alerts» that point out extremely technical material.This book shows you what you’ll need to create WDM drivers that cooperate fully with Windows 2000 (and Windows 98). Features like Plug and Play (PnP), Windows power management, and the new Windows Management Instrumentation (WDM) standard get full attention here. There is plenty of sample code (plus a custom Visual C++ AppWizard that generates skeleton code for a default WDM driver) to get you started. Examples for working with the S5933 PCI chip set (and other simple hardware) let you see WDM drivers in action.The process of writing device drivers certainly has changed from the early days of DOS. But armed with this handy and thorough book, C/C++ programmers can successfully create drivers for custom hardware that take full advantage of all the features of the powerful new WDM standard.
Publisher:
Microsoft Press
english, 2002
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Programming the Microsoft Windows Driver Model, Walter Oney, 2003.
Microsoft Windows Driver Model (WDM) поддерживает Plug and Play и обеспечивает мощные возможности управления. В этой книге, написанной опытнейшим экспертом в области разработки драйверов Уолтером Они совместно с командой разработчиков ядра Windows, вы найдете все необходимое для понимания процесса написания драйверов: подробные практические примеры, иллюстрации, советы и построчный анализ примеров кода. В книге рассмотрены подробности драйверных технологий, начиная с Windows 98 и заканчивая Windows XP, а также представлена дополнительная информация по отладке драйверов.
A Brief History of Device Drivers.
The earliest PCs ran on an Intel processor chip that provided addressability for 640 KB of “real” memory—so called because the memory was really there in the form of memory chips that the processor addressed directly by means of a 20-bit physical address. The processor itself offered just one mode of operation, the so-called real mode, wherein the processor combined information from two 16-bit registers to form a 20-bit memory address for every instruction that referenced memory. The computer architecture included the concept of expansion slots that brave users could populate with cards purchased separately from the computer itself. The cards themselves usually came with instructions about how to set DIP switches (later, jumpers between pins) in order to make slight changes in I/O configuration. You had to keep a map of all the I/O and interrupt assignments for your PC in order to do this correctly. MS-DOS incorporated a scheme based on the CONFIG.SYS file whereby the operating system could load real-mode device drivers for original equipment and for add-on cards. Inevitably, these drivers were programmed in assembly language and relied to a greater or lesser extent on the INT instruction to talk to the BIOS and to system services within MS-DOS itself. End users perforce learned how to invoke applications via commands. Application programmers perforce learned how to program the video display, keyboard, and mouse directly because neither MS-DOS nor the system BIOS did so adequately.
Later on, IBM introduced the AT class of personal computers based on the Intel 80286 processor. The 286 processor added a protected mode of operation wherein programs could address up to 16 MB of main and extended memory using a 24-bit segment address (specified indirectly via a segment selector in a 16-bit segment register) and a 16-bit offset. MS-DOS itself remained a real-mode operating system, so several software vendors built DOS extender products to allow programmers to migrate their real-mode applications to protected mode and gain access to all the memory that was becoming available on the market. Since MS-DOS was still in charge of the computer, driver technology didn’t advance at this point.
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