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COPYRIGHT
Contents
WinDriver PCI/ISA/CardBus v9.01 User's Manual
Jungo Ltd
COPYRIGHT
Contents
List of Figures
1. WinDriver Overview
1.1 Introduction to WinDriver
1.2 Background
1.2.1 The Challenge
1.2.2 The WinDriver Solution
1.3 How Fast Can WinDriver Go?
1.4 Conclusion
1.5 WinDriver Benefits
1.6 WinDriver Architecture
1.7 What Platforms Does WinDriver Support?
1.8 Limitations of the Different Evaluation Versions
1.9 How Do I Develop My Driver with WinDriver?
1.9.1 On Windows , Linux and Solaris
1.9.2 On Windows CE
1.10 What Does the WinDriver Toolkit Include?
1.10.1 WinDriver Modules
1.10.2 Utilities
1.10.3 WinDriver's Specific Chipset Support
1.10.4 Samples
1.11 Can I Distribute the Driver Created with WinDriver?
2. Understanding Device Drivers
2.1 Device Driver Overview
2.2 Classification of Drivers According to Functionality
2.2.1 Monolithic Drivers
2.2.2 Layered Drivers
2.2.3 Miniport Drivers
2.3 Classification of Drivers According to Operating Systems
2.3.1 WDM Drivers
2.3.2 VxD Drivers
2.3.3 Unix Device Drivers
2.3.4 Linux Device Drivers
2.3.5 Solaris Device Drivers
2.4 The Entry Point of the Driver
2.5 Associating the Hardware to the Driver
2.6 Communicating with Drivers
3. Installing WinDriver
3.1 System Requirements
3.1.1 Windows System Requirements
3.1.2 Windows CE System Requirements
3.1.3 Linux System Requirements
3.1.4 Solaris System Requirements
3.2 WinDriver Installation Process
3.2.1 Windows WinDriver Installation Instructions
3.2.2 Windows CE WinDriver Installation Instructions
3.2.3 Linux WinDriver Installation Instructions
3.2.4 Solaris WinDriver Installation Instructions
3.3 Upgrading Your Installation
3.4 Checking Your Installation
3.4.1 Windows, Linux and Solaris Installation Check
3.4.2 Windows CE Installation Check
3.5 Uninstalling WinDriver
3.5.1 Windows WinDriver Uninstall Instructions
3.5.2 Linux WinDriver Uninstall Instructions
3.5.3 Solaris WinDriver Uninstall Instructions
4. Using DriverWizard
4.1 An Overview
4.2 DriverWizard Walkthrough
4.3 DriverWizard Notes
4.3.1 Sharing a Resource
4.3.2 Disabling a Resource
4.3.3 Logging WinDriver API Calls
4.3.4 DriverWizard Logger
4.3.5 Automatic Code Generation
4.3.6 Compiling the Generated Code
5. Developing a Driver
5.1 Using the DriverWizard to Build a Device Driver
5.2 Writing the Device Driver Without the DriverWizard
5.2.1 Include the Required WinDriver Files
5.2.2 Write Your Code
5.3 Developing Your Driver on Windows CE Platforms
5.4 Developing in Visual Basic and Delphi
5.4.1 Using DriverWizard
5.4.2 Samples
5.4.3 Kernel PlugIn
5.4.4 Creating your Driver
6. Debugging Drivers
6.1 User-Mode Debugging
6.2 Debug Monitor
6.2.1 Using the Debug Monitor in Graphical Mode -
wddebug_gui
6.2.2 Using the Debug Monitor in Console Mode -
wddebug
7. Enhanced Support for Specific Chipsets
7.1 Overview
7.2 Developing a Driver Using the Enhanced Chipset Support
8. PCI Express
8.1 PCI Express Overview
8.2 WinDriver for PCI Express
9. Advanced Issues
9.1 Performing Direct Memory Access (DMA)
9.1.1 Scatter/Gather DMA
9.1.2 Contiguous Buffer DMA
9.1.3 Performing DMA on SPARC
9.2 Handling Interrupts
9.2.1 General - Handling an Interrupt
9.2.2 ISA/EISA and PCI Interrupts
9.2.3 Interrupts on Windows CE
9.3 Byte Ordering
9.3.1 Introduction to Endianness
9.3.2 WinDriver Byte Ordering Macros
9.3.3 Macros for PCI Target Access
9.3.4 Macros for PCI Master Access
10. Improving Performance
10.1 Overview
10.1.1 Performance Improvement Checklist
10.2 Improving the Performance of a User-Mode Driver
10.2.1 Using Direct Access to Memory-Mapped Regions
10.2.2 Block Transfers and Grouping Multiple Transfers
10.2.3 Performing 64-bit Data Transfers
11. Understanding the Kernel PlugIn
11.1 Background
11.2 Do I Need to Write a Kernel PlugIn Driver?
11.3 What Kind of Performance Can I Expect?
11.4 Overview of the Development Process
11.5 The Kernel PlugIn Architecture
11.5.1 Architecture Overview
11.5.2 WinDriver's Kernel and Kernel PlugIn Interaction
11.5.3 Kernel PlugIn Components
11.5.4 Kernel PlugIn Event Sequence
11.6 How Does Kernel PlugIn Work?
11.6.1 Minimal Requirements for Creating a Kernel PlugIn Driver
11.6.2 Kernel PlugIn Implementation
11.6.3 Sample/Generated Kernel PlugIn Driver Code Overview
11.6.4 Kernel PlugIn Sample/Generated Code Directory Structure
11.6.5 Handling Interrupts in the Kernel PlugIn
11.6.6 Message Passing
12. Writing a Kernel PlugIn
12.1 Determine Whether a Kernel PlugIn is Needed
12.2 Prepare the User-Mode Source Code
12.3 Create a New Kernel PlugIn Project
12.4 Create a Handle to the Kernel PlugIn
12.5 Set Interrupt Handling in the Kernel PlugIn
12.6 Set I/O Handling in the Kernel PlugIn
12.7 Compile Your Kernel PlugIn Driver
12.7.1 On Windows
12.7.2 On Linux
12.7.3 On Solaris
12.8 Install Your Kernel PlugIn Driver
12.8.1 On Windows
12.8.2 On Linux
12.8.3 On Solaris
13. Dynamically Loading Your Driver
13.1 Why Do You Need a Dynamically Loadable Driver?
13.2 Windows Dynamic Driver Loading
13.2.1 Windows Driver Types
13.2.2 The WDREG Utility
13.2.3 Dynamically Loading/Unloading windrvr6.sys INF Files
13.2.4 Dynamically Loading/Unloading Your Kernel PlugIn Driver
13.3 Linux Dynamic Driver Loading
13.4 Solaris Dynamic Driver Loading
13.5 Windows Mobile Dynamic Driver Loading
14. Distributing Your Driver
14.1 Getting a Valid License for WinDriver
14.2 Windows Driver Distribution
14.2.1 Preparing the Distribution Package
14.2.2 Installing Your Driver on the Target Computer
14.2.3 Installing Your Kernel PlugIn on the Target Computer
14.3 Windows CE Driver Distribution
14.3.1 Distribution to New Windows CE Platforms
14.3.2 Distribution to Windows CE Computers
14.4 Linux Driver Distribution
14.4.1 WinDriver Kernel Module
14.4.2 User-Mode Hardware Control Application/Shared Objects
14.4.3 Kernel PlugIn Modules
14.4.4 Installation Script
14.5 Solaris Driver Distribution
15. Driver Installation - Advanced Issues
15.1 INF Files - Windows 98/Me/2000/XP/Server 2003/Vista
15.1.1 Why Should I Create an INF File?
15.1.2 How Do I Install an INF File When No Driver Exists?
15.1.3 How Do I Replace an Existing Driver Using the INF File?
15.2 Renaming the WinDriver Kernel Driver
15.2.1 Windows Driver Rename
15.2.2 Linux Driver Rename
15.2.3 Solaris Driver Rename
15.3 Digital Driver Signing & Certification - Windows 2000/XP/Server 2003/Vista
15.3.1 Overview
15.3.2 Driver Signing & Certification of WinDriver-Based Drivers
A. 64-bit Operating Systems Support
A.1 Supported 64-bit Architectures
A.2 Support for 32-bit Applications on 64-bit Architectures
A.3 64-bit and 32-bit Data Types
B. API Reference
B.1 WD_DriverName()
B.2 WDC Library Overview
B.3 WDC High Level API
B.3.1 Structures, Types and General Definitions
B.3.2 WDC_DriverOpen()
B.3.3 WDC_DriverClose()
B.3.4 WDC_PciScanDevices()
B.3.5 WDC_PciScanDevicesByTopology()
B.3.6 WDC_PcmciaScanDevices()
B.3.7 WDC_PciGetDeviceInfo()
B.3.8 WDC_PcmciaGetDeviceInfo()
B.3.9 WDC_PciDeviceOpen()
B.3.10 WDC_PcmciaDeviceOpen()
B.3.11 WDC_IsaDeviceOpen()
B.3.12 WDC_PciDeviceClose()
B.3.13 WDC_PcmciaDeviceClose()
B.3.14 WDC_IsaDeviceClose()
B.3.15 WDC_CardCleanupSetup()
B.3.16 WDC_KernelPlugInOpen()
B.3.17 WDC_CallKerPlug()
B.3.18 WDC_ReadMemXXX()
B.3.19 WDC_WriteMemXXX()
B.3.20 WDC_ReadAddrXXX()
B.3.21 WDC_WriteAddrXXX()
B.3.22 WDC_ReadAddrBlock()
B.3.23 WDC_WriteAddrBlock()
B.3.24 WDC_MultiTransfer()
B.3.25 WDC_AddrSpaceIsActive()
B.3.26 WDC_PciReadCfgBySlot()
B.3.27 WDC_PciWriteCfgBySlot()
B.3.28 WDC_PciReadCfg()
B.3.29 WDC_PciWriteCfg()
B.3.30 WDC_PciReadCfgBySlotXXX()
B.3.31 WDC_PciWriteCfgBySlotXXX()
B.3.32 WDC_PciReadCfgXXX()
B.3.33 WDC_PciWriteCfgXXX()
B.3.34 WDC_PcmciaReadAttribSpace()
B.3.35 WDC_PcmciaWriteAttribSpace()
B.3.36 WDC_PcmciaSetWindow()
B.3.37 WDC_PcmciaSetVpp()
B.3.38 WDC_DMAContigBufLock()
B.3.39 WDC_DMASGBufLock()
B.3.40 WDC_DMABufUnlock()
B.3.41 WDC_DMASyncCpu()
B.3.42 WDC_DMASyncIo()
B.3.43 WDC_IntEnable()
B.3.44 WDC_IntDisable()
B.3.45 WDC_IntIsEnabled()
B.3.46 WDC_EventRegister()
B.3.47 WDC_EventUnregister()
B.3.48 WDC_EventIsRegistered()
B.3.49 WDC_SetDebugOptions()
B.3.50 WDC_Err()
B.3.51 WDC_Trace()
B.3.52 WDC_GetWDHandle()
B.3.53 WDC_GetDevContext()
B.3.54 WDC_GetBusType()
B.3.55 WDC_Sleep()
B.3.56 WDC_Version()
B.4 WDC Low Level API
B.4.1 WDC_ID_U Union
B.4.2 WDC_ADDR_DESC Structure
B.4.3 WDC_DEVICE Structure
B.4.4 PWDC_DEVICE
B.4.5 WDC_MEM_DIRECT_ADDR Macro
B.4.6 WDC_ADDR_IS_MEM Macro
B.4.7 WDC_GET_ADDR_DESC Macro
B.4.8 WDC_IS_KP Macro
B.5 WD_xxx Structures, Types and General Definitions
B.5.1 WD_BUS_TYP Enumeration
B.5.2 ITEM_TYPE Enumeration
B.5.3 WD_PCMCIA_ACC_SPEED Enumeration
B.5.4 WD_PCMCIA_ACC_WIDTH Enumeration
B.5.5 WD_PCMCIA_VPP Enumeration
B.5.6 WD_PCI_ID Structure
B.5.7 WD_PCMCIA_ID Structure
B.5.8 WD_PCI_SLOT Structure
B.5.9 WD_PCMCIA_SLOT Structure
B.5.10 WD_CARD Structure
B.5.11 WD_PCI_CARD_INFO Structure
B.5.12 WD_PCMCIA_CARD_INFO Structure
B.5.13 WD_DMA Structure
B.5.14 WD_TRANSFER Structure
B.6 Kernel PlugIn Kernel-Mode Functions
B.6.1 KP_Init()
B.6.2 KP_Open()
B.6.3 KP_Close()
B.6.4 KP_Call()
B.6.5 KP_Event()
B.6.6 KP_IntEnable()
B.6.7 KP_IntDisable()
B.6.8 KP_IntAtIrql()
B.6.9 KP_IntAtDpc()
B.6.10 COPY_TO_USER_OR_KERNEL, COPY_FROM_USER_OR_KERNEL
B.6.11 Kernel PlugIn Synchronization APIs
B.7 Kernel PlugIn Structure Reference
B.7.1 WD_KERNEL_PLUGIN
B.7.2 WD_INTERRUPT
B.7.3 WD_KERNEL_PLUGIN_CALL
B.7.4 KP_INIT
B.7.5 KP_OPEN_CALL
B.8 User-Mode Utility Functions
B.8.1 Stat2Str()
B.8.2 get_os_type()
B.8.3 ThreadStart()
B.8.4 ThreadWait()
B.8.5 OsEventCreate()
B.8.6 OsEventClose()
B.8.7 OsEventWait()
B.8.8 OsEventSignal()
B.8.9 OsEventReset()
B.8.10 OsMutexCreate()
B.8.11 OsMutexClose()
B.8.12 OsMutexLock()
B.8.13 OsMutexUnlock()
B.8.14 PrintDbgMessage()
B.8.15 WD_LogStart()
B.8.16 WD_LogStop()
B.8.17 WD_LogAdd()
B.9 WinDriver Status Codes
B.9.1 Introduction
B.9.2 Status Codes Returned by WinDriver
C. Troubleshooting and Support
D. Evaluation Version Limitations
D.1 Windows WinDriver Evaluation Limitations
D.2 Windows CE WinDriver Evaluation Limitations
D.3 Linux WinDriver Evaluation Limitations
D.4 Solaris WinDriver Evaluation Limitations
E. Purchasing WinDriver
F. Distributing Your Driver - Legal Issues
G. Additional Documentation
