cfgmgr32.h

USBView的源码

/*++

Copyright (c) 1989-1997  Microsoft Corporation

Module Name:

    cfgmgr32.h

Abstract:

    This module contains the user APIs for the Configuration Manager,
    along with any public data structures needed to call these APIs.

Author:

    Paula Tomlinson (paulat) 06/19/1995


Revision History:


--*/

#ifndef _CFGMGR32_
#define _CFGMGR32_

#include "cfg.h"


#ifndef GUID_DEFINED
#define GUID_DEFINED
typedef struct _GUID
{
    unsigned long Data1;
    unsigned short Data2;
    unsigned short Data3;
    unsigned char Data4[8];
} GUID;
#endif /* GUID_DEFINED */

#ifndef __LPGUID_DEFINED__
#define __LPGUID_DEFINED__
typedef GUID *LPGUID;
#endif



#if !defined (_CFGMGR32_)
#define CMAPI     DECLSPEC_IMPORT
#else
#define CMAPI
#endif

typedef  CONST VOID *PCVOID;



//--------------------------------------------------------------
// General size definitions
//--------------------------------------------------------------

#define MAX_DEVICE_ID_LEN     200
#define MAX_DEVNODE_ID_LEN    MAX_DEVICE_ID_LEN

#define MAX_GUID_STRING_LEN   39          // 38 chars + terminator null
#define MAX_CLASS_NAME_LEN    32
#define MAX_PROFILE_LEN       80

#define MAX_CONFIG_VALUE      9999
#define MAX_INSTANCE_VALUE    9999

#define MAX_MEM_REGISTERS     9     // Win95 compatibility--not applicable to 32-bit ConfigMgr
#define MAX_IO_PORTS          20    // Win95 compatibility--not applicable to 32-bit ConfigMgr
#define MAX_IRQS              7     // Win95 compatibility--not applicable to 32-bit ConfigMgr
#define MAX_DMA_CHANNELS      7     // Win95 compatibility--not applicable to 32-bit ConfigMgr

#define DWORD_MAX             0xFFFFFFFF
#define DWORDLONG_MAX         0xFFFFFFFFFFFFFFFF

#define CONFIGMG_VERSION      0x0400


//--------------------------------------------------------------
// Data types
//--------------------------------------------------------------


//
// Work around weirdness with Win32 typedef...
//
#ifdef NT_INCLUDED

//
// __int64 is only supported by 2.0 and later midl.
// __midl is set by the 2.0 midl and not by 1.0 midl.
//
#if (!defined(MIDL_PASS) || defined(__midl)) && (!defined(_M_IX86) || (defined(_INTEGRAL_MAX_BITS) && _INTEGRAL_MAX_BITS >= 64))
typedef unsigned __int64 DWORDLONG;
#else
typedef double DWORDLONG;
#endif
typedef DWORDLONG *PDWORDLONG;

#endif /* NT_INCLUDED */


//
// Standardized Return Value data type
//
typedef DWORD        RETURN_TYPE;
typedef RETURN_TYPE  CONFIGRET;

//
// Device Instance Handle data type
//
typedef DWORD       DEVNODE, DEVINST;
typedef DEVNODE    *PDEVNODE, *PDEVINST;

//
// Device Instance Identifier data type
// The device instance ID specifies the registry path, relative to the
// Enum key , for a device instance.  For example:  \Root\*PNP0500\0000.
//
typedef CHAR          *DEVNODEID_A, *DEVINSTID_A; // Device ID ANSI name.
typedef WCHAR         *DEVNODEID_W, *DEVINSTID_W; // Device ID Unicode name.
#ifdef UNICODE
typedef DEVNODEID_W DEVNODEID;
typedef DEVINSTID_W DEVINSTID;
#else
typedef DEVNODEID_A DEVNODEID;
typedef DEVINSTID_A DEVINSTID;
#endif

//
// Logical Configuration Handle data type
//
typedef DWORD        LOG_CONF;
typedef LOG_CONF    *PLOG_CONF;

//
// Resource Descriptor Handle data type
//
typedef DWORD        RES_DES;
typedef RES_DES     *PRES_DES;

//
// Resource ID data type (may take any of the ResType_* values)
//
typedef ULONG        RESOURCEID;
typedef RESOURCEID  *PRESOURCEID;

//
// Priority data type (may take any of the LCPRI_* values)
//
typedef ULONG        PRIORITY;
typedef PRIORITY     *PPRIORITY;

//
// Range List Handle data type
//
typedef DWORD              RANGE_LIST;
typedef RANGE_LIST        *PRANGE_LIST;

//
// Range Element Handle data type
//
typedef DWORD              RANGE_ELEMENT;
typedef RANGE_ELEMENT     *PRANGE_ELEMENT;

typedef  HANDLE             HMACHINE;
typedef  HMACHINE          *PHMACHINE;


typedef  ULONG             REGDISPOSITION;


//
// use 1 byte packing for the data structures
//
#include "pshpack1.h"



//--------------------------------------------------------------
// Memory resource
//--------------------------------------------------------------

//
// Define the attribute flags for memory ranges.  Each bit flag is
// identified by a constant bitmask.  Following the bitmask definition,
// are the two possible values.
//
#define mMD_MemoryType              (0x1) // Bitmask, whether memory is writable
#define fMD_MemoryType              mMD_MemoryType // compatibility
#define fMD_ROM                     (0x0) // Memory range is read-only
#define fMD_RAM                     (0x1) // Memory range may be written to

#define mMD_32_24                   (0x2) // Bitmask, memory is 24 or 32-bit
#define fMD_32_24                   mMD_32_24 // compatibility
#define fMD_24                      (0x0) // Memory range is 24-bit
#define fMD_32                      (0x2) // Memory range is 32-bit

#define mMD_Prefetchable            (0x4) // Bitmask,whether memory prefetchable
#define fMD_Prefetchable            mMD_Prefetchable // compatibility
#define fMD_Pref                    mMD_Prefetchable // compatibility
#define fMD_PrefetchDisallowed      (0x0) // Memory range is not prefetchable
#define fMD_PrefetchAllowed         (0x4) // Memory range is prefetchable

#define mMD_Readable                (0x8) // Bitmask,whether memory is readable
#define fMD_Readable                mMD_Readable // compatibility
#define fMD_ReadAllowed             (0x0) // Memory range is readable
#define fMD_ReadDisallowed          (0x8) // Memory range is write-only

#define mMD_CombinedWrite           (0x10) // Bitmask,supports write-behind
#define fMD_CombinedWrite           mMD_CombinedWrite // compatibility
#define fMD_CombinedWriteDisallowed (0x0)  // no combined-write caching
#define fMD_CombinedWriteAllowed    (0x10) // supports combined-write caching

#define mMD_Cacheable               (0x20) // Bitmask,whether memory is cacheable
#define fMD_NonCacheable            (0x0)  // Memory range is non-cacheable
#define fMD_Cacheable               (0x20) // Memory range is cacheable

//
// MEM_RANGE Structure
//
typedef struct Mem_Range_s {
   DWORDLONG MR_Align;     // specifies mask for base alignment
   ULONG     MR_nBytes;    // specifies number of bytes required
   DWORDLONG MR_Min;       // specifies minimum address of the range
   DWORDLONG MR_Max;       // specifies maximum address of the range
   DWORD     MR_Flags;     // specifies flags describing range (fMD flags)
   DWORD     MR_Reserved;
} MEM_RANGE, *PMEM_RANGE;

//
// MEM_DES structure
//
typedef struct Mem_Des_s {
   DWORD     MD_Count;        // number of MEM_RANGE structs in MEM_RESOURCE
   DWORD     MD_Type;         // size (in bytes) of MEM_RANGE (MType_Range)
   DWORDLONG MD_Alloc_Base;   // base memory address of range allocated
   DWORDLONG MD_Alloc_End;    // end of allocated range
   DWORD     MD_Flags;        // flags describing allocated range (fMD flags)
   DWORD     MD_Reserved;
} MEM_DES, *PMEM_DES;

//
// MEM_RESOURCE structure
//
typedef struct Mem_Resource_s {
   MEM_DES   MEM_Header;               // info about memory range list
   MEM_RANGE MEM_Data[ANYSIZE_ARRAY];  // list of memory ranges
} MEM_RESOURCE, *PMEM_RESOURCE;

//
// Define the size of each range structure
//
#define MType_Range     sizeof(struct Mem_Range_s)



//--------------------------------------------------------------
// I/O Port Resource
//--------------------------------------------------------------

//
// Define the attribute flags for port resources.  Each bit flag is
// identified by a constant bitmask.  Following the bitmask definition,
// are the two possible values.
//
#define fIOD_PortType   (0x1) // Bitmask,whether port is IO or memory
#define fIOD_Memory     (0x0) // Port resource really uses memory
#define fIOD_IO         (0x1) // Port resource uses IO ports


#define IO_ALIAS_10_BIT_DECODE      (0x00000004)
#define IO_ALIAS_12_BIT_DECODE      (0x00000010)
#define IO_ALIAS_16_BIT_DECODE      (0x00000000)
#define IO_ALIAS_POSITIVE_DECODE    (0x000000FF)

//
// IO_RANGE structure
//
typedef struct IO_Range_s {
   DWORDLONG IOR_Align;      // mask for base alignment
   DWORD     IOR_nPorts;     // number of ports
   DWORDLONG IOR_Min;        // minimum port address
   DWORDLONG IOR_Max;        // maximum port address
   DWORD     IOR_RangeFlags; // flags for this port range
   DWORDLONG IOR_Alias;      // multiplier that generates aliases for port(s)
} IO_RANGE, *PIO_RANGE;

//
// IO_DES structure
//
typedef struct IO_Des_s {
   DWORD     IOD_Count;          // number of IO_RANGE structs in IO_RESOURCE
   DWORD     IOD_Type;           // size (in bytes) of IO_RANGE (IOType_Range)
   DWORDLONG IOD_Alloc_Base;     // base of allocated port range
   DWORDLONG IOD_Alloc_End;      // end of allocated port range
   DWORD     IOD_DesFlags;       // flags relating to allocated port range
} IO_DES, *PIO_DES;

//
// IO_RESOURCE
//
typedef struct IO_Resource_s {
   IO_DES   IO_Header;                 // info about I/O port range list
   IO_RANGE IO_Data[ANYSIZE_ARRAY];    // list of I/O port ranges
} IO_RESOURCE, *PIO_RESOURCE;

#define IOA_Local       0xff

//
// Define the size of each range structure
//
#define IOType_Range    sizeof(struct IO_Range_s)



//--------------------------------------------------------------
// DMA Resource
//--------------------------------------------------------------

//
// Define the attribute flags for a DMA resource range.  Each bit flag is
// identified with a constant bitmask.  Following the bitmask definition
// are the possible values.
//
#define mDD_Width         (0x3)    // Bitmask, width of the DMA channel:
#define fDD_BYTE          (0x0)    //   8-bit DMA channel
#define fDD_WORD          (0x1)    //   16-bit DMA channel
#define fDD_DWORD         (0x2)    //   32-bit DMA channel
#define fDD_BYTE_AND_WORD (0x3)    //   8-bit and 16-bit DMA channel

#define mDD_BusMaster     (0x4)    // Bitmask, whether bus mastering is supported
#define fDD_NoBusMaster   (0x0)    //   no bus mastering
#define fDD_BusMaster     (0x4)    //   bus mastering

#define mDD_Type         (0x18)    // Bitmask, specifies type of DMA
#define fDD_TypeStandard (0x00)    //   standard DMA
#define fDD_TypeA        (0x08)    //   Type-A DMA
#define fDD_TypeB        (0x10)    //   Type-B DMA
#define fDD_TypeF        (0x18)    //   Type-F DMA


//
// DMA_RANGE structure
//
typedef struct DMA_Range_s {
   ULONG DR_Min;     // minimum DMA port in the range
   ULONG DR_Max;     // maximum DMA port in the range
   ULONG DR_Flags;   // flags describing the range (fDD flags)
} DMA_RANGE, *PDMA_RANGE;

//
// DMA_DES structure
//
typedef struct DMA_Des_s {
   DWORD  DD_Count;       // number of DMA_RANGE structs in DMA_RESOURCE
   DWORD  DD_Type;        // size (in bytes) of DMA_RANGE struct (DType_Range)
   DWORD  DD_Flags;       // Flags describing DMA channel (fDD flags)
   ULONG  DD_Alloc_Chan;  // Specifies the DMA channel that was allocated
} DMA_DES, *PDMA_DES;

//
// DMA_RESOURCE
//
typedef struct DMA_Resource_s {
   DMA_DES   DMA_Header;               // info about DMA channel range list
   DMA_RANGE DMA_Data[ANYSIZE_ARRAY];  // list of DMA ranges
} DMA_RESOURCE, *PDMA_RESOURCE;

//
// Define the size of each range structure
//
#define DType_Range     sizeof(struct DMA_Range_s)



//--------------------------------------------------------------
// Interrupt Resource
//--------------------------------------------------------------

//
// Define the attribute flags for an interrupt resource range.  Each bit flag
// is identified with a constant bitmask.  Following the bitmask definition
// are the possible values.
//
#define mIRQD_Share        (0x1) // Bitmask,whether the IRQ may be shared:
#define fIRQD_Exclusive    (0x0) //   The IRQ may not be shared
#define fIRQD_Share        (0x1) //   The IRQ may be shared

#define fIRQD_Share_Bit    0     // compatibility
#define fIRQD_Level_Bit    1     // compatibility

//
// ** NOTE: 16-bit ConfigMgr uses fIRQD_Level_Bit being set to indicate that the
// ** interrupt is _level-sensitive_.  For 32-bit ConfigMgr, if this bit is set,
// ** then the interrupt is _edge-sensitive_.
//
#define mIRQD_Edge_Level   (0x2) // Bitmask,whether edge or level triggered:
#define fIRQD_Level        (0x0) //   The IRQ is level-sensitive
#define fIRQD_Edge         (0x2) //   The IRQ is edge-sensitive

//
// IRQ_RANGE
//
typedef struct IRQ_Range_s {
   ULONG IRQR_Min;      // minimum IRQ in the range
   ULONG IRQR_Max;      // maximum IRQ in the range
   ULONG IRQR_Flags;    // flags describing the range (fIRQD flags)
} IRQ_RANGE, *PIRQ_RANGE;

//
// IRQ_DES structure
//
typedef struct IRQ_Des_s {
   DWORD IRQD_Count;       // number of IRQ_RANGE structs in IRQ_RESOURCE
   DWORD IRQD_Type;        // size (in bytes) of IRQ_RANGE (IRQType_Range)
   DWORD IRQD_Flags;       // flags describing the IRQ (fIRQD flags)
   ULONG IRQD_Alloc_Num;   // specifies the IRQ that was allocated
   ULONG IRQD_Affinity;
} IRQ_DES, *PIRQ_DES;

//
// IRQ_RESOURCE structure
//
typedef struct IRQ_Resource_s {
   IRQ_DES   IRQ_Header;               // info about IRQ range list
   IRQ_RANGE IRQ_Data[ANYSIZE_ARRAY];  // list of IRQ ranges
} IRQ_RESOURCE, *PIRQ_RESOURCE;

//
// Define the size of each range structure
//
#define IRQType_Range   sizeof(struct IRQ_Range_s)


//--------------------------------------------------------------
// Device Private Resource
//--------------------------------------------------------------

//
// DEVICEPRIVATE_RANGE structure
//