Leaked source code of windows server 2003
You can not select more than 25 topics Topics must start with a letter or number, can include dashes ('-') and can be up to 35 characters long.
 
 
 
 
 
 

190 lines
6.3 KiB

//
// Module: DYNAINIT.H
// Date: Feb 10, 1997
//
// Copyright (c) 1997 by ATI Technologies Inc.
//
/********************** PolyTron RCS Utilities
$Revision: 1.4 $
$Date: 13 Jul 1997 21:34:14 $
$Author: MACIESOW $
$Log: V:\source\wnt\ms11\miniport\archive\dynainit.h_v $
*
* Rev 1.4 13 Jul 1997 21:34:14 MACIESOW
* Flat panel and TV support.
*
* Rev 1.3 02 Jun 1997 14:18:14 MACIESOW
* Clean up.
*
* Rev 1.2 02 May 1997 15:00:14 MACIESOW
* Registry mode filters. Mode lookup table.
*
* Rev 1.1 25 Apr 1997 12:53:06 MACIESOW
* No globals.
*
* Rev 1.0 15 Mar 1997 10:16:16 MACIESOW
* Initial revision.
End of PolyTron RCS section *****************/
#ifndef _DYNAINIT_H_
#define _DYNAINIT_H_
//
// Flags used by hardware change detection
//
#define HC_CARD 0x0001
#define HC_MONITOR 0x0002
#define HC_MONITOR_OFF 0x0004
#define HC_MONITOR_UNKNOWN 0x8000
//
// Defines used in CARD_INFO structure
//
#define CARD_CHIP_TYPE_SIZE 128
#define CARD_DAC_TYPE_SIZE 128
#define CARD_ADAPTER_STRING_SIZE 128
#define CARD_BIOS_STRING_SIZE 128
//
// Defines used in MONITOR_INFO structure
//
#define MONITOR_GENERIC L"Generic"
#define MONITOR_DATA_GENERIC 0
#define MONITOR_DATA_ASCII_VDIF 1
#define MONITOR_DATA_BIN_VDIF 2
#define MONITOR_DATA_EDID 3
#define MONITOR_DATE_SIZE 11
#define MONITOR_REVISION_SIZE 16
#define MONITOR_MANUFACTURER_SIZE 16
#define MONITOR_MODEL_NUMBER_SIZE 16
#define MONITOR_MIN_VDIF_INDEX_SIZE 16
#define MONITOR_VERSION_SIZE 16
#define MONITOR_SERIAL_NUMBER_SIZE 16
#define MONITOR_TYPE_SIZE 16
#define MONITOR_GENERIC_SIZE sizeof(MONITOR_GENERIC)
#define MONITOR_BIN_VDIF_SIZE 38
#define MONITOR_EDID_SIZE 10
//
// Define the maximum TV resolutions and refresh rate.
//
#define TV_MAX_HOR_RESOLUTION 800
#define TV_MAX_VER_RESOLUTION 600
#define TV_MAX_REFRESH 60
//
// Define default values in case if ATI ROM cannot be read.
//
#define LT_MAX_HOR_RESOLUTION 1600
#define LT_MAX_VER_RESOLUTION 1200
#define LT_DEFAULT_REFRESH_FLAGS 0xFFFF
//
// Define refresh LT rate flags.
//
#define LT_REFRESH_FLAG_43 0x0001
#define LT_REFRESH_FLAG_47 0x0002
#define LT_REFRESH_FLAG_60 0x0004
#define LT_REFRESH_FLAG_67 0x0008
#define LT_REFRESH_FLAG_70 0x0010
#define LT_REFRESH_FLAG_72 0x0020
#define LT_REFRESH_FLAG_75 0x0040
#define LT_REFRESH_FLAG_76 0x0080
#define LT_REFRESH_FLAG_85 0x0100
#define LT_REFRESH_FLAG_90 0x0200
#define LT_REFRESH_FLAG_100 0x0400
#define LT_REFRESH_FLAG_120 0x0800
#define LT_REFRESH_FLAG_140 0x1000
#define LT_REFRESH_FLAG_150 0x2000
#define LT_REFRESH_FLAG_160 0x4000
#define LT_REFRESH_FLAG_200 0x8000
//
// Structure containing information about the current LCD display (BIOS al = 0x83).
//
#pragma pack(1)
typedef struct _FLAT_PANEL_INFO
{
BYTE byteId; // Panel identification
BYTE byteIdString[24]; // Panel identification string
WORD wHorSize; // Horizontal size in pixels
WORD wVerSize; // Vertical size in lines
WORD wType; // Flat panel type
// bit 0 0 = monochrome
// 1 = color
// bit 1 0 = single panel construction
// 1 = dual (split) panel construction
// bits 7-2 0 = STN (passive matrix)
// 1 = TFT (active matrix)
// 2 = active addressed STN
// 3 = EL
// 4 = plasma
// bits 15-18 reserved
BYTE byteRedBits; // Red bits per primary
BYTE byteGreenBits; // Green bits per primary
BYTE byteBlueBits; // Blue bits per primary
BYTE byteReserved1; // Reserved bits per primary
DWORD dwOffScreenMem; // Size in KB of off screen memory required for frame buffer
DWORD dwPointerMem; // Pointer to reserved off screen memory for frame buffer
BYTE byteReserved2[14]; // Reserved
} FLAT_PANEL_INFO, *PFLAT_PANEL_INFO;
#pragma pack()
typedef struct _CARD_INFO
{
UCHAR ucaChipType[CARD_CHIP_TYPE_SIZE];
UCHAR ucaDacType[CARD_DAC_TYPE_SIZE];
UCHAR ucaAdapterString[CARD_ADAPTER_STRING_SIZE];
UCHAR ucaBiosString[CARD_BIOS_STRING_SIZE];
ULONG ulMemorySize;
} CARD_INFO, *PCARD_INFO;
typedef struct _MONITOR_INFO
{
BOOL bDDC2Used;
short nDataSource;
union
{
struct
{
UCHAR ucaDate[MONITOR_DATE_SIZE];
UCHAR ucaRevision[MONITOR_REVISION_SIZE];
UCHAR ucaManufacturer[MONITOR_MANUFACTURER_SIZE];
UCHAR ucaModelNumber[MONITOR_MODEL_NUMBER_SIZE];
UCHAR ucaMinVDIFIndex[MONITOR_MIN_VDIF_INDEX_SIZE];
UCHAR ucaVersion[MONITOR_VERSION_SIZE];
UCHAR ucaSerialNumber[MONITOR_SERIAL_NUMBER_SIZE];
UCHAR ucaDateManufactured[MONITOR_DATE_SIZE];
UCHAR ucaMonitorType[MONITOR_TYPE_SIZE];
short nCRTSize;
} AsciiVdif;
UCHAR ucaGeneric[MONITOR_GENERIC_SIZE];
UCHAR ucaBinVdif[MONITOR_BIN_VDIF_SIZE];
UCHAR ucaEdid[MONITOR_EDID_SIZE];
} ProductID;
} MONITOR_INFO, *PMONITOR_INFO;
//
// Prototypes for functions supplied by DYNAINIT.C
//
BOOL
FinishModeTableCreation( // To be removed
PHW_DEVICE_EXTENSION phwDeviceExtension
);
VOID
GetRegistryCardInfo(
PHW_DEVICE_EXTENSION phwDeviceExtension,
PCARD_INFO pCardInfo
);
VOID
GetRegistryMonitorInfo(
PHW_DEVICE_EXTENSION phwDeviceExtension,
PMONITOR_INFO pMonitorInfo
);
#endif // _DYNAINIT_H_