mqstruc.h

来自「WinCE 3.0 BSP, 包含Inter SA1110, Intel_815」· C头文件 代码 · 共 244 行

/* $Header: /Windows CE/BigSur/SDBTEST/MediaQ/mqstruc.h 1     6/20/00 5:30p Mrastogi $
 * 
 * Copyright (c) 1998 by MediaQ, Incorporated.
 * All Rights Reserved.
 *
 * Confidential and Proprietary to MediaQ, Incorporated.
 * 
 * MQSTRUC.H : Data structure and defines used by the driver
 *
 * $Log: /Windows CE/BigSur/SDBTEST/MediaQ/mqstruc.h $
 * 
 * 1     6/20/00 5:30p Mrastogi
 * Base Version received from HCL Noida on June 07, 2000.
// 
// 2     9/15/99 11:30a Ngupta
// Checked in to Move from 2.11 to 2.12
// 
// 1     9/15/99 10:34a Ngupta
 * 
 *    Rev 1.8   Sep 10 1999 19:19:24   hoang
 * Remove OEM_FP_INFO_TAG struct
 * 
 *    Rev 1.7   Aug 25 1999 15:29:54   hoang
 * Panels Customization
 * 
 *    Rev 1.6   Jul 19 1999 17:46:28   chijen
 * remove ulPWMControl from panel control
 * 
 *    Rev 1.5   May 27 1999 19:42:12   chijen
 * add SWAP_PMW01
 * 
 *    Rev 1.4   May 26 1999 14:01:30   chijen
 * add FULL_SETMODE
 * 
 *    Rev 1.3   May 25 1999 15:51:04   chijen
 * add DRV_COMM_STRUCT
 * 
 *    Rev 1.2   May 14 1999 19:02:54   chijen
 * remove unused equates
 * 
 *    Rev 1.1   May 14 1999 17:57:24   chijen
 * add CursorData struc
 * 
 *    Rev 1.0   Feb 20 1999 21:32:34   yuhuan
 * Initial revision.
 */

#ifndef __MQSTRUC_H__
#define __MQSTRUC_H__

#ifdef SDBTESTS
enum EGPEFormat
{
    gpe1Bpp,
    gpe2Bpp,
    gpe4Bpp,
    gpe8Bpp,
    gpe16Bpp,
    gpe24Bpp,
    gpe32Bpp,
    gpe16YCrCb,
    gpeDeviceCompatible,
    gpeUndefined
};
typedef struct GPEModeTag {
    int             modeId;
    int             width;
    int             height;
    int             Bpp;
    int             frequency;
    EGPEFormat      format;
} GPEMode;
#endif SDBTESTS

//Data Structure for timing parameter of each resolution
//
typedef struct MQTimingParam
{
	USHORT		usResoX;				//X resolution
	USHORT		usResoY;				//Y resolution
	USHORT		usFreq;					//Frequency
	ULONG       ulHD;                  	//Horz display 1 control
	ULONG       ulVD;                  	//Vert display 1 control
	ULONG       ulHS;                  	//Horz sync 1 control
	ULONG       ulVS;                  	//Vert sync 1 control
	float       fPLLFreq;  	            //Clock Frequency
} MQ_TIMING_PARAM, *PMQ_TIMING_PARAM;

//Data Structure for PLL data
//
typedef struct PLLParam
{
	float		fFreq;					//Clock Frequency
	ULONG		ulPLLData;				//PLLx control
} MQ_PLL_PARAM, *PMQ_PLL_PARAM;

//Data structure for OEM-dependent information
//
typedef struct OEMInfo
{
	USHORT		usX;					//Desktop X resolution
	USHORT		usY;					//Desktop Y resolution
	USHORT		usVX;					//Viewport X resolution - LCD
	USHORT		usVY;					//Viewport Y resolution - LCD
	USHORT		usVXCrt;				//Viewport X resolution - CRT
	USHORT		usVYCrt;				//Viewport Y resolution - CRT
	USHORT		usFreq;					//LCD refresh rate
	USHORT		usFreqCrt;				//CRT refresh rate
	USHORT		usBPP;					//Color depth
	USHORT      usAWX;                 	//Alt Horz Window control
	USHORT      usAWY;                 	//Alt Vert Window control
	USHORT      usAWBPP;               	//Alt Window color depth
	USHORT      usCursorColor;			//Cursor color
	USHORT      usContrast;				//Initial contrast
	USHORT      usBright;				//Initial brightness
	ULONG			ulPWMControl;			//Contrast control   
	ULONG			ulOEMFlag;				//OEM/run-time flag
	ULONG       ulFPGPO;                //FP GPO control
	ULONG       ulFPGPIO;               //FP GPIO control
	ULONG       ulD1State;              //D1 state control
	ULONG       ulD2State;              //D2 state control
	ULONG       ulPLL2;                 //PLL2 Programming
	ULONG       ulPLL3;                 //PLL3 Programming
} OEM_INFO, *POEM_INFO;

//Data structure for MQ video mode
//- expand gpeMode to support QView
//- if usFreq2 == 0 then use GC1 only
//
typedef struct MQVideoMode
{
	GPEMode     gpeMode;                //Mode structure defined by GPE  
	USHORT		usFreq2;				//GC2 (LCD) frequency- 60Hz if 0
} MQ_VIDEO_MODE, *PMQ_VIDEO_MODE;

//Data structure for flat panel interface
//
#define FRC_PATTERN_CNT			32
#define FRC_WEIGHT_CNT			8
typedef struct FRCControl
{
	ULONG		ulFRCPattern[FRC_PATTERN_CNT];	//FRC pattern control
	ULONG		ulFRCWeight[FRC_WEIGHT_CNT];	//FRC weight control

} FRC_CONTROL_STRUC, *PFRC_CONTROL_STRUC;

typedef struct FPControl
{
	USHORT		usHoriSize;				//Flat panel hori size
	USHORT		usVertSize;				//Flat panel vert size
	ULONG       ulHD;                  	//Horz display control
	ULONG       ulVD;                  	//Vert display control
	ULONG       ulHS;                  	//Horz sync control
	ULONG       ulVS;                  	//Vert sync control
	float		fPLLFreq;				//PLLx Frequency
	ULONG		ulFPControl;			//Flat panel control
	ULONG		ulFPPinControl;			//Flat panel pin control
	ULONG		ulSTNControl;			//STN panel control
	//ULONG		ulPWMControl;			//Contrast control
	// moved to registry
} FP_CONTROL_STRUC, *PFP_CONTROL_STRUC;

typedef struct CURSOR_DATA
{
	ULONG	ulFlag;					// Copy of m_nMQFlag but contain run-time
									// info for cursor
	int		usGC1VPL;				// Left
	int		usGC1VPT;				// Top
	int		usGC1VPR;				// Right
	int		usGC1VPB;				// Bottom
	int		usGC2VPL;				// Left
	int		usGC2VPT;				// Top
	int		usGC2VPR;				// Right
	int		usGC2VPB;				// Bottom
	int		usGC1VPL2;				// Left
	int		usGC1VPT2;				// Top
	int		usGC1VPR2;				// Right
	int		usGC1VPB2;				// Bottom
	int		usGC2VPL2;				// Left
	int		usGC2VPT2;				// Top
	int		usGC2VPR2;				// Right
	int		usGC2VPB2;				// Bottom
	int		us1GCWidth;				//1/2 desktop for LargeDesktop
	int		us1GCHeight;				//1/2 desktop for LargeDesktop
	USHORT	usCursorOn;		//Cursor controlled by GC1 or/and 2
	USHORT	usCursorEnable;		//Cursor controlled by GC1 or/and 2
	USHORT	usStatus;		//Cursor status

} CURSOR_DATA_STRUC, *PCURSOR_DATA_STRUC;

//Data Structure for DDI and DDIDUMP communication
//
typedef struct DRV_COMM
{
	ULONG		ulFunction;
	ULONG		ulCommFlag;						// Communication flag

} DRV_COMM_STRUCT, *PDRV_COMM_STRUCT;

//Flag definition
#define PANEL_TYPE_MASK		0x000000ff 	//Panel type mask
#define PROCESSOR_MASK		0x00003f00 	//Mask of processor type (Outdated)
#define IS_SH3				0x00000000 
#define IS_SH4				0x00000100
#define IS_NEC				0x00000200
#define IS_SARM			0x00000300
#define IS_TOSHIBA		0x00000400
#define IS_PCI				0x00000500
#define LCD_ON				0x00010000	//LCD mode
#define CRT_ON				0x00020000	//CRT mode
#define LARGE_DESKTOP   	0x00040000	//Large desktop mode is on
#define INDEP_DISPLAY		0x00080000	//Independent display
#define SAME_IMAGE			0x00100000	//Use 2 GC but same image
#define USE_2GCs				0x001C0000	//2 GCs are used
#define USE_2GCs_MASK		0x001C0000	//mask for 2 GCs
#define LAYOUT_MODE_MASK	0x00600000	//Layout mode mask
#define NON_LAYOUT_MODE		0x00000000	//Non layout mode
#define LAYOUT_MODE_EVEN	0x00200000	//Layout mode even
#define LAYOUT_MODE_ODD		0x00400000	//Layout mode odd
#define LAYOUT_MODE_SCROLL	0x00600000	//Layout mode scroll
#define GAMMA_ENABLED		0x02000000	//Gamma (LCD or/and CRT) enabled
#define VERTICAL_LAYOUT		0x04000000	//Vertical layout for LargeDesktop
#define SWAP_PWM01			0x08000000	//PWM0:backlite,PWM1:contrast if set
#define HORI_LCD_CRT 		0x00000000	//QView hori arrangement
#define HORI_CRT_LCD 		0x10000000	//QView hori arrangement
#define VERT_CRT_LCD			0x20000000	//QView vert arrangement
#define VERT_LCD_CRT			0x30000000	//QView vert arrangement
#define POSITION_MASK		0x30000000	//Mask for LCD/CRT layout
#define FULL_SETMODE 		0x40000000	// Reboot for full set mode
#define GHOST_MODE_ACTIVE 	0x80000000	// In ghost mode (PowerPoint)
						                      

//Cursor location
#define AT_00_BY_GC1				1
#define AT_00_BY_GC2				2

#define ENABLE_GC1_CURSOR		1
#define ENABLE_GC2_CURSOR		2

#define HOT_AT_GC1				1
#define HOT_AT_GC2				2

#endif __MQSTRUC_H__