UTS6710/drivers/include/drv_blt_interface.h

#ifndef _BLT_IOCTL_H_
#define _BLT_IOCTL_H_

#include <linux/ioctl.h>
#include "drv_types.h"

#define BLT_CMD_TEXP							0x01 //Text Expansion
#define BLT_CMD_GEXP							0x02 //Graphic Expansion
#define BLT_CMD_CFILL							0x04 //Color Fill
#define BLT_CMD_CLUT							0x08 //CLUT DMA Update
#define BLT_CMD_SCL								0x10 //Stretch/Shrink
#define BLT_CMD_CP								0x20 //Source Copy
#define BLT_CMD_BLD								0x40 //Blending
#define BLT_CMD_SWINT							0x80 //SW Interrupt
#define BLT_CMD_LINE	            			0x00800004 //Line draw
#define BLT_CMD_ELLIPSE            	 			0x00400004 //
#define BLT_CMD_ANTI_ALIAS          			0x00000010
#define BLT_CMD_POLYGON_FILL      				0x00040040
#define BLT_CMD_GRADIENT_FILL    				0x00200004

#define BITS_PER_PIXEL_1						1
#define BITS_PER_PIXEL_2						2
#define BITS_PER_PIXEL_4						4
#define BITS_PER_PIXEL_8						8

#define BITS_PER_PIXEL_16						16
#define BITS_PER_PIXEL_24						24
#define BITS_PER_PIXEL_32						32

#define BYTE_PER_PIXEL_8						1
#define BYTE_PER_PIXEL_24						3

#define DRV_BITS_PER_PIXEL_1					1
#define DRV_BITS_PER_PIXEL_2					0
#define DRV_BITS_PER_PIXEL_4					2
#define DRV_BITS_PER_PIXEL_8					3
#define DRV_BITS_PER_PIXEL_16					4
#define DRV_BITS_PER_PIXEL_24					5
#define DRV_BITS_PER_PIXEL_32					6

//********* Ioctl Blt Rotation AP use  //x16 version define
#define ROT_DIRECTION_CLOCKWISE					1
#define ROT_DIRECTION_COUNTERCLOCKWISE			2
#define ROT_DIRECTION_HFLIP						3
#define ROT_DIRECTION_VFLIP						4
#define ROT_180_ANGLE							5


//********* x26 will let AP to use
#define MODE_2ROT_NORMAL				        0x70000000//copy  //add 0x200 for check only
#define MODE_2ROT_V_FLIP                      	0x70100000
#define MODE_2ROT_H_FLIP                      	0x70200000
#define MODE_2ROT_180_ANGLE						0x70300000
#define MODE_2ROT_90_ANGLE_H_FLIP           	0x70400000
#define MODE_2ROT_270_ANGLE						0x70500000
#define MODE_2ROT_90_ANGLE                    	0x70600000
#define MODE_2ROT_90_ANGLE_V_FLIP           	0x70700000

#define MODE_ALPHA_INVERT			           	0xE0100000
#define MODE_BILINEAR_ENABLE           			0xE0200000


//******** 368
//------   0x 1 1 8     =>
#define BLT_CPE_ALPHA_REPLACE_BSHIFT     		8
#define BLT_CPE_ALPHA_CHANGE_BSHIFT      		16
#define BLT_CPE_ROTE_BSHIFT      				17
#define BLT_CPE_ALPHA_REPLACE_ENABLED_BSHIFT    23
#define BLT_CPE_ALPHA_INVERSE_BSHIFT     		24
#define BLT_CPE_DITHER_ENABLED_BSHIFT     		25
#define BLT_CPE_FUN_SHIFT     					20   //22:20
#define BLT_CPE_FUN_CP            				0
#define BLT_CPE_FUN_COMPRE   					1
#define BLT_CPE_FUN_DE_COM   					2
#define BLT_CPE_FUN_MERGE     					3
#define BLT_CPE_FUN_ROP          				4

//********	COMPRESS
#define BLT_CP_COMPRESS_16A   					0x00
#define BLT_CP_FUNC_MASK     					0x07  //22:20
#define BLT_CP_COMPRESS_EN 						0x01  //22:20   001b
#define BLT_CP_COMPRESS_DE 						0x02  //22:20   010b
#define BLT_CP_COMPRESS_INVERSE_EN 				0x05  //22:20   101b
#define BLT_CP_COMPRESS_EN_NEW 					0x06  //22:20   110b
#define BLT_CP_COMPRESS_INVERSE_EN_NEW 			0x07  //22:20   111b

#define BLT_COMP_SATRT_ADDR     				13    	//13

//------   0x 1 3 0      =>
#define BLT_CPE_TYPE_SHIFT     					8    	//12:8
#define BLT_CPE_TYPE_ARGB8565_ARGB8565   		0x00
#define BLT_CPE_TYPE_ARGB8565_ARGB4444			0x01
#define BLT_CPE_TYPE_8565_2222           		0x02
#define BLT_CPE_TYPE_ARGB8565_RGB565        	0x03
#define BLT_CPE_TYPE_MERGE_NORMAL       		0x04
#define BLT_CPE_TYPE_MERGE_420_YUV      		0x05
#define BLT_CPE_TYPE_MERGE_422_YUV      		0x25    //13 12:8
#define BLT_CPE_TYPE_MERGE_444_YUV      		0x06
#define BLT_CPE_TYPE_MERGE_420_VIP       		0x07
#define BLT_CPE_TYPE_MERGE_422_VIP       		0x27	//13 12:8
#define BLT_CPE_TYPE_MERGE_444_VIP      		0x107	//16 12:8
#define BLT_CPE_TYPE_MERGE_Gray_VIP      		0x207	//17
#define BLT_CPE_TYPE_RGBA8888_ARGB8565    		0x08
#define BLT_CPE_TYPE_RGB888_ARGB8565        	0x09
#define BLT_CPE_TYPE_RGBA5551_ARGB8565    		0x0a
#define BLT_CPE_TYPE_RGBA4444_ARGB8565    		0x0b
#define BLT_CPE_TYPE_RGB565_ARGB8565        	0x0c
#define BLT_CPE_TYPE_LA88_ARGB8565        		0x0d
#define BLT_CPE_TYPE_L8_ARGB8565      			0x0e
#define BLT_CPE_TYPE_A8_ARGB8565       			0x0f
#define BLT_CPE_TYPE_ARGB8888_ARGB8565    		0x10
#define BLT_CPE_TYPE_ARGB4444_ARGB8565   		0x11
#define BLT_CPE_TYPE_ARGB8565_A8      			0x12
#define BLT_CPE_TYPE_ARGB8565_L8      			0x13
#define BLT_CPE_TYPE_ARGB8565_L8_Gray  			0x14
#define BLT_CPE_TYPE_ABGR8888_ARGB8565  		0x15
#define BLT_CPE_TYPE_A8Y8_ARGB8565  			0x16
#define BLT_CPE_TYPE_L8_ARGB8555      			0x17
#define BLT_CPE_TYPE_ARGB8888_ARGB8888  		0x19
#define BLT_CPE_TYPE_ABGR8888_ARGB8888  		0x1a
#define BLT_CPE_TYPE_RGB888_ARGB8888    		0x1b
#define BLT_CPE_TYPE_RGB565_ARGB8888    		0x1c
#define BLT_CPE_TYPE_ARGB8888_RGB565    		0x1d
#define BLT_CPE_TYPE_ARGB8888_ARGB1555 			0x1e
#define BLT_CPE_TYPE_ARGB8565_ARGB1555 			0x1f

//Enable format mode for scaling, blending, scaling&blending, and compress after 331
#define BLT_CPE_MODE_SHIFT     					6    	//7:6
#define BLT_CPE_MODE_ARGB1555					0x1
#define BLT_CPE_MODE_ARGB4444					0x2


#define BLT_COMPARE_ARGB8565_ARGB8888    		0x80000000 //
#define BLT_COMPARE_ARGB4444_ARGB8565    		(0x80000000 +BLT_CPE_TYPE_ARGB4444_ARGB8565)
#define BLT_COMPARE_ARGB8565_ARGB4444    		(0x80000000 +BLT_CPE_TYPE_ARGB8565_ARGB4444)\

//******** 358
#define BLT_H264MERGE_NORMAL    				0x00180000  //not change OSD has use
#define BLT_H264MERGE_420_YUV   				0x001a0000  //not change OSD has use
#define BLT_H264MERGE_422_YUV   				0x001b0000  //not change OSD has use
#define BLT_H264MERGE_444_YUV   				0x001c0000  //not change OSD has use
#define BLT_H264MERGE_420_VIP   				0x001d0000 // 368
#define BLT_H264MERGE_422_VIP   				0x001e0000 // 368
#define BLT_H264MERGE_444_VIP   				0x00190000 // 368
#define BLT_H264MERGE_Gray_VIP   				0x00200000 


#define BLT_CURSOR_DATA_SW_SIZE  				(64 * 64 * 3) // 8 5 6 5                        //12288  0x3000
#define BLT_CURSOR_DATA_HW_SIZE  				(64 * 0x100) // It must 2 5 6 alig_ment   //16384 0x4000

//Androi_d Virtual Screen Width/Height
//taco [ocean blue]
#ifdef CONFIG_FB1366_768
	#define PS_AND_WIDTH						1366
	#define PS_AND_HEIGHT				 		768
#endif
#ifdef CONFIG_FB720
	#define PS_AND_WIDTH						1280
	#define PS_AND_HEIGHT				 		720
#endif
#ifdef CONFIG_FB1080
	#define PS_AND_WIDTH						1920
	#define PS_AND_HEIGHT						1080
#endif
#ifdef CONFIG_FB768
	#define PS_AND_WIDTH						1024
	#define PS_AND_HEIGHT				 		768
#endif
#if !defined(PS_AND_WIDTH) || !defined(PS_AND_HEIGHT)
	#define PS_AND_WIDTH						1920
	#define PS_AND_HEIGHT						1080
#endif

//~taco [ocean blue]
//CC Virtual Screen Width/Height
#define PS_CC_WIDTH								16*34//16*32//720
#define PS_CC_HEIGHT							26*15//576

//Subtitle Virtual Screen Width/Height
#define PS_SUBTITLE_WIDTH						720
#define PS_SUBTITLE_HEIGHT						576

//Teletex Virtual Screen Width/Height
#define PS_TT_WIDTH								12*40//720
#define PS_TT_HEIGHT							10*25//576

//Menu Virtual Screen Width/Height
#define PS_MENU_WIDTH							683//600//720
#define PS_MENU_HEIGHT							384//300//576

#define PS_MEDIA_WIDTH						1366
#define PS_MEDIA_HEIGHT					768

//OSDGAME Virtual Sceen Width/Height
#define PS_GAME_WIDTH       640
#define PS_GAME_HEIGHT       480


#define OSD_PIXEL_DEPTH							24 			// bits per pixel(RGB(5:6:5) + 8-bit Alpha
#define OSD_PIXEL_DEPTH_IN_BYTE					3			//(OSD_PIXEL_DEPTH / 8)

#define OSD_FAILURE								0
#define OSD_SUCCESS								1

//for update opton Show effect mode
#define UPDATE_NOW                      		0x01
#define UPDATE_FADE_IN                  		0x02
#define UPDATE_FADE_OUT                 		0x04
#define UPDATE_FADE_MOV                 		0x08
#define UPDATE_PULL_DOWN_IN          			0x10
#define UPDATE_PULL_DOWN_OUT       				0x20
#define UPDATE_PULL_UP_IN               		0x40
#define UPDATE_PULL_UP_OUT             			0x80

#if 1//ENABLE_BLT_FADE_IN_OUT
//pull I_O => hide mov_in  +  dis_play mov_out
#define UPDATE_PULL_I_O_2DOWN  					0x0100
#define UPDATE_PULL_I_O_2UP        				0x0200
#define UPDATE_PULL_I_O_2LEFT    				0x0400
#define UPDATE_PULL_I_O_2RIGHT  				0x0800
#define UPDATE_PULL_I_O_DIR_MASK  				(UPDATE_PULL_I_O_2DOWN|UPDATE_PULL_I_O_2UP|UPDATE_PULL_I_O_2LEFT|UPDATE_PULL_I_O_2RIGHT) //driver only
#endif

#define TEXT_MODE_ITALIC						0x00000001
#define TEXT_MODE_UNDERLINE				        0x00000002
#define TEXT_MODE_DOUBLE_WIDTH			    	0x00000004
#define TEXT_MODE_DOUBLE_HEIGHT			 		0x00000008
#define TEXT_MODE_FLASH					        0x00000010 	//Don't set FLASH directly, Set the following flash mode instead
#define TEXT_MODE_FLASH_FG_TO_BG		   		(0x00000020 | TEXT_MODE_FLASH)
#define TEXT_MODE_FLASH_FG_INVERT	   			(0x00000040 | TEXT_MODE_FLASH)
#define TEXT_MODE_FLASH_FG_BG_INVERT			(0x00000080 | TEXT_MODE_FLASH)
#define TEXT_MODE_SCROLL				        0x00000100	//Don't set SCROLL directly, set the following scroll mode instead
#define TEXT_MODE_SCROLL_UP				       	(0x00000200 | TEXT_MODE_SCROLL)
#define TEXT_MODE_SCROLL_DOWN			    	(0x00000400 | TEXT_MODE_SCROLL)
#define TEXT_MODE_SCROLL_LEFT			        (0x00000800 | TEXT_MODE_SCROLL)
#define TEXT_MODE_SCROLL_RIGHT			    	(0x00001000 | TEXT_MODE_SCROLL)
#define TEXT_MODE_LARGE_FONT			        0x00002000
#define TEXT_MODE_SMALL_FONT			        0x00004000
#define TEXT_MODE_ITALIC_HEAD			        (0x00008000 | TEXT_MODE_ITALIC)
#define TEXT_MODE_ITALIC_TAIL			        (0x00010000 | TEXT_MODE_ITALIC)
#define TEXT_MODE_FORCE_COVER			        0x00020000  // for C_C will trans_patent window
#define TEXT_MODE_FLASH_FG_TO_BG_PHASE_INVERT	(0x00040000 | TEXT_MODE_FLASH)
#define TEXT_MODE_FLASH_FG_TO_USERDEF			(0x00080000 | TEXT_MODE_FLASH)
#define TEXT_MODE_FLASH_RATE_SLOW				0
#define TEXT_MODE_FLASH_RATE_FAST_PHASE_1		0x00100000
#define TEXT_MODE_FLASH_RATE_FAST_PHASE_2		0x00200000
#define TEXT_MODE_FLASH_RATE_FAST_PHASE_3		0x00300000
#define TEXT_MODE_FLASH_RATE_MASK				0x00300000
#define TEXT_MODE_EDGE_RIGHT_DROP       		0x01000000  // S/W mode only
#define TEXT_MODE_EDGE_RAISED                	0x02000000 // S/W mode only
#define TEXT_MODE_EDGE_DEPRESSED          		0x04000000 // S/W mode only
#define TEXT_MODE_EDGE_UNIFORM     	     		0x08000000  // S/W mode only
#define TEXT_MODE_EDGE_LEFT_DROP	         	0x10000000  // S/W mode only
#define TEXT_MODE_EDGE_BY_HW                 	0x20000000 // should set by OSD_lib
#define TEXT_MODE_EDGE_SW_ENABLE  				(TEXT_MODE_EDGE_RIGHT_DROP|TEXT_MODE_EDGE_RAISED|TEXT_MODE_EDGE_DEPRESSED|TEXT_MODE_EDGE_UNIFORM|TEXT_MODE_EDGE_LEFT_DROP) // for blt driver only

#define TEXT_FOREGROUND							0
#define TEXT_BACKGROUND							1
#define TEXT_EDGE								2
#define TEXT_SHADOW								3
 //special use in TEXT_MODE_FLAHS_FG_TO_USERDEF to define customize flash color
#define TEXT_USERDEF_FOREGROUND					2
#define TEXT_USERDEF_BACKGROUND					3
#define TEXT_MODE_2ROT_NORMAL				 	0x40000000
#define TEXT_MODE_2ROT_V_FLIP                   0x40100000
#define TEXT_MODE_2ROT_H_FLIP                   0x40200000
#define TEXT_MODE_2ROT_180_ANGLE			   	0x40300000
#define TEXT_MODE_2ROT_90_ANGLE_H_FLIP          0x40400000
#define TEXT_MODE_2ROT_270_ANGLE			   	0x40500000
#define TEXT_MODE_2ROT_90_ANGLE                 0x40600000
#define TEXT_MODE_2ROT_90_ANGLE_V_FLIP          0x40700000

#define BLT_MAX_PRIORITY_NUM 					8

//---------------------------------------------------------------------------------------

typedef enum
{
	PS_BOTTOM		=0,
	PS_ANDROID,
	PS_CC,
	PS_SUBTITLE,
	PS_TT,
	PS_EX_TT,
	PS_OSD_GAME,
	PS_ESTICKER,
	PS_MEDIA,
	PS_MENU,
	PS_KEYPAD,
	PS_BLTAP,
	PS_PLANE_NUM,
	PS_REDO,
	PS_FLASH,
	PS_IOCTL
}PLANE_STYLE;

typedef enum
{
	MODE_ORIGINAL	=0,
	MODE_EBOOK,
	MODE_GAME,
	MODE_NUM
}MEMORY_MODE;

///////////////////////Color Look Up Table///////////////////////////////////
typedef enum
{
	CR_ALPHA,
	CR_RED,
	CR_GREEN,
	CR_BLUE
}COLOR_STYLE;

typedef enum
{
	CLUT_TYPE_ARGB,
	CLUT_TYPE_AYCC
}CLUT_TYPE;

enum  //IOCTL MULTI FUNC
{
	IMF_CUR_DATA_CHANGE_BY_BLT = 1, //should not use
	IMF_CUR_DATA_CHANGE_BY_AP ,    //  size = 64 x 64 *3
	IMF_CUR_DATA_CHANGE_BY_BLT_HALF_W ,
	IMF_CUR_DATA_CHANGE_BY_BLT_HALF_H,
	IMF_PDP_CHNAGE_SIT
};

typedef enum
{
	OSD_SSE_MOVE_FROM_LAST           		= 0,   // not change use last value
	OSD_SSE_MOVE_FROM_LEFT               	= 0x1, //notice:: depend on iotcl.h
 	OSD_SSE_MOVE_FROM_UP                   	= 0x2,
 	OSD_SSE_MOVE_FROM_RIGHT             	= 0x3,
 	OSD_SSE_MOVE_FROM_DOWN             	 	= 0x4,
	OSD_SSE_MOVE_FROM_LEFT_UP          		= 0x5,
	OSD_SSE_MOVE_FROM_RIGHT_UP        		= 0x6,
	OSD_SSE_MOVE_FROM_LEFT_DOWN     		= 0x7,
	OSD_SSE_MOVE_FROM_RIGHT_DOWN  			= 0x8,
	OSD_SSE_MOVE_FROM_XY                    = 0x9, //selt set
}OSD_SSE_MOVE_IN_DIRECTION; // Show Special Effect

typedef enum
{
	OSD_SSE_MOVE_TO_LAST                    = 0x0,  // not change use last value
	OSD_SSE_MOVE_TO_LEFT                    = 0x11,
	OSD_SSE_MOVE_TO_UP                      = 0x12,
	OSD_SSE_MOVE_TO_RIGHT               	= 0x13,
	OSD_SSE_MOVE_TO_DOWN                   	= 0x14,
	OSD_SSE_MOVE_TO_LEFT_UP               	= 0x15,
	OSD_SSE_MOVE_TO_RIGHT_UP             	= 0x16,
	OSD_SSE_MOVE_TO_LEFT_DOWN          		= 0x17,
	OSD_SSE_MOVE_TO_RIGHT_DOWN        		= 0x18,
	OSD_SSE_MOVE_TO_XY                      = 0x19, //selt set
}OSD_SSE_MOVE_OUT_DIRECTION; // Show Special Effect

typedef enum
{	//For use to recognize the font type, used to translate the index between unicode and font table
	FONT_TT = 1,
	FONT_TT_ITALIC, // 2
	FONT_CAPTION,  // 3
	FONT_CAPTION_ITALIC, // 4
	FONT_SYSTEM, // 5
	FONT_EPG = FONT_SYSTEM, // 5
	FONT_CHINESE, // 6
	FONT_CCSTYLE, // 7
	FONT_CUSTOM, // 8
	FONT_MULTI_LANG0  // 9 //2081126
}FONT_TYPE;

//---------------------------------------------------------------------------------------

typedef struct
{
	UINT8 crBlue;
	UINT8 crGreen;
	UINT8 crRed;
	UINT8 crAlpha;
}COLOR_ARGB, *PCOLOR_ARGB;

typedef enum
{
	RGB_888=0,
	BGR_888,
	YUV_888,
}DATA_FORMAT;

typedef struct
{
	union
	{
		ULONG  argb;
		ULONG  aycc;
		COLOR_ARGB	argb_byte;
	};
}COLOR_ENTRY, *PCOLOR_ENTRY;

typedef struct
{
	ULONG  ClutType:8; //CLUT_TYPE_ARGB: ARGB(8,8,8,8), CLUT_TYPE_AYCC: AYCC(8,8,8,8)
	ULONG  StartEntry:8;
	ULONG  EntryNums:16; // 1 ~ 255

	COLOR_ENTRY Entry[1];
}CLU_TABLE, *PCLU_TABLE;

typedef struct
{
	ULONG  a565:24;
	ULONG  Reserved_1:8;
}COLOR_A565, *PCOLOR_A565;

typedef struct
{
	ULONG  blue:5;
	ULONG  green:6;
	ULONG  red:5;
	ULONG  alpha:8;
	ULONG  Reserved_2:8;
}COLOR_A565_BYTE;

typedef struct
{
	union{
		COLOR_A565 ClrA565;
		COLOR_A565_BYTE ClrA565Byte;
	};
}COLOR_24BIT;

/////////////////////////////////////////////////////////////////////////////

typedef struct _tagPOINT_
{
	UINT32 nX:16;
	UINT32 nY:16;
}S_POINT,* PS_POINT;

typedef struct _tagSIZE_
{
	UINT32 nWidth:16;
	UINT32 nHeight:16;
}S_SIZE,* PS_SIZE;

typedef struct _tagBlock_
{
	S_POINT TopLeftPt;
	S_SIZE Size;
}S_BLOCK,* PS_BLOCK;

typedef struct _tagRECTANGLE_
{
	UINT32 nLeft:16;
	UINT32 nTop:16;
	UINT32 nRight:16;
	UINT32 nBottom:16;
}S_RECT,*PS_RECT;

/*//////////////////////////// Font Table ///////////////////////////////////

  Font	--->	----------------- \
  Address		|  Char Code 0  |  Font Offset, every char code should have the same Font Offset
                ----------------- /
                |  Char Code 1  |
                -----------------
                        |
                        |
                -----------------
                |  Char Code N  |
                -----------------
*///////////////////////////////////////////////////////////////////////
typedef struct
{
	//The byte length of the character, if it's not byte aligend, rounded up to
	//the nearest byte size.
	//For example, a 13*18, 2 bit per pixel font should have 468 bits.
	//CharLen = 59 byte(actual 58.5 byte)
	//CharW = 13
	//CharH = 18
	ULONG  CharLen:16;
	ULONG  CharW:8; 		//number of columns of the character
	ULONG  CharH:8; 		//number of rows of the character
	UINT8 CharBmp[1]; 	//Should allocate size as FontOffset for each CHAR_CODE
}CHAR_CODE, *PCHAR_CODE;

typedef struct
{
  	ULONG  FontOffset:16; 		//FontOffset value should be 16-byte aligned
  	ULONG  BitsPerPixel:8;		//Value should be 1 or 2.
                                	//For 1bpp, 0 is background color, 1 is foreground color
                                	//For 2bpp, in addition to 0 and 1,
                                	//2 means shadow color and 3 means the edge color
									//4 may be used in TT 12x10x4, 6x5x4 DRCS
	ULONG  FontType:8;			//Enum values defined in FONT_TYPE
	UINT32 (*IndexTransformFun)(ULONG );
									//If the index of the unicode character is not the same to
									//the index of the font table, the value will not be NULL.
									//It'll be the function pointer that transform the index of
									//unicode character to the index of the font table
	UINT32 reserved1;
	ULONG  reserved2:16;
	ULONG  CharNums:16; 		//Char numbers of the font table
	CHAR_CODE	Char[1];			//Font address should be 16-byte aligned
}FONT_TABLE, *PFONT_TABLE;

/////////////////////////////////////////////////////////////////////////////

typedef struct
{
	//If pCluTable is NULL, the following 4 color entry represents the real ARGB value of Backgournd, forground, edge and shadow color. if pCluTable is not NULL, the following 4 color represents the index of the color look up table. In the last case, only low byte is used. Cause the maximum index of the CLUT is 256.
	PCLU_TABLE	pCluTable;
	COLOR_ENTRY Color[4]; //represent TEXT_BACKGROUND, TEXT_FOREGROUND, TEXT_EDGE and TEXT_SHADOW respectively
	ULONG  TextMode; //eg. italic, flash, double width, double height, etc, the value could be XORed with the pre-defined TEXT_MODE_XXX value
}TEXT_ATTRIBUTE, *PTEXT_ATTRIBUTE;

typedef struct
{
	PFONT_TABLE 	pFontTable;
	PTEXT_ATTRIBUTE	pTextAttrib;
	S_BLOCK DestBlock;
	S_SIZE fontStrExpSize; // for Str _ Ex will as "Texp size"  vs "virture" vs "true size"
	ULONG  TextCount;
	union{
		UINT8 * pCharByte; //if pFontTable->CharNums <= 256, use pCharByte
		UINT16 * pCharUnicode; //if pFontTable->CharNums > 256, use pCharUnicode
	};
}OSD_TEXT, * POSD_TEXT;

typedef struct _BLT_CMD_UNIT_
{
	ULONG  BltCmd;
	void * pParam; //pass the following corresponding data structure with the BltCmd
	ULONG  option[2];//option[0]has used for 1 bit
}BLT_CMD_UNIT, *PBLT_CMD_UNIT;

typedef struct _BLT_IOCTL_PARAM_
{
	INT32 BlockIndex; //returned from driver
	ULONG  bDisplay:8;
	ULONG  Ps:7;
	ULONG  bUsePTS:1;
	ULONG  BltCmdNums:16;
	ULONG  priority;
	ULONG  Pts;
	ULONG  PtsTimeOut;
	BLT_CMD_UNIT * pBltCmdUnit;
}BLT_IOCTL_PARAM, *PBLT_IOCTL_PARAM;

typedef struct _BLT_IOCTL_MULTI_FUNC_
{
	ULONG  functionMode;
	ULONG  oneValue;
	ULONG  moreDataSize;
	INT8 *pData;
}BLT_IOCTL_MULTI_FUNC, *PBLT_IOCTL_MULTI_FUNC;

typedef struct _CFILL_UNIT_
{
// the coordinate is relative to CFILL block Coordinate
	S_BLOCK RelBlock;
	ULONG  Argb565Clr:24; //A:r:g:b 8:5:6:5
	ULONG  Reserved_2:8;
}CFILL_UNIT, *PCFILL_UNIT;

#define CFILL_TYPE_BLOCK			0
#define CFILL_TYPE_BACKGROUND		1

typedef struct _CFILL_PARAM_
{
	INT32 DestBlockId; //Returned from Driver
	INT32 CFillType; //0 : Normal Object, 1:Background
//Coordinate relative to the virtual screen of the specified plane
//Maximum CFill Size relative to the virtual screen of the specified plane
	S_BLOCK DestBlock;
	ULONG  CFillUnitNums;
	CFILL_UNIT * pCfillUnit;
}CFILL_PARAM, *PCFILL_PARAM;

typedef struct _CLUT_PARAM_
{

	ULONG  IsYCC:1; //1         //1: YCC, 0: RGB
	ULONG  Reserved_1:7;
	ULONG  DestStartEntry:8; // Starting Entry Index to fill, 0~0xff, DestStartEntry+ClutEntryNum should be <= 256
	ULONG  ClutEntryNum:16; //1 // 1 ~ 256
	COLOR_ENTRY * pClutEntry;

/*
	ULONG  DestStartEntry:8; // Starting Entry Index to fill, 0~0xff, DestStartEntry+ClutEntryNum should be <= 256
	ULONG  Reserved_1:24;
	CLU_TABLE Clut;
*/
}CLUT_PARAM, *PCLUT_PARAM;

typedef struct _MEMORY_PARAM_
{
	ULONG  phyAddr;
	ULONG  Size;
}MEMORY_PARAM, *PMEMORY_PARAM;

typedef struct _GEXP_PARAM_
{
//	PLANE_STYLE Ps;
	ULONG  SrcAddr;
	ULONG  MMUEnable;
	ULONG  SrcAddr2; //NULL if the bitmap is not interlaced, usually used in subtitle
	ULONG  MMUEnable2;
	S_SIZE SrcSize;
	S_SIZE WishSize;
	UINT8 alphaOld;
	UINT8 alphaNew;
	S_POINT DestLeftTopPt;
	PCLUT_PARAM pClut; //Used when ClutEn is 1
	COLOR_24BIT DclrARGB565[4]; //argb Only, not used when ClutEn is 1
//	ULONG  DclrARGB565:24;
	ULONG  SrcBPP:3;
	ULONG  DclrRoute:3; // Dclr Set value : 0 ~ 5
	ULONG  ClutEn:1; //0: Disable CLUT(using Dclr Mode), 1: Enable CLUT
	ULONG  Reserved_1:25;
	ULONG  Mode;
	INT32 DestBlockId; //Returned from Driver
}GEXP_PARAM, *PGEXP_PARAM;

typedef struct _GEXPDFB_PARAM_
{
	ULONG  SrcAddr;
	ULONG  DestAddr; //NULL if the bitmap is not interlaced, usually used in subtitle
	ULONG  DestOffset;
	UINT32 SrcWidth:16;
	UINT32 SrcHeight:16;
	PCLUT_PARAM pClut; //Used when ClutEn is 1
	ULONG  SrcBPP:3;
	ULONG  Reserved_1:29;
	INT32 DestBlockId; //Returned from Driver
}GEXPDFB_PARAM, *PGEXPDFB_PARAM;

typedef struct _TEXP_PARAM_
{
//	PLANE_STYLE Ps;
	INT32 DestBlockId; //Returned from Driver
	OSD_TEXT OsdText;
}TEXP_PARAM, *PTEXP_PARAM;

typedef struct _BLD_PARAM_
{
//	PLANE_STYLE Ps;
	INT32 SrcBlockId; //Set by UI
	INT32 DestBlockId; //Set by UI, if 0 means blend to the Plane
	ULONG  SrcPosX:16; //PosX in Src position
	ULONG  SrctPosY:16; //PosY in Src Position
	ULONG  SrcWidth:12; //in Pixel
	ULONG  SrcHeight:12; //in Pixel
	ULONG  Reserved_1:8;
	ULONG  DestPosX:16; //PosX in Dest Position
	ULONG  DestPosY:16; //PosY in Dest Position
}BLD_PARAM, *PBLD_PARAM;

typedef struct _SCL_PARAM_
{
//	PLANE_STYLE Ps;
	INT32 SrcBlockId;
	INT32 DestBlockId; //Returned from driver
	ULONG  SrcPosX:16; //PosX in Src Position
	ULONG  SrctPosY:16;//PoxY in Src Position
	ULONG  SrcWidth:12; //in Pixel
	ULONG  SrcHeight:12; //in Pixel
	ULONG  Reserved_1:8; //End of Dword
	ULONG  DestWidth:12; //in Pixel
	ULONG  DestHeight:12; //in Pixel
	ULONG  Reserved_2:8; //End of Dword
	ULONG  DestOffset:14; //in Byte, if 0 or too small then would be decided by driver
	ULONG  Reserved_3:18; //End of Dword
}SCL_PARAM, *PSCL_PARAM;


typedef struct _CP_PARAM_
{
//	PLANE_STYLE Ps;
	INT32 SrcBlockId;
	INT32 DestBlockId; //Returned from driver
	ULONG  SrcWidth:12; //in Pixel
	ULONG  SrcHeight:12; //in Pixel
	ULONG  Reserved_1:8; //End of Dword
	ULONG  DestOffset:14; //in Byte, if 0 or too small then would be decided by driver
	ULONG  Reserved_2:18; //End of Dword
}CP_PARAM, *PCP_PARAM;

/////////////////////////////////////////////////////////////////////
typedef struct _REMOVE_BLOCK_IOCTL_PARAM_
{
	PLANE_STYLE Plane;
	INT32 BlockType; //-1 means all
	ULONG  bUpdate:16; //if bUpdate = 0, do not update display screen, otherwise, display screen will be updated.
	ULONG  bFound:8; //Return from Driver
	ULONG  Reserved:8;
	INT32 RmBlkNums; //If 0 means all, the pRmBlockIndex will be ignored, otherwize it means the nums of the pDispBlockIndex nums
	INT32 * pRmBlockIndex;
}REMOVE_BLOCK_IOCTL_PARAM, *PREMOVE_BLOCK_IOCTL_PARAM;

typedef struct _REMOVE_SHOW_GROUP_IOCTL_PARAM_
{
	PLANE_STYLE Plane;
	ULONG  bUpdate:16; //if bUpdate = 0, do not update display screen, otherwise, display screen will be updated.
	ULONG  bFound:8; //Return from Driver
	ULONG  Reserved:8;
	INT32 RmBlkNums;
	INT32 * pRmBlockIndex;
	S_POINT *pRmsPt;
}REMOVE_SHOW_GROUP_IOCTL_PARAM, *PREMOVE_SHOW_GROUP_IOCTL_PARAM;

typedef struct _DISPLAY_BLOCK_IOCTL_PARAM_
{
	PLANE_STYLE Plane;
	INT32 BlockType; //-1 means all
	ULONG  bUpdate:16; //if bUpdate = 0, do not update display screen, otherwise, display screen will be updated immediately.
	ULONG  bFound:8; //Return from Driver
	ULONG  Reserved:8;
	INT32 DispBlkNums; //If 0 means all, the pDispBlockIndex will be ignored, otherwize it means the nums of the pDispBlockIndex nums
	INT32 * pDispBlockIndex;
}DISPLAY_BLOCK_IOCTL_PARAM, *PDISPLAY_BLOCK_IOCTL_PARAM;

typedef struct _MOVE_BLOCK_IOCTL_PARAM_
{
	PLANE_STYLE Plane;
	INT32 BlockIndex;
	S_POINT DestPt; //Dispaly Postion, each -1 value of nX or nY means no change
	S_BLOCK SrcBlock; //If you want to display partial of the src block, set the top-left point and size of the block, if it's left unchanged, set the value to -1
	ULONG  bUpdate:16;
	ULONG  bFound:8; //Return from driver, 0 means cann't find the block
	ULONG  Reserved:8;
}MOVE_BLOCK_IOCTL_PARAM, *PMOVE_BLOCK_IOCTL_PARAM;

/////////////////////////////////////////////////////////////////////
typedef struct _RESERVED_FONT_INFO_
{
	ULONG  ReservedAddr;
	ULONG  ReservedSize;
	ULONG  AvailableAddr;
	ULONG  RequiredFontSize;
	ULONG  RequiredMode;      //2081126 =>
}RESERVED_FONT_INFO, *PRESERVED_FONT_INFO;

#define OSD_FONT_SITE_AT_0  0  // use same addr range
#define OSD_FONT_SITE_ORDER 1  // use other addr range

#define OSD_FONT_MULTI_LANG0_SIZE 150*1024   //2081126 <=

typedef struct _RGB_3TO4_TRANSFORM_
{
	ULONG  SrcAddr;
	ULONG  Width;
	ULONG  Height;
	ULONG  SrcLineOffset;
	ULONG  DestAddr;
	ULONG  DestLineOffset;
}RGB_3TO4_TRANSFORM, *PRGB_3TO4_TRANSFORM;

typedef struct _RGBYCC_SCALING_
{
	ULONG  SrcAddr;
	ULONG  SrcWidth;
	ULONG  SrcHeight;
	ULONG  SrcLineOffset;
	ULONG  DestAddr;
	ULONG  DestWidth;
	ULONG  DestHeight;
	ULONG  DestLineOffset;
	ULONG  TempAddr;
	ULONG  DataFormat;
#ifdef BLT_HAPS
	ULONG  MMU_Enable_line;
	ULONG  TypeBits:5;
	ULONG  Blending;
	ULONG  Srcbpp;
	PCLUT_PARAM pClut; //Used when ClutEn is 1
#endif
}RGBYCC_SCALING, *PRGBYCC_SCALING;

typedef struct _RGBYCC_SCALING_MODES_
{
	ULONG  SrcAddr;
	ULONG  SrcWidth;
	ULONG  SrcHeight;
	ULONG  SrcLineOffset;
	ULONG  DestAddr;
	ULONG  DestWidth;
	ULONG  DestHeight;
	ULONG  DestLineOffset;
	ULONG  Mode; // Dithering:1 [10]  InterAlgorithm:1 [9]    Dithering:1 [8] TypeBits:5 [4:0]
}RGBYCC_SCALING_MODES, *PRGBYCC_SCALING_MODES;

typedef struct _OSDPLANE_SETTING_
{
	PLANE_STYLE Ps;
	S_SIZE VirtualScrSize;
	S_BLOCK OsdPlaneBlock;
}OSDPLANE_SETTING, *POSDPLANE_SETTING;

typedef struct _OSDPLANE_DISPLAYSIZE_
{
	PLANE_STYLE Ps;
	S_POINT sPt;
	S_SIZE DisplaySize;
}OSDPLANE_DISPLAYSIZE, *POSDPLANE_DISPLAYSIZE;

typedef struct _BLT_MEMCOPY_
{
	ULONG  SrcAddr;
	ULONG  SrcWidth;
	ULONG  SrcHeight;
	ULONG  SrcLineOffset;
	ULONG  DestAddr;
	ULONG  DestLineOffset;
}BLT_MEMCOPY, *PBLT_MEMCOPY;

typedef struct _BLT_MEMCOPY_EX_
{
	ULONG  SrcAddr;
	ULONG  SrcWidth;
	ULONG  SrcHeight;
	ULONG  SrcLineOffset;
	ULONG  DestAddr;
	ULONG  DestLineOffset;
	ULONG  Option;
}BLT_MEMCOPY_EX, *PBLT_MEMCOPY_EX;

typedef struct _BLT_CONCENTRATE_  // com_press 3
{
	ULONG  SrcAddr;
	ULONG  SrcWidth;
	ULONG  SrcHeight;
	ULONG  SrcLineOffset;
	ULONG  DestAddr;
	ULONG  DestLineOffset;
	ULONG  Option;
	ULONG  OutOption;
	ULONG  UpperBboundAddr;
}BLT_CONCENTRATE, *PBLT_CONCENTRATE;

typedef struct _BLT_OSC_EVEN_
{
	ULONG  cursorX;
	ULONG  cursorY;
	ULONG  cursorW; //picture W
	ULONG  cursorH; //picture H
	ULONG  phyAddress; //when only chagne set value  if set 0 => not chane
	ULONG  turnOn;   //when only chagne set 1
	ULONG  turnOff;  //when only chagne set 1
	ULONG  lineOffset;
}BLT_OSC_EVEN, *PBLT_OSC_EVEN;

typedef struct _BLT_OSC_MOVE_     //O  SC  02
{
	ULONG  Hds;
	ULONG  Vds;
	ULONG  Hde;
	ULONG  Vde;
	ULONG  address; //
	//ULONG  byteOffset; // odd, even
	ULONG  InversePICAddr; //   , when inver_se PIC to use  ; SW inver_se
	ULONG  InversePICOffset; //   , when inver_se PIC to use ; SW inver_se
}BLT_OSC_MOVE, *PBLT_OSC_MOVE;

typedef struct _BLT_OSC_INI_ //ini_t will use          //O  SC  03
{
	ULONG  baseAddr; // same as address //not use //only fix use it had mod 16 value
	ULONG  w; // pic's  W
	ULONG  h; // pic's  H
	ULONG  offset;
	ULONG  reg_00; // Os_c  size:3 offset:2
	UINT8 onOff;
	ULONG  setLineH; // inver_se need
	ULONG  bWOffset; // inver_se need
	ULONG  brushOffset; // inver_se need
}BLT_OSC_INI, *PBLT_OSC_INI;

typedef struct _BLT_BLD_2S1D_
{
	ULONG  SrcAddr;
	ULONG  SrcWidth;
	ULONG  SrcHeight;
	ULONG  SrcLineOffset;
	ULONG  DestAddr;
	ULONG  DestLineOffset;
	ULONG  Option;
	ULONG  Src1Addr;
	ULONG  Src1LineOffset;
}BLT_BLD_2S1D, *PBLT_BLD_2S1D;

typedef struct _Blt_H264_MERGE_
{
	ULONG  SrcWidth;
	ULONG  SrcHeight;
	ULONG  SrcAddr0;
	ULONG  SrcLineOffset0;
	ULONG  SrcAddr1;
	ULONG  SrcLineOffset1;
	ULONG  SrcAddr2;
	ULONG  SrcLineOffset2;
	ULONG  DestAddr;
	ULONG  DestLineOffset;
	ULONG  Option;
}Blt_H264_MERGE, *PBlt_H264_MERGE;

typedef struct _BLT_MEMSET_
{
	ULONG  DestAddr;
	ULONG  DestWidth;
	ULONG  DestHeight;
	ULONG  DestLineOffset;
	ULONG  Value:24;
	ULONG  Reserved:8;
}BLT_MEMSET, *PBLT_MEMSET;

typedef struct _OSD_MEMSET_MODE_
{
	ULONG  DestAddr;
	ULONG  DestWidth;
	ULONG  DestHeight;
	ULONG  DestLineOffset;
	ULONG  Value;
	ULONG  ModeByte;  //[15:0] must 2, 3, 4 => "5 6 5", "8 5 6 5" , "8 8 8 8"  [16] Bet Argb En
}OSD_MEMSET_MODE, *POSD_MEMSET_MODE;

typedef struct _BLT_MERGE_STR_BLOCK_PARAM_
{
	PLANE_STYLE Ps;
	ULONG  osdType;
	INT32 isFlashing;
	INT32 nItem;
	INT32 *pBlockIdsIn;
	INT32 *pBlockIdOut;
}BLT_MERGE_STR_BLOCK_PARAM, *PBLT_MERGE_STR_BLOCK_PARAM;

typedef struct _OSDPLANE_INT_
{
	PLANE_STYLE Ps;
	UINT32 intd;
}OSDPLANE_INT, *POSDPLANE_INT;

typedef struct _OSDPLANE_UINT_
{
	PLANE_STYLE Ps;
	UINT32 uint;
}OSDPLANE_UINT, *POSDPLANE_UINT;

typedef struct _OSDPLANE_POINT_
{
	PLANE_STYLE Ps;
	S_POINT sPt;
}OSDPLANE_POINT, *POSDPLANE_POINT;

typedef struct _OSD_SHOW_IN_OUT_INFO_
{
	PLANE_STYLE Ps;
	INT32 rect_X;
	INT32 rect_Y;
	INT32 rect_W;
	INT32 rect_H;
	INT32 shift_X;   // total will shift value must > 0
	INT32 shift_Y;   // total will shift value must > 0
	INT32 stepNo;   // to finish step number must > 0
	INT32 msdelay; //each step will delay ms time must > 0  default:30
}OSD_SHOW_IN_OUT_INFO, *POSD_SHOW_IN_OUT_INFO;

typedef struct _OSDPLANE_CUTRATIO_
{
	S_RECT 	 CutWin;
	S_BLOCK  DispWin;
}OSDPLANE_CUTRATIO, *POSDPLANE_CUTRATIO;
//---------------------------365chip------------------------------------------------------
typedef struct _OSD_LINE_DRAW_PARAM_
{
	ULONG  DestAddr;
	ULONG  DestLineOffset;
	ULONG  Width;
	ULONG  X0;
	ULONG  Y0;
	ULONG  X1;
	ULONG  Y1;
	ULONG  Mask;
	ULONG  Mode;
	COLOR_24BIT Color;
}OSD_LINE_DRAW_PARAM, *POSD_LINE_DRAW_PARAM;

typedef struct _OSD_ELLIPSE_F_PARAM_
{
	ULONG  DestAddr;
	ULONG  DestLineOffset;
	ULONG  Width;
	ULONG  X;
	ULONG  Y;
	ULONG  X1;
	ULONG  Y1;
	ULONG  Mask;
	COLOR_24BIT ColorInner;
	COLOR_24BIT ColorLine;
	COLOR_24BIT ColorOut;
}OSD_ELLIPSE_F_PARAM, *POSD_ELLIPSE_F_PARAM;

typedef struct _OSD_ELLIPSE_FB_PARAM_
{
	ULONG  DestAddr;
	ULONG  DestLineOffset;
	ULONG  Width;
	ULONG  X;
	ULONG  Y;
	ULONG  X1;
	ULONG  Y1;
	ULONG  Mask;
	ULONG  Delta;
	ULONG  UseDBit;
	COLOR_24BIT ColorInner;
	COLOR_24BIT ColorLine;
	COLOR_24BIT ColorOut;
}OSD_ELLIPSE_FB_PARAM, *POSD_ELLIPSE_FB_PARAM;

typedef struct _OSD_ANTI_ALIAS_PARAM_
{
	ULONG  SrcAddr;
	ULONG  SrcWidth;
	ULONG  SrcHeight;
	ULONG  SrcLineOffset;
	ULONG  DestAddr;
	ULONG  DestWidth;
	ULONG  DestHeight;
	ULONG  DestLineOffset;
	ULONG  H_Alias;
	ULONG  V_Alias;
	ULONG  F_Option;
}OSD_ANTI_ALIAS_PARAM, *POSD_ANTI_ALIAS_PARAM;

typedef struct _OSD_POLYGON_FILL_PARAM_
{
	ULONG  SrcAddr;
	ULONG  SrcWidth;
	ULONG  SrcHeight;
	ULONG  SrcLineOffset;
	ULONG  DestAddr;
	ULONG  DestLineOffset;
	ULONG  X0;
	ULONG  Y0;
	ULONG  X1;
	ULONG  Y1;
	ULONG  X2;
	ULONG  Y2;
	COLOR_24BIT ColorIn;
	COLOR_24BIT ColorOut;
	ULONG  Mode;
}OSD_POLYGON_FILL_PARAM, *POSD_POLYGON_FILL_PARAM;

typedef struct _OSD_GRADIENT_FILL_PARAM_
{
	ULONG  DestAddr;;
	ULONG  DestWidth;
	ULONG  DestHeight;
	ULONG  DestLineOffset;
	ULONG  H_Enable;
	ULONG  H_Reflect;
	ULONG  H_ChangeValueAlpah;
	ULONG  H_ChangeValueRed;
	ULONG  H_ChangeValueGreen;
	ULONG  H_ChangeValueBlue;
	ULONG  H_PixelAlpha;
	ULONG  H_PixelRed;
	ULONG  H_PixelGreen;
	ULONG  H_PixelBlue;
	ULONG  V_Enable;
	ULONG  V_Reflect;
	ULONG  V_ChangeValueAlpah;
	ULONG  V_ChangeValueRed;
	ULONG  V_ChangeValueGreen;
	ULONG  V_ChangeValueBlue;
	ULONG  V_PixelAlpha;
	ULONG  V_PixelRed;
	ULONG  V_PixelGreen;
	ULONG  V_PixelBlue;
	ULONG  Argb565Clr;
	ULONG  UpArgb565Clr;
	ULONG  LowArgb565Clr;
}OSD_GRADIENT_FILL_PARAM, *POSD_GRADIENT_FILL_PARAM;

typedef struct _OSD_FORMAT_TRANS_  // Ex 6
{
	ULONG  SrcAddr;
	ULONG  SrcWidth;
	ULONG  SrcHeight;
	ULONG  SrcLineOffset;
	ULONG  DestAddr;
	ULONG  DestLineOffset;
	ULONG  Mode;
	ULONG  AlphaNewOld;
}OSD_FORMAT_TRANS, *POSD_FORMAT_TRANS;

typedef struct _OSD_COPY_SPECI_  // Ex 6
{
	ULONG  SrcAddr;
	ULONG  SrcWidth;
	ULONG  SrcHeight;
	ULONG  SrcLineOffset;
	ULONG  DestAddr;
	ULONG  DestLineOffset;
	ULONG  IsSpeci;
	ULONG  IsAlphaTest;
	ULONG  AlphaTestValue;
	ULONG  AlphaTestMode;
	ULONG  RoteMode;
}OSD_COPY_SPECI, *POSD_COPY_SPECI;

typedef struct _OSD_LOGIC_OP_
{
	ULONG  SrcAddr;
	ULONG  SrcWidth;
	ULONG  SrcHeight;
	ULONG  SrcLineOffset;
	ULONG  DestAddr;
	ULONG  DestLineOffset;
	ULONG  Mode;
}OSD_LOGIC_OP, *POSD_LOGIC_OP;

typedef struct _OSD_BLD_MULTI_FORMAT_
{
	ULONG  SrcAddr;
	ULONG  SrcWidth;
	ULONG  SrcHeight;
	ULONG  SrcLineOffset;
	ULONG  DestAddr;
	ULONG  DestLineOffset;
	ULONG  SrcColorFact;
	ULONG  DestColorFact;
	ULONG  SrcAlphaFact;
	ULONG  DestAlphaFact;
	ULONG  Mode;
	ULONG  FillColor;
	ULONG  Src1Addr;
	ULONG  Src1LineOffset;
}OSD_BLD_MULTI_FORMAT, *POSD_BLD_MULTI_FORMAT;

typedef struct _OSD_PATTERN_ROP_
{
	ULONG  SrcAddr;
	ULONG  SrcWidth;
	ULONG  SrcHeight;
	ULONG  SrcLineOffset;
	ULONG  Src2Addr;
	ULONG  Src2LineOffset;
	ULONG  DestAddr;
	ULONG  DestLineOffset;
	ULONG  PatternAddr;
	ULONG  PatternLineOffset;
	ULONG  Mode;
}OSD_PATTERN_ROP, *POSD_PATTERN_ROP;

typedef struct _OSD_BEZIER_CURVE_
{
	ULONG  DestAddr;
	ULONG  DestLineOffset;
	ULONG  LineUseMode;
	ULONG  LineWidth;
	ULONG  ClrA8565;
	ULONG  X0;
	ULONG  Y0;
	ULONG  X1;
	ULONG  Y1;
	ULONG  Xa;
	ULONG  Ya;
	ULONG  Xb;
	ULONG  Yb;
}OSD_BEZIER_CURVE, *POSD_BEZIER_CURVE;

typedef struct _tagOSDROUND_RECT
{
	ULONG  DestAddr;
	ULONG  DestWidth;
	ULONG  DestHeight;
	ULONG  DestOffset;
	COLOR_24BIT DestDrawData;
	ULONG  x;
	ULONG 	y;
}OSDROUND_RECT, *POSDROUND_RECT;

typedef struct _RGBYCC_P_SCALING_
{
	ULONG  SrcAddr;
	ULONG  SrcWidth;
	ULONG  SrcHeight;
	ULONG  SrcLineOffset;
	ULONG  DestAddr;
	ULONG  DestWidth;
	ULONG  DestHeight;
	ULONG  DestLineOffset;
	ULONG  Para_nnVH; // 8~80
}RGBYCC_P_SCALING, *PRGBYCC_P_SCALING;

typedef struct _BLT_ROTATION_
{
	ULONG  SrcAddr;
	ULONG  SrcWidth;
	ULONG  SrcHeight;
	ULONG  SrcLineOffset;
	ULONG  DestAddr;
	ULONG  DestLineOffset;
	ULONG  RotDirection;
}BLT_ROTATION, *PBLT_ROTATION;

typedef struct _BLT_FB_Info
{
	UINT32	FB_OnScreen_Addr;
	UINT32	FB_OffScreen_Addr;
	UINT32	FB_Width;
	UINT32	FB_Height;
	UINT32	FB_Lineoffset;
	UINT32    BLT_FB_Size;
	UINT32    BLT_Eng_Size;
	UINT32    FB_Addr;

	UINT32	eng_Source_Addr;
	UINT32	eng_FB_Region_Addr;
	UINT32	eng_tmp_Addr;
   	#if (defined(CONFIG_SUPPORT_TTX)||defined(CONFIG_SUPPORT_MHEG5))
    	UINT32    eng_FB_Tmp_Addr;
    #endif

	ULONG  andBufSize;
	ULONG  andPhyAddr;
	ULONG  andVirAddr;
	ULONG  andoffset;
	ULONG  bitmapoffset;

	ULONG  transp_X;
	ULONG  transp_Y;
	ULONG  transp_W;
	ULONG  transp_H;

	ULONG  reserved_X;
	ULONG  reserved_Y;
	ULONG  reserved_W;
	ULONG  reserved_H;
	ULONG  reserved_Alpha;
	ULONG  reserved_mem_size;
	//UINT32	FB_Enable;
}BLT_FB_Info,*PBLT_FB_Info;

typedef struct _BLT_SHOW_EFFECT_PARAM_
{
	PLANE_STYLE Ps; // set by Osd lib
	OSD_SSE_MOVE_IN_DIRECTION inDir; // set 0 not change
	S_POINT insPt; // if set x= -1 or y = -1 => not change
	INT32 inStepNumber; // wish how step to finish, min 2   // set 0 not change
	INT32 inStepIntervalMs; // set 0 not change
	OSD_SSE_MOVE_OUT_DIRECTION outDir;
	S_POINT outsPt;  // if set x= -1 or y = -1 => not change
	INT32 outStepNumber; // wish how step to finish, min 2 // set 0 not change
	INT32 outStepIntervalMs; // set 0 not change
}BLT_SHOW_EFFECT_PARAM, *PBLT_SHOW_EFFECT_PARAM;

typedef struct _BLT_FB_Param
{
	ULONG 	FB_On_Address;
	ULONG  FB_Off_Address;
	ULONG  FB_Width;
	ULONG  FB_Height;
	ULONG  BLT_Source_Address;
	ULONG  BLT_FBRegion_Address;
	ULONG  BLT_Tmp_Address;

}BLT_FB_Param,*PBLT_FB_Param;

typedef struct _BLT_STB_PARAM
{
	UINT32 HStart;
	UINT32 VStart;
	UINT32 HEnd;
	UINT32 VEnd;
	UINT32 nWidth;
	UINT32 nHeight;
	INT32 doUnderScan;
	UINT32  top;
	UINT32  down;
	UINT32 left;
	UINT32 right;
	UINT32 isUnderScanChange;
	UINT32 mChangeTo;
}BLT_STB_PARAM, *PBLT_STB_PARAM;

typedef struct _BLT_BLOCK_HOLE_PARAM_
{
	INT32 BlockIndex;
	ULONG  bDisplay:8;
	ULONG  Ps:7;
	ULONG  bUsePTS:1;
	ULONG  BltCmdNums:16;
	ULONG  sBlockNums:16;
	S_BLOCK *pSBlock;
	ULONG  setAlpha;
	ULONG  option; //reserved
}BLT_BLOCK_HOLE_PARAM, *PBLT_BLOCK_HOLE_PARAM;


typedef struct _OSD_MIRROR_
{
	INT32	  	       nBlockId; // input: will mir_ror's ID, output: after mirror use ID
	S_POINT     sPt;
}OSD_MIRROR, * POSD_MIRROR;

typedef struct _BLT_MIRROR_PARAM_
{
	INT32	  	       nBlockId;// input: will mir_ror's ID, output: after mirror use ID
	S_POINT     sPt;
	ULONG  bDisplay:8;
	ULONG  Ps:7;
	ULONG  bUsePTS:1;
	ULONG  BltCmdNums:16;
}BLT_MIRROR_PARAM, * PBLT_MIRROR_PARAM;

typedef struct _OSD_MIRROR_EX_CP_
{
	INT32	  	       nBlockId; // input: will mir_ror's ID, output: after mirror use ID
	S_POINT     sPt;
	S_SIZE       Size;    // -1 or 0xffff is not chage size
	UINT8 oldAlpha;
	UINT8 newAlpha; // if(old == new) => does not change
	UINT8 blendAlpha; // if 0 => does not  all block blen_d
}OSD_MIRROR_EX_CP, * POSD_MIRROR_EX_CP;

typedef struct _BLT_MIRROR_EX_CP_PARAM_
{
	INT32	  	       nBlockId;// input: will mir_ror's ID, output: after mirror use ID
	S_POINT     sPt;
	ULONG  bDisplay:8;
	ULONG  Ps:7;
	ULONG  bUsePTS:1;
	ULONG  BltCmdNums:16;
	S_SIZE       Size;    // -1 or 0xffff is not chage size
	UINT8 oldAlpha;
	UINT8 newAlpha; // if(old == new) => does not change
	UINT8 blendAlpha; // if 0 => does not  all block blen_d
}BLT_MIRROR_EX_CP_PARAM, * PBLT_MIRROR_EX_CP_PARAM;

typedef struct _OSD_MEM_INFO_
{
	ULONG  width;
	ULONG  height;
	ULONG  offset;
	ULONG  osdAddress;
	ULONG  osdSize;
	ULONG  osdUsedSize;
	ULONG  fontAddress;
	ULONG  fontSize;
	ULONG  compMem_0;
	ULONG  compMem_1;
	ULONG  dispMem_0;
	ULONG  dispMem_1;
	ULONG  cmdqMem;
	ULONG  drvVersion;
	ULONG  osdVersion;
	ULONG  oscMem_0;
	ULONG  reserved_2;
	ULONG  reserved_1;
	ULONG  reserved_0;
}OSD_MEM_INFO, *POSD_MEM_INFO;

typedef struct _BLT_BLOCK_DUMP_OSD_
{
	UINT8 *sourAddr[70];
	S_POINT insPt;
	INT32 line;
	UINT8 * Addr;
	UINT32 offset;
}BLT_BLOCK_DUMP_OSD, *PBLT_BLOCK_DUMP_OSD;

typedef struct _BLT_BYPASS_WINDOW_
{
	S_BLOCK BypassWin[4];

}BLT_BYPASS_WINDOW, *PBLT_BYPASS_WINDOW;

typedef struct _BLT_ZOOM_ASPECT_
{
	INT32 HPercent;
	INT32 VPercent;

}BLT_ZOOM_ASPECT, *PBLT_ZOOM_ASPECT;

//***************************************

#ifndef BLT_HAPS
#define DRV_BLT_MAGIC 't'
#else
	#ifdef SISOSD_DEV_MAJOR
		#define DRV_BLT_MAGIC SISOSD_DEV_MAJOR
	#else
		#define DRV_BLT_MAGIC	94
	#endif
#endif

#define DRV_BLT_CMD				                        _IOWR(DRV_BLT_MAGIC, 1, BLT_IOCTL_PARAM *)
#define DRV_BLT_FONTINFO 			                        _IOWR(DRV_BLT_MAGIC, 2, RESERVED_FONT_INFO *)
#define DRV_BLT_RGBTRANSFORM	                            _IOWR(DRV_BLT_MAGIC, 3,  RGB_3TO4_TRANSFORM *)
#define DRV_BLT_REMOVEBLOCK		                        _IOWR(DRV_BLT_MAGIC, 4, REMOVE_BLOCK_IOCTL_PARAM *)
#define DRV_BLT_CMDDEBUG			                        _IOWR(DRV_BLT_MAGIC, 5, BLT_IOCTL_PARAM *)
#define DRV_BLT_CMDDEBUG_TT		                        _IOWR(DRV_BLT_MAGIC, 6, BLT_IOCTL_PARAM *)
#define DRV_BLT_RGBYCC_SCALING	                        _IOWR(DRV_BLT_MAGIC, 7, RGBYCC_SCALING *)
#define DRV_BLT_DISPLAYBLOCK		                        _IOWR(DRV_BLT_MAGIC, 8, DISPLAY_BLOCK_IOCTL_PARAM *)
#define DRV_BLT_MOVEBLOCK		                            _IOWR(DRV_BLT_MAGIC, 9, MOVE_BLOCK_IOCTL_PARAM *)
#define DRV_BLT_QUERY_OSDPLANE	                        _IOWR(DRV_BLT_MAGIC, 10, OSDPLANE_DISPLAYSIZE *)
#define DRV_BLT_SET_PLANEBLOCK	                        _IOWR(DRV_BLT_MAGIC, 11, OSDPLANE_SETTING *)
#define DRV_BLT_MEM_COPY			                        _IOWR(DRV_BLT_MAGIC, 12, BLT_MEMCOPY *)
#define DRV_BLT_MEM_SET			                        _IOWR(DRV_BLT_MAGIC, 13, BLT_MEMSET *)
#define DRV_BLT_HIDEBLOCK		                            _IOWR(DRV_BLT_MAGIC, 14, DISPLAY_BLOCK_IOCTL_PARAM *)
#define DRV_BLT_ROTATION			                        _IOWR(DRV_BLT_MAGIC, 15, BLT_ROTATION *)
#define DRV_BLT_MEM_COPY_EX			                    _IOWR(DRV_BLT_MAGIC, 16, BLT_MEMCOPY_EX *)
#define DRV_BLT_MEM_COMPARE_3BU			                _IOWR(DRV_BLT_MAGIC, 17, BLT_MEMCOPY *)
#define DRV_BLT_MEM_COMPARE_2BU			                _IOWR(DRV_BLT_MAGIC, 18, BLT_MEMCOPY *)
#define DRV_BLT_MEM_COMPARE_ROT			                _IOWR(DRV_BLT_MAGIC, 19, BLT_MEMCOPY_EX *)
#define DRV_BLT_MEM_COMPARE_32BU			                _IOWR(DRV_BLT_MAGIC, 20, BLT_MEMCOPY *)
#define DRV_BLT_MEM_COMPARE_PATT			                _IOWR(DRV_BLT_MAGIC, 21, BLT_MEMCOPY *)
//#define DRV_BLT_OSD_PRINT_OR_NOT			                _IOWR(DRV_BLT_MAGIC, 22, ULONG  *)
#define DRV_BLT_TEST_FILLBLENDING                         _IOWR(DRV_BLT_MAGIC, 23, BLT_MEMSET *)
#define DRV_BLT_TEST_BLENDING         	                _IOWR(DRV_BLT_MAGIC, 24, BLT_MEMCOPY *)
#define DRV_BLT_TEST_BLENDFADE        	                _IOWR(DRV_BLT_MAGIC, 25, BLT_MEMCOPY_EX *)
#define DRV_BLT_MERGE_STR_BLOCK			                _IOWR(DRV_BLT_MAGIC, 26, BLT_MERGE_STR_BLOCK_PARAM *)
#define DRV_BLT_SHOW_EFFECT_IN_Dir		                _IOWR(DRV_BLT_MAGIC, 27, OSDPLANE_UINT *)
#define DRV_BLT_SHOW_EFFECT_IN_XY		                    _IOWR(DRV_BLT_MAGIC, 28, OSDPLANE_POINT *)
#define DRV_BLT_SHOW_EFFECT_OUT_Dir	                    _IOWR(DRV_BLT_MAGIC, 29, OSDPLANE_UINT *)
#define DRV_BLT_SHOW_EFFECT_OUT_XY		                _IOWR(DRV_BLT_MAGIC, 30, OSDPLANE_POINT *)
#define DRV_BLT_SHOW_EFFECT_IN_LOOP	                    _IOWR(DRV_BLT_MAGIC, 31, OSDPLANE_INT *)
#define DRV_BLT_SHOW_EFFECT_IN_INTERVAL	                _IOWR(DRV_BLT_MAGIC, 32, OSDPLANE_INT *)
#define DRV_BLT_SHOW_EFFECT_OUT_LOOP	                    _IOWR(DRV_BLT_MAGIC, 33, OSDPLANE_INT *)
#define DRV_BLT_SHOW_EFFECT_OUT_INTERVAL	                _IOWR(DRV_BLT_MAGIC, 34, OSDPLANE_INT *)
#define DRV_BLT_SHOW_GROUP_MOVE                           _IOWR(DRV_BLT_MAGIC, 35, OSDPLANE_INT *)
#define DRV_BLT_SET_SHOW_EFFECT_PARAMETER                 _IOWR(DRV_BLT_MAGIC, 36, BLT_SHOW_EFFECT_PARAM *)
#define DRV_BLT_GET_SHOW_EFFECT_PARAMETER                 _IOWR(DRV_BLT_MAGIC, 37, BLT_SHOW_EFFECT_PARAM *)
#define DRV_BLT_YUV_SCALING                               _IOWR(DRV_BLT_MAGIC, 38, BLT_SHOW_EFFECT_PARAM *)
#define DRV_BLT_MOVE_HIDDEN_AS_MIRROR_SOURCE_BLOCK        _IOWR(DRV_BLT_MAGIC, 39, OSDPLANE_INT *)
#define DRV_BLT_RELEASE_MIRROR_SOURCE_BLOCK               _IOWR(DRV_BLT_MAGIC, 40, OSDPLANE_INT *)
#define DRV_BLT_DRAW_MIRROR_BLOCK                         _IOWR(DRV_BLT_MAGIC, 41, BLT_MIRROR_PARAM *)
#define DRV_BLT_CONCENTRATE                               _IOWR(DRV_BLT_MAGIC, 42, BLT_CONCENTRATE *)
#define DRV_BLT_H264_MERGE                                _IOWR(DRV_BLT_MAGIC, 43, Blt_H264_MERGE *)
#define DRV_BLT_H264_COMPARE                              _IOWR(DRV_BLT_MAGIC, 44, Blt_H264_MERGE *)
#define DRV_BLT_BLENDING_2S1D         	                _IOWR(DRV_BLT_MAGIC, 45, BLT_BLD_2S1D *)
#define DRV_BLT_LOOP_CMD         	                        _IOWR(DRV_BLT_MAGIC, 46, BLT_MEMCOPY *)
#define DRV_BLT_GET_MEM_INFO        	                    _IOWR(DRV_BLT_MAGIC, 47, OSD_MEM_INFO *)
#define DRV_BLT_SHOW_IN_OUT_INFO        	                _IOWR(DRV_BLT_MAGIC, 48, OSD_SHOW_IN_OUT_INFO *)
#define DRV_BLT_DRAW_MIRROR_EX_CP_BLOCK                   _IOWR(DRV_BLT_MAGIC, 49, BLT_MIRROR_EX_CP_PARAM *)
#define DRV_BLT_IDLE_DRV                                  _IOWR(DRV_BLT_MAGIC, 50, OSDPLANE_INT *)
#define DRV_BLT_WORKING_DRV                               _IOWR(DRV_BLT_MAGIC, 51, OSDPLANE_INT *)

#define DRV_BLT_LINE_DRAW                                 _IOWR(DRV_BLT_MAGIC, 52, OSD_LINE_DRAW_PARAM *)
#define DRV_BLT_ELLIPSE_FILL                              _IOWR(DRV_BLT_MAGIC, 53, OSD_ELLIPSE_F_PARAM *)
#define DRV_BLT_ANTI_ALIAS                                _IOWR(DRV_BLT_MAGIC, 54, OSD_ANTI_ALIAS_PARAM *)
#define DRV_BLT_POLYGON_FILL                              _IOWR(DRV_BLT_MAGIC, 55, OSD_POLYGON_FILL_PARAM *)
#define DRV_BLT_FORMAT_TRANS                              _IOWR(DRV_BLT_MAGIC, 56, OSD_FORMAT_TRANS *)
#define DRV_BLT_COMPARE_TRANS                             _IOWR(DRV_BLT_MAGIC, 57, OSD_FORMAT_TRANS *)
#define DRV_BLT_LOGIC_OP                                  _IOWR(DRV_BLT_MAGIC, 58, OSD_LOGIC_OP *)
#define DRV_BLT_COMPARE_LOGIC                             _IOWR(DRV_BLT_MAGIC, 59, OSD_LOGIC_OP *)
#define DRV_BLT_GRADIENT_FILL                             _IOWR(DRV_BLT_MAGIC, 60, OSD_GRADIENT_FILL_PARAM *)
#define DRV_BLT_BLEND_MULTI_FORMAT                        _IOWR(DRV_BLT_MAGIC, 61, OSD_BLD_MULTI_FORMAT *)
#define DRV_BLT_COPY_SPECI_TEST                           _IOWR(DRV_BLT_MAGIC, 62, OSD_COPY_SPECI *)
#define DRV_BLT_PATTERN_ROP                               _IOWR(DRV_BLT_MAGIC, 63, OSD_PATTERN_ROP *)
#define DRV_BLT_BEZIER_CURVE                              _IOWR(DRV_BLT_MAGIC, 64, OSD_BEZIER_CURVE *)
#define DRV_BLT_ELLIPSE_FILLB                             _IOWR(DRV_BLT_MAGIC, 65, OSD_ELLIPSE_FB_PARAM *)
#define DRV_BLT_RGBYCC_P_SCALING                          _IOWR(DRV_BLT_MAGIC, 66, RGBYCC_P_SCALING *)
#define DRV_BLT_MEM_SET_565			                    _IOWR(DRV_BLT_MAGIC, 67, BLT_MEMSET *)
#define DRV_BLT_ELLIPSE_FILLB_FULL		                _IOWR(DRV_BLT_MAGIC, 68, OSD_ELLIPSE_FB_PARAM *)
#define DRV_BLT_ROUND_RECT		                        _IOWR(DRV_BLT_MAGIC, 69, OSDROUND_RECT *)

//#define GRAPHIC_ELLIPSE_FILL		                        				_IOWR(DRV_BLT_MAGIC, 70, Graphic_ELLIPSE_FB_PARAM *)
//#define GRAPHIC_MEM_SET			                        			_IOWR(DRV_BLT_MAGIC, 71, Graphic_MEMSET *)
//#define GRAPHIC_LINE_DRAW			                        			_IOWR(DRV_BLT_MAGIC, 72, Graphic_LINE_DRAW_PARAM *)
//#define GRAPHIC_MEM_COPY			                        			_IOWR(DRV_BLT_MAGIC, 73, Graphic_MEMCOPY *)
//#define GRAPHIC_BEZIER_CURVE		                       			_IOWR(DRV_BLT_MAGIC, 74, Graphic_BEZIER_CURVE *)
//#define GRAPHIC_SCALING 			                        			_IOWR(DRV_BLT_MAGIC, 75, Graphic_SCALING *)
//#define GRAPHIC_POLYGON 			                        			_IOWR(DRV_BLT_MAGIC, 76, Graphic_POLYGON_FILL_PARAM *)
//#define GRAPHIC_ROTATE 				                       		 _IOWR(DRV_BLT_MAGIC, 77, Graphic_ROTATION *)
//#define GRAPHIC_ANTIALIAS 			                    			_IOWR(DRV_BLT_MAGIC, 78, Graphic_ANTI_ALIAS_PARAM *)
//#define GRAPHIC_ROUNDRECT 			                    			_IOWR(DRV_BLT_MAGIC, 79, Graphic_ROUND_RECT_PARAM *)
//#define GRAPHIC_MULTIF_BLEND 			                   			 _IOWR(DRV_BLT_MAGIC, 80, Graphic_MULTIF_BLEND_PARAM *)
//#define GRAPHIC_FORMAT_TRANS 			                   			_IOWR(DRV_BLT_MAGIC, 81, Graphic_FORMAT_TRANS_PARAM *)
//#define GRAPHIC_ROUNDRECT_2 			                    		_IOWR(DRV_BLT_MAGIC, 82, Graphic_ROUND_RECT2_PARAM *)
#define DRV_GET_TOTAL_SIZE 			                        _IOWR(DRV_BLT_MAGIC, 83, And_Buffer_Param *)
#define DRV_MAP					                            _IOWR(DRV_BLT_MAGIC, 84, And_Buffer_Param *)
#define DRV_MAP_END			                                _IOWR(DRV_BLT_MAGIC, 85, And_Buffer_Param *)
//#define GRAPHIC_QUERYBUFINFO 			                    		_IOWR(DRV_BLT_MAGIC, 86, Graphic_BUFINFO *)
#define GRAPHIC_BUFAREACOPY 			                    _IOWR(DRV_BLT_MAGIC, 87, Graphic_BUFAREACOPY *)
//#define GRAPHIC_8888_BLT					               		_IOWR(DRV_BLT_MAGIC, 88, Graphic_BUFAREACOPY *)
#define GRAPHIC_BUFAREABLEND 			                    _IOWR(DRV_BLT_MAGIC, 89, Graphic_BUFAREABLEND *)
//#define Graphic_BitmapAllocation				           			_IOWR(DRV_BLT_MAGIC, 90, Graphic_BITMAPALLOCATION *)
//#define Graphic_BitmapRelease				                			_IOWR(DRV_BLT_MAGIC, 91, Graphic_BITMAPALLOCATION *)
//#define SIS516BLT_MEM_8888_CHECKSUM		               		_IOWR(DRV_BLT_MAGIC, 92, TEST_MEMCOMPARE *)

#define  GRAPHIC_AllocBitmap					            _IOWR(DRV_BLT_MAGIC, 93, ULONG  *)
#define  GRAPHIC_DeallocBitmap				                _IOWR(DRV_BLT_MAGIC, 94, ULONG  *)
#define  GRAPHIC_DeallocByPid	                            _IOWR(DRV_BLT_MAGIC, 95, ULONG  *)

#define DRV_BLT_CURSOR_INI_XY			                    _IOWR(DRV_BLT_MAGIC, 97, ULONG  *)
#define DRV_BLT_IS_USE_CURSOR			                    _IOWR(DRV_BLT_MAGIC, 98, ULONG  *)
#define DRV_BLT_OSC_EVEN						            _IOWR(DRV_BLT_MAGIC, 99, BLT_OSC_EVEN *)
#define DRV_BLT_DRAW_AND			                        _IOWR(DRV_BLT_MAGIC, 100, ULONG  *)
#define DRV_BLT_MEMSET_MODE	      							_IOWR(DRV_BLT_MAGIC, 107, OSD_MEMSET_MODE *)
#define DRV_BLT_SCALING_MODES                           	_IOWR(DRV_BLT_MAGIC, 127, RGBYCC_SCALING_MODES *)
#define DRV_BLT_QUERY_VIDEO_PLANE	                        _IOWR(DRV_BLT_MAGIC, 128, S_SIZE *)
#define DRV_BLT_MULTI_FUNC             	                	_IOWR(DRV_BLT_MAGIC, 129, BLT_IOCTL_MULTI_FUNC *)
#define DRV_BLT_FLASH_SCALLING            	           		_IOWR(DRV_BLT_MAGIC, 130, ULONG  *)

#define DRV_BLT_BLOCK_HOLES                  				_IOWR(DRV_BLT_MAGIC, 132, BLT_BLOCK_HOLE_PARAM *)
#define DRV_BLT_JPEG_MULTIP_ALPHA                  			_IOWR(DRV_BLT_MAGIC, 133, BLT_MEMCOPY_EX *)
#define DRV_BLT_ALLOC_OSDBLOCK                  			_IOWR(DRV_BLT_MAGIC, 134, MEMORY_PARAM *)
#define DRV_BLT_FREE_OSDBLOCK                  				_IOWR(DRV_BLT_MAGIC, 135, MEMORY_PARAM *)
#define DRV_BLT_GRAPHIC_INDEX_EXP       					_IOWR(DRV_BLT_MAGIC, 136, GEXPDFB_PARAM *)
#define DRV_BLT_DUMP_OSD                  					_IOWR(DRV_BLT_MAGIC, 137, BLT_BLOCK_DUMP_OSD*)
#define DRV_BLT_RELEASE_MHEG5_TEMP							_IOWR(DRV_BLT_MAGIC, 139, ULONG  *)
#define DRV_BLT_GET_MEMC_BYPASS_WINDOW						_IOWR(DRV_BLT_MAGIC, 141, BLT_BYPASS_WINDOW*)
#define DRV_BLT_PRIMARY_SURFACE_FILP                        _IOWR(DRV_BLT_MAGIC, 142, MEMORY_PARAM *)
#define DRV_BLT_GRAPHIC_ALLOC_BUFFER                        _IOWR(DRV_BLT_MAGIC, 143, MEMORY_PARAM *)
#define DRV_BLT_GRAPHIC_FREE_BUFFER                         _IOWR(DRV_BLT_MAGIC, 144, MEMORY_PARAM *)
#define DRV_BLT_YUV_MULTI_SCALING                           _IOWR(DRV_BLT_MAGIC, 145, BLT_SHOW_EFFECT_PARAM *)
#define DRV_BLT_SET_OSD                           			_IOWR(DRV_BLT_MAGIC, 146, BOOL  *)
#define DRV_BLT_HAS_BLOCK			                    	_IOWR(DRV_BLT_MAGIC, 147, ULONG  *)
#define DRV_BLT_DUMP_MEMORY                  				_IOWR(DRV_BLT_MAGIC, 148, BLT_BLOCK_DUMP_OSD*)
#define DRV_BLT_SET_MEMORY_MODE			                    _IOWR(DRV_BLT_MAGIC, 149, UINT8  *)
#define DRV_BLT_YUV_SCALING_CONVERT_ARGB					_IOWR(DRV_BLT_MAGIC, 150, BLT_SHOW_EFFECT_PARAM *)
#define DRV_BLT_SET_SUBTITLE                           		_IOWR(DRV_BLT_MAGIC, 151, BOOL  *)
#define DRV_BLT_MEMORY_ALLOC_SET			                _IOWR(DRV_BLT_MAGIC, 152, UINT8  *)
#define DRV_BLT_MEMORY_DUMP				                    _IOWR(DRV_BLT_MAGIC, 153, UINT8  *)
#define DRV_BLT_SET_ZOOM_ASPECT				                _IOWR(DRV_BLT_MAGIC, 154, BLT_ZOOM_ASPECT  *)

#define DRV_BLT_IOC_MAXNUM 155


#endif //End of _BLT_IOCTL_H_