#ifndef OVR5BOARDLIB_EX_H
#define OVR5BOARDLIB_EX_H

#include "Cmn5BoardLibEx.h"

#pragma pack( push, Ovr5BaordLibEx_H )
#pragma pack(8)

extern "C" const IID IID_IOvr5 ;

//IID for Ovr5
// {3710E024-27D3-4421-B173-7CDB57B60424}
DEFINE_GUID(IID_IOvr5, 0x3710e024, 0x27d3, 0x4421, 0xb1, 0x73, 0x7c, 0xdb, 0x57, 0xb6, 0x4, 0x24);

#ifndef KERNEL_MODE_CODE
#include <ddraw.h>
#endif

typedef struct _OVR5_BOARD_INFO{
	ULONG		uBoardID;
	ULONG		uModelID;
	ULONG		uSlotNumber;

	ULONG		uMaxChannel;
	ULONG		uMaxPip;

	ULONG		uVideoDecoderType;
	ULONG		uMuxType;

	const CMN5_RESOLUTION_INFO* pResInfo;	//132*sizeof(ULONG)

	ULONG		reserved[CMN5_MAX_RESERVED_BOARD_INFO - 8];
} OVR5_BOARD_INFO;


//enum OvrPropertyCmd {
#define OVR5_OPC_MULTI_OVR_MODE	0x03000001
#define OVR5_OPC_MULTI_PIC_MODE	OVR5_OPC_MULTI_OVR_MODE
#define OVR5_OPC_BG_COLOR		0x03000002
#define OVR5_OPC_TX_MODE		0x03000008

#define	OVR5_OPC_SET_BASIS_SIZE		0x03040001	//DMP200 ONLY //uParam0:width, //uParam1:height
//};

//enum OvrAdjustCmd {
#define	OVR5_OAC_BRIGHTNESS		0x02000001
#define	OVR5_OAC_CONTRAST		0x02000002
#define	OVR5_OAC_SATURATION_U	0x02000004
#define	OVR5_OAC_SATURATION_V	0x02000008
#define	OVR5_OAC_HUE			0x02000010
#define	OVR5_OAC_SHARPNESS		0x02000020
#define	OVR5_OAC_BORDER			0x02010001

#define	OVR5_OAC_OSD_ENABLE		0x02010002	//uParam0 : OSD type (OVR5_OSD_TVOUT, OVR5_OSD_OVERLAY, OVR5_OSD_RAW_IMAGE), uParam1 : bEnable
#define	OVR5_OAC_OSD_PALETTE	0x02010004	//uParam0 : Palette size, uParam1 : DWORD type array pointer, 
#define	OVR5_OAC_OSD_UPDATE		0x02010008	//uParam0 : tDestination, uParam1 : pData, uParam2 : pRect, uParam3 : bDelayUpdate
#define	OVR5_OAC_TRANSFER_MODE	0x02010010	//uParam0 : OvrTransferMode
#define	OVR5_OAC_TX_FIELD_SINGLEVIEW	0x02010020	//uParam0 : TRUE : Field,  FALSE : Frame


#define	OVR5_OAC_EXT_MON_SEL	0x03000001
#define OVR5_OAC_IMP_VIEW_BOARD	0x03000002
#define OVR5_OAC_FREEZE			0x03000004	//uParam0 : Freeze On/Off			

#define	OVR5_OAC_SET_OSD		0x03040001	//DMP200 ONLY //uParam0 : OSDbitmap
#define	OVR5_OAC_VOUT_SWITCH	0x03040002	//DMP200 ONLY //uParam0 : BOOL bSwitch
//};


//enum OvrTransferMode
#define	OVR5_TRANSFER_FRAME			1
#define	OVR5_TRANSFER_FIELD			2
#define	OVR5_TRANSFER_HALF_FRAME	3
//};

//enum OvrScreenMode {
#define	OVR5_OSM_SCREEN_MODE_M720 	1
#define	OVR5_OSM_SCREEN_MODE_H648 	2
//};

//enum OvrMultOvrMode {
#define OVR5_OMM_SPLIT				1
#define OVR5_OMM_CASCADE			2
#define OVR5_OMM_COMBINATION		3

// renamed
#define OVR5_OMM_SPLIT_MULTI_PIC	OVR5_OMM_SPLIT		// split multi-picture mode
#define OVR5_OMM_CASCADE_MULTI_PIC	OVR5_OMM_CASCADE	// casecade multi-picture mode
#define OVR5_OMM_COMB_MULTI_PIC		OVR5_OMM_COMBINATION	// combination multi-picture mode
#define OVR5_OMM_INDIV_MULTI_PIC	4			// individual multi-picture mode


#define	OVR5_TX_DIRECT_GRAPHICS			0
#define	OVR5_TX_INDIRECT_GRAPHICS_EVENT	1
#define	OVR5_TX_DIRECT_GRAPHICS_EVENT	2

//}
//////////////////////////////////////////////////////////////////////////////////
// OVR_SPLIT_INFO

#define OVR5_MAX_RECT			64
#define OVR5_MAX_CHANNEL		64
#define OVR5_MAX_PIP			16		// Actual number of PIP channel should be extracted from OVR5_BOARD_INFO

typedef struct _OVR5_SPLIT_CONF{
	ULONG	uNumRects;
	SIZE	szBoundSize;
	RECT	rcRect[OVR5_MAX_RECT];
	ULONG	aChannel[OVR5_MAX_CHANNEL];
} OVR5_SPLIT_CONF;

typedef struct _OVR5_PIP_INFO{
	ULONG	uNumPip;
	RECT	rcRect[OVR5_MAX_PIP];
	ULONG	aChannel[OVR5_MAX_PIP];
} OVR5_PIP_INFO;

typedef struct _OVR5_SPLIT_INFO{
	OVR5_SPLIT_CONF		scSplitConf;
	OVR5_PIP_INFO		piPipInfo;
	RECT				rcOverlaySrcRect;
} OVR5_SPLIT_INFO;

// OVR_SPLIT_INFO
//////////////////////////////////////////////////////////////////////////////////

//////////////////////////////////////////////////////////////////////////////////
// OVR_OSD_INFO

#define OVR5_OSD_TVOUT		0x00000001
#define OVR5_OSD_OVERLAY	0x00000002
#define OVR5_OSD_RAW_IMAGE	0x00000004 

#define OVR5_QR_OSD_INFO	0x2000	// 
typedef struct {
	DWORD	bSupport;	//bitwise OVR_OSD_type
	SIZE	szNTSC;			
	SIZE	szPAL;			
	DWORD	PaletteSize;
	BYTE	ClearByte;	
	DWORD	Reserved[4];
} OVR5_OSD_INFO;

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

#ifndef KERNEL_MODE_CODE

typedef struct _OVR5_OVERLAY_OBJ_INFO{
	LPDIRECTDRAW7			pDD;
	LPDIRECTDRAWSURFACE7	pDDSOverlay;
	LPDIRECTDRAWSURFACE7	pDDSOverlayBack;
	ULONG					reserved[13];
} OVR5_OVERLAY_OBJ_INFO;


extern "C"
{
//////////////////////////////////////////////////////////////////////////////////
// APIs

// Control
BOOL CMN5_API Ovr5Activate(ULONG uBdID,const UCHAR ActivationCode[CMN5_ACTIVATION_CODE_SIZE]);

BOOL CMN5_API Ovr5Setup(void);
BOOL CMN5_API Ovr5Endup(void);
BOOL CMN5_API Ovr5Run(void);
BOOL CMN5_API Ovr5Stop(void);

BOOL CMN5_API Ovr5CaptureEnable(ULONG uBdID, BOOL bEnable);

// Video format
BOOL CMN5_API Ovr5SetScreenMode(ULONG uBdID, ULONG uScreenMode);
BOOL CMN5_API Ovr5SetVideoFormat(ULONG uBdID, ULONG uFormat);

// Image Processor
BOOL CMN5_API Ovr5Split(ULONG uBdID, OVR5_SPLIT_INFO* pSplitInfo);
BOOL CMN5_API Ovr5EnableChannel(ULONG uBdID, ULONG uCh, BOOL bEnable);

// Video Decoder
BOOL CMN5_API Ovr5SetOvrProperty(ULONG uBdID, ULONG uCh, ULONG uOvrPropertyCmd, ULONG uParam0, ULONG uParam1, ULONG uParam2, ULONG uParam3);
BOOL CMN5_API Ovr5GetOvrProperty(ULONG uBdID, ULONG uCh, ULONG uOvrPropertyCmd, ULONG *puParam0, ULONG *puParam1, ULONG *puParam2, ULONG *puParam3);

BOOL CMN5_API Ovr5SetOvrAdjust(ULONG uBdID, ULONG uCh, ULONG uOvrAdjustCmd, ULONG uParam0, ULONG uParam1, ULONG uParam2, ULONG uParam3);
BOOL CMN5_API Ovr5GetOvrAdjust(ULONG uBdID, ULONG uCh, ULONG uOvrAdjustCmd, ULONG *puParam0, ULONG *puParam1, ULONG *puParam2, ULONG *puParam3);

BOOL CMN5_API Ovr5SetMultiOvrProperty(ULONG uNumCmd, CMN5_MULTI_COMMAND *pCmds);
BOOL CMN5_API Ovr5GetMultiOvrProperty(ULONG uNumCmd, CMN5_MULTI_COMMAND *pCmds);

BOOL CMN5_API Ovr5SetMultiOvrAdjust(ULONG uNumCmd, CMN5_MULTI_COMMAND *pCmds);
BOOL CMN5_API Ovr5GetMultiOvrAdjust(ULONG uNumCmd, CMN5_MULTI_COMMAND *pCmds);

// DirectDraw
BOOL CMN5_API Ovr5SetOverlayObjectInfo(OVR5_OVERLAY_OBJ_INFO* pInfo);

// Error code
BOOL CMN5_API Ovr5GetErrorCode(CMN5_ERROR_CODE_ITEM* item);

// User EEPROM
BOOL CMN5_API Ovr5ReadUserEEPROM(ULONG uBdID, ULONG uVPID, UCHAR *pData);
BOOL CMN5_API Ovr5WriteUserEEPROM(ULONG uBdID, ULONG uVPID,const UCHAR *pData);

// Information
BOOL CMN5_API Ovr5GetLastErrorCode(CMN5_ERROR_CODE_ITEM *pEcode);

BOOL CMN5_API Ovr5QueryInfo(ULONG uQueryInfoCmd, ULONG uIn, void *pOut);

BOOL CMN5_API Ovr5GetSystemInfo(CMN5_SYSTEM_INFO *pInfo);
BOOL CMN5_API Ovr5GetBoardInfo(ULONG uBdID,const CMN5_BOARD_INFO_DESC *pDesc, OVR5_BOARD_INFO *pInfo);

BOOL CMN5_API Ovr5SetOvrProperty(ULONG uBdID, ULONG uCh, ULONG uOvrPropertyCmd, ULONG uParam0, ULONG uParam1, ULONG uParam2, ULONG uParam3);
BOOL CMN5_API Ovr5GetOvrProperty(ULONG uBdID, ULONG uCh, ULONG uOvrPropertyCmd, ULONG *puParam0, ULONG *puParam1, ULONG *puParam2, ULONG *puParam3);

BOOL CMN5_API Ovr5SetMultiOvrProperty(ULONG uNumCmd, CMN5_MULTI_COMMAND *pCmds);
BOOL CMN5_API Ovr5GetMultiOvrProperty(ULONG uNumCmd, CMN5_MULTI_COMMAND *pCmds);

} // extern "C"

// Interface definition for IOvr5
interface IOvr5 : IUnknown
{
// Control
	STDMETHOD_(BOOL, Ovr5Activate)(ULONG uBdID,const UCHAR ActivationCode[CMN5_ACTIVATION_CODE_SIZE]) PURE ;

	STDMETHOD_(BOOL, Ovr5Setup)(void) PURE;
	STDMETHOD_(BOOL, Ovr5Endup)(void) PURE;
	STDMETHOD_(BOOL, Ovr5Run)(void) PURE;
	STDMETHOD_(BOOL, Ovr5Stop)(void) PURE;
	
	STDMETHOD_(BOOL, Ovr5CaptureEnable)(ULONG uBdID, BOOL bEnable) PURE;
	
	// Video format
	STDMETHOD_(BOOL, Ovr5SetScreenMode)(ULONG uBdID, ULONG uScreenMode) PURE;
	STDMETHOD_(BOOL, Ovr5SetVideoFormat)(ULONG uBdID, ULONG uFormat) PURE;
	
	// Image Processor
	STDMETHOD_(BOOL, Ovr5Split)(ULONG uBdID, OVR5_SPLIT_INFO* pSplitInfo) PURE;
	STDMETHOD_(BOOL, Ovr5EnableChannel)(ULONG uBdID, ULONG uCh, BOOL bEnable) PURE;
	
	// Video Decoder
	STDMETHOD_(BOOL, Ovr5SetOvrAdjust)(ULONG uBdID, ULONG uCh, ULONG uOvrAdjustCmd, ULONG uParam0, ULONG uParam1, ULONG uParam2, ULONG uParam3) PURE;
	STDMETHOD_(BOOL, Ovr5GetOvrAdjust)(ULONG uBdID, ULONG uCh, ULONG uOvrAdjustCmd, ULONG *puParam0, ULONG *puParam1, ULONG *puParam2, ULONG *puParam3) PURE;

	STDMETHOD_(BOOL, Ovr5SetMultiOvrAdjust)(ULONG uNumCmd, CMN5_MULTI_COMMAND *pCmds) PURE;
	STDMETHOD_(BOOL, Ovr5GetMultiOvrAdjust)(ULONG uNumCmd, CMN5_MULTI_COMMAND *pCmds) PURE;
	
	// DirectDraw
	STDMETHOD_(BOOL, Ovr5SetOverlayObjectInfo)(OVR5_OVERLAY_OBJ_INFO* pInfo) PURE;
	
	// Error code
	STDMETHOD_(BOOL, Ovr5GetErrorCode)(CMN5_ERROR_CODE_ITEM* item) PURE;
	
	// User EEPROM
	STDMETHOD_(BOOL, Ovr5ReadUserEEPROM)(ULONG uBdID, ULONG uVPID, UCHAR *pData) PURE;
	STDMETHOD_(BOOL, Ovr5WriteUserEEPROM)(ULONG uBdID, ULONG uVPID,const UCHAR *pData) PURE;
	
	// Information
	STDMETHOD_(BOOL, Ovr5GetLastErrorCode)(CMN5_ERROR_CODE_ITEM *pEcode) PURE;
	
	STDMETHOD_(BOOL, Ovr5QueryInfo)(ULONG uQueryInfoCmd, ULONG uIn, void *pOut) PURE;
	
	STDMETHOD_(BOOL, Ovr5GetSystemInfo)(CMN5_SYSTEM_INFO *pInfo) PURE;
	STDMETHOD_(BOOL, Ovr5GetBoardInfo)(ULONG uBdID,const CMN5_BOARD_INFO_DESC *pDesc, OVR5_BOARD_INFO *pInfo) PURE;

	STDMETHOD_(BOOL, Ovr5SetOvrProperty)(ULONG uBdID, ULONG uCh, ULONG uOvrPropertyCmd, ULONG uParam0, ULONG uParam1, ULONG uParam2, ULONG uParam3) PURE;
	STDMETHOD_(BOOL, Ovr5GetOvrProperty)(ULONG uBdID, ULONG uCh, ULONG uOvrPropertyCmd, ULONG *puParam0, ULONG *puParam1, ULONG *puParam2, ULONG *puParam3) PURE;

	STDMETHOD_(BOOL, Ovr5SetMultiOvrProperty)(ULONG uNumCmd, CMN5_MULTI_COMMAND *pCmds) PURE;
	STDMETHOD_(BOOL, Ovr5GetMultiOvrProperty)(ULONG uNumCmd, CMN5_MULTI_COMMAND *pCmds) PURE;
};

#endif

#pragma pack( pop, Ovr5BaordLibEx_H )

#endif // OVR5BOARDLIB_EX_H