#ifndef __KSJ_API_OBSOLETE_H__
#define __KSJ_API_OBSOLETE_H__

// #pragma message("Include KSJApiObsolete.h") 


#ifdef KSJAPI_EXPORTS
    #define KSJ_API __declspec(dllexport)
#elif defined KSJAPI_STATIC
    #define KSJ_API
#else
    #define KSJ_API __declspec(dllimport)
#endif

// 为了保持对老客户调用的兼容性，这个文件中的函数是以前版本定义的，但在新版本中仍然保留，但我们已经不推荐使用的函数。
// 其中有一些函数可以由其他函数替代，也有些函数已经不再支持。
#ifdef __cplusplus
extern "C"{
#endif


    KSJ_API  int __stdcall KSJ_BadPixelCorrectionSetThreshold(int nIndex, unsigned char btLow, unsigned char btHigh);

    KSJ_API  int __stdcall KSJ_BadPixelCorrectionGetThreshold(int nIndex, unsigned char *pbtLow, unsigned char *pbtHigh);

    enum KSJ_THRESHOLD
    {
        KSJ_THRESHOLD_LOW,  
        KSJ_THRESHOLD_HIGH  
    };

    KSJ_API  int __stdcall KSJ_BadPixelCorrectionSet(int nIndex, bool bEnable, KSJ_THRESHOLD Threshold);

    KSJ_API  int __stdcall KSJ_BadPixelCorrectionGet(int nIndex, bool *pbEnable, KSJ_THRESHOLD *pThreshold);

    typedef enum
    {
        KSJ_ALL_HUES,     
        KSJ_RED_HUES,     
        KSJ_YELLOW_HUES,  
        KSJ_GREEN_HUES,   
        KSJ_CYAN_HUES,    
        KSJ_BLUE_HUES,    
        KSJ_MAGENTA_HUES  
    } KSJHueRange;

    KSJ_API  int __stdcall KSJ_HueSaturationSet(int nIndex, KSJHueRange HueRange, int nHue, int nSaturation, int nLightness);

    KSJ_API  int __stdcall KSJ_HueSaturationGet(int nIndex, KSJHueRange HueRange, int *pnHue, int *pnSaturation, int *pnLightness);

    KSJ_API  int __stdcall KSJ_HueSaturationSetEnable(int nIndex, bool bEnable);

    KSJ_API  int __stdcall KSJ_HueSaturationGetEnable(int nIndex, bool *pbEnable);



    KSJ_API  int __stdcall KSJ_CaptureSetRecover(int nIndex, bool bRecover);

    KSJ_API  int __stdcall KSJ_CaptureGetRecover(int nIndex, bool *pbRecover);

    KSJ_API  int __stdcall KSJ_CaptureSetTimeOutEx(int nIndex, unsigned long dwTimeOut, bool bRecover);

    KSJ_API  int __stdcall KSJ_CaptureGetTimeOutEx(int nIndex, unsigned long *pdwTimeOut, bool *pbRecover);

    typedef void(__stdcall *KSJ_AWBCALLBACK)(bool bSuccess, int nValueR, int nValueG, int nValueB, void *lpContext);

    KSJ_API  int __stdcall KSJ_AWBSetCallback(int nIndex, KSJ_AWBCALLBACK fpAWBCallback, void *lpContext);

    KSJ_API  int __stdcall KSJ_AWBStart(int nIndex, bool bStart, int nMaxCount, int nRTarget, int nGTarget, int nBTarget);


    KSJ_API  int __stdcall KSJ_GammaOn(int nIndex, bool bOn);    


    // 设置固定帧速(通过设置sensor寄存器,使sensor输出固定帧率)，只有MUC36C/M(MGYY)和MU3E130C/M(CGYY)支持
    // V4.0.86.12版本开始，bEnable参数无效，通过用户设置KSJ_TRIGGER_FIXFRAMERATE模式来决定是否使能。
    KSJ_API  int __stdcall KSJ_SetFixedFrameRate(int nIndex, bool bEnable, float fFrameRate);
    KSJ_API  int __stdcall KSJ_GetFixedFrameRate(int nIndex, bool *pbEnable, float *pfFrameRate);

    // 闪光灯信号输出到实际相机输出的延时设置（暂不支持）
    KSJ_API  int __stdcall KSJ_StrobeDelaySet(int nIndex, unsigned short wDelay);
    KSJ_API  int __stdcall KSJ_StrobeDelayGet(int nIndex, unsigned short *pwDelay);
    KSJ_API  int __stdcall KSJ_StrobeDelayGetRange(int nIndex, unsigned short *wMin, unsigned short *wMax);


    // 设置图像传感器的工作方式（暂不支持）
    enum KSJ_SENSORMODE { KSJ_SM_TRIGGER_MODE, KSJ_SM_FREERUN_MODE, KSJ_SM_GRR_MODE };
    KSJ_API  int __stdcall KSJ_SensorModeSet(int nIndex, KSJ_SENSORMODE SensorMode);
    KSJ_API  int __stdcall KSJ_SensorModeGet(int nIndex, KSJ_SENSORMODE *SensorMode);

    typedef void(__stdcall *KSJ_CCCALLBACK)(bool bSuccess, int nRShift, int nGShift, int nBShift, void *lpContext);

    // 如下函数为软件颜色校正
    KSJ_API  int __stdcall KSJ_ColorCorrectSetCallback( int nIndex, KSJ_CCCALLBACK fpCCCallback, void *lpContext );

    enum KSJ_COLORCORRECT { KSJ_CC_NONE, KSJ_CC_SHIFTRGB, KSJ_CC_EQRGB, KSJ_CC_EQALL, KSJ_CC_WB };
    KSJ_API  int __stdcall KSJ_ColorCorrectSet  ( int nIndex, KSJ_COLORCORRECT ColorCorrect, int nRTarget, int nGTarget, int nBTarget );
    KSJ_API  int __stdcall KSJ_ColorCorrectGet  ( int nIndex, KSJ_COLORCORRECT *pColorCorrect );
    KSJ_API  int __stdcall KSJ_ColorCorrectGetEx( int nIndex, KSJ_COLORCORRECT *pColorCorrect, int *pnRTarget, int *pnGTarget, int *pnBTarget );

    KSJ_API  int __stdcall KSJ_ColorCorrectTableSave( int nIndex, const TCHAR *pszFileName );
    KSJ_API  int __stdcall KSJ_ColorCorrectTableLoad( int nIndex, const TCHAR *pszFileName );
    KSJ_API  int __stdcall KSJ_IsColorCorrectTableLoad( int nIndex, bool *bLoad );

    // KSJ_IR 红外灯， KSJ_UV 紫外灯，KSJ_VI 可见光灯
    enum KSJ_LED { KSJ_IR = 0, KSJ_UV, KSJ_VI };
    // KSJ_ON 灯亮，KSJ_OFF 灯关
    enum KSJ_LEDSTATUS { KSJ_OFF = 0, KSJ_ON };

    // 设置灯的状态
    KSJ_API  int __stdcall KSJ_LedSetStatus( int nIndex, KSJ_LED Led, KSJ_LEDSTATUS LedStatus );
    KSJ_API  int __stdcall KSJ_LedGetStatus( int nIndex, KSJ_LED Led, KSJ_LEDSTATUS *pLedStatus );


    enum KSJ_FLASHMODE//闪光灯模式（暂不支持）
    {
        KSJ_FM_TROW,
        KSJ_FM_SIMULTANEOUSEXPOSURE,
        KSJ_FM_SHUTTERWIDTH
    };
    KSJ_API  int __stdcall KSJ_FlashSetMode(int nIndex, KSJ_FLASHMODE FlashMode);//设置闪光灯模式（暂不支持）
    KSJ_API  int __stdcall KSJ_FlashGetMode(int nIndex, KSJ_FLASHMODE *pFlashMode);//获取闪光灯模式（暂不支持）

    KSJ_API  int __stdcall KSJ_AESetCallback(int nIndex, KSJ_AECALLBACK pfAECallback, void *lpContext);

    KSJ_API  int __stdcall KSJ_AEStart(int nIndex, bool bStart, int nMaxCount, int nTarget);

    KSJ_API  int __stdcall KSJ_AFSetRegion(int nIndex, int nX, int nY, int nW, int nH);

    KSJ_API  int __stdcall KSJ_AFShowRegion(int nIndex, bool bShow);

    KSJ_API  int __stdcall KSJ_AFGetRegion(int nIndex, int *pnX, int *pnY, int *pnW, int *pnH, bool *pbShow);

    typedef void(__stdcall *KSJ_AFCALLBACK)(int nValue, void *lpContext);

    KSJ_API  int __stdcall KSJ_AFSetCallback(int nIndex, KSJ_AFCALLBACK fpAFCallback, void *lpContext);

    KSJ_API  int __stdcall KSJ_AFStart(int nIndex, bool bStart);

    KSJ_API  int __stdcall KSJ_AECSetEnable ( int nIndex, bool bEnable  );

    KSJ_API  int __stdcall KSJ_AECGetEnable ( int nIndex, bool *pbEnable  );

    KSJ_API  int __stdcall KSJ_AECSetRange ( int nIndex, unsigned short usMin,  unsigned short usMax  );

    KSJ_API  int __stdcall KSJ_AECGetRange(int nIndex, unsigned short *pusMin, unsigned short *pusMax);

    KSJ_API  int __stdcall KSJ_AECGetCur(int nIndex, unsigned short *usCur);

    KSJ_API  int __stdcall KSJ_AGCSetEnable(int nIndex, bool bEnable);

    KSJ_API  int __stdcall KSJ_AGCGetEnable(int nIndex, bool *pbEnable);

    KSJ_API  int __stdcall KSJ_AGCSetRange(int nIndex, unsigned short usMin, unsigned short usMax);

    KSJ_API  int __stdcall KSJ_AGCGetRange(int nIndex, unsigned short *pusMin, unsigned short *pusMax);

    KSJ_API  int __stdcall KSJ_AGCGetCur(int nIndex, unsigned short *pusCur);

    KSJ_API  int __stdcall KSJ_GammaLutFileDownload(int nIndex, const TCHAR *pszKtbFile );

    KSJ_API  int __stdcall KSJ_GammaLutDataDownload(int nIndex, unsigned short *pData, int nWords );

    KSJ_API  int __stdcall KSJ_GammaLutSetEnable(int nIndex, bool bEnable   );

    KSJ_API  int __stdcall KSJ_GammaLutGetEnable(int nIndex, bool *pbEnable);


    enum KSJ_WATERMARKMODE 
    { 
        KSJ_WMM_TIMESTAMP, 
        KSJ_WMM_DISTINGUISH_EXTERNAL_TRIGGER, 
        KSJ_WMM_ANALYSIS_EXTERNAL_TRIGGER 
    };

    KSJ_API  int __stdcall KSJ_WaterMarkSetMode(int nIndex, KSJ_WATERMARKMODE WaterMarkMode);

    KSJ_API  int __stdcall KSJ_WaterMarkGetMode(int nIndex, KSJ_WATERMARKMODE *pWaterMarkMode);

    KSJ_API  int __stdcall KSJ_GetErrorInfo(IN int nErrorNo, OUT TCHAR pszErrorInfo[256]);

    KSJ_API  int __stdcall KSJ_PreviewGetFrameRate(int nIndex, float *fFrameRate);

    KSJ_API  int __stdcall KSJ_PreviewGetPausedData(int nIndex, unsigned char *pData);

    KSJ_API  int __stdcall KSJ_PreviewPause(int nIndex, bool bPause);

    KSJ_API  int __stdcall KSJ_PreviewGetPausedDataEx(int nIndex, unsigned char *pData, int *pnWidth, int *pnHeight, int *pnBitCount);

    enum KSJ_PREVIEWMODE// 枚举类型视频预览模式
    {
        PM_RAWDATA, 
        PM_RGBDATA  
    };

    KSJ_API  int __stdcall KSJ_PreviewGetDefaultMode(int nIndex, KSJ_PREVIEWMODE *pPreviewMode);

    KSJ_API  int __stdcall KSJ_PreviewSetMode(int nIndex, KSJ_PREVIEWMODE PreviewMode);

    KSJ_API  int __stdcall KSJ_PreviewGetMode(int nIndex, KSJ_PREVIEWMODE *pPreviewMode);

    KSJ_API  int __stdcall KSJ_PreviewSetCalibration(int nIndex, bool bEnable);

    KSJ_API  int __stdcall KSJ_PreviewGetCalibration(int nIndex, bool *pbEnable);

    KSJ_API  int __stdcall KSJ_CaptureSetCalibration(int nIndex, bool bEnable);

    KSJ_API  int __stdcall KSJ_CaptureGetCalibration(int nIndex, bool *pbEnable);

    enum KSJ_SNAPBUTTONSTATUS 
    {
        KSJ_UP,     
        KSJ_DOWN    
    };

    KSJ_API  int __stdcall KSJ_SnapButtonStatus(int nIndex, KSJ_SNAPBUTTONSTATUS *pSnapButtonStatus);

    KSJ_API  int __stdcall KSJ_HelperStretchBmp(unsigned char *pData, int nWidth, int nHeight, int nBitCount, unsigned char *pStretchData, int nStretchWidth, int nStretchHeight);

    KSJ_API  int __stdcall KSJ_HelperGetBmpFileHeaderSize(int nBitCount, int *pnTotalBytes);

    KSJ_API  int __stdcall KSJ_HelperGetBmpFileHeader(int nWidth, int nHeight, int nBitCount, void *pHeader);

    KSJ_API  int __stdcall KSJ_CaptureRgbDataToClipboard(int nIndex);

    KSJ_API  int __stdcall KSJ_GammaLutInfoProgram(int nIndex, unsigned short wValue);
    KSJ_API  int __stdcall KSJ_GammaLutInfoReadout(int nIndex, unsigned short *pValue);

    KSJ_API  int __stdcall KSJ_GammaLutFileProgram(int nIndex, TCHAR *pszFile);
    KSJ_API  int __stdcall KSJ_GammaLutDataProgram(int nIndex, unsigned short *pData, int nWords);
    KSJ_API  int __stdcall KSJ_GammaLutDataReadout(int nIndex, unsigned short *pData, int *pnWords);



    KSJ_API  int __stdcall KSJ_StreamReadRawData(int nIndex, unsigned char *pRawData);

    KSJ_API  int __stdcall KSJ_StreamReadRgbData(int nIndex, unsigned char *pRgbData);

    KSJ_API  int __stdcall KSJ_StreamReadRawDataEx(int nIndex, unsigned char *pRawData, unsigned int* pDataSize);

    KSJ_API  int __stdcall KSJ_StreamReadRgbDataEx(int nIndex, unsigned char *pRgbData, unsigned int* pDataSize);

#if 0

KSJ_API  int __stdcall KSJ_IsSupportLUT( int nIndex );                      
KSJ_API  int __stdcall KSJ_EnableLUT( int nIndex, bool bEnable );           
KSJ_API  int __stdcall KSJ_IsEnableLUT( int nIndex, bool *pbEnable );       


// 这个函数会使相机将查找表写入到24LC1024的LUT_BASE_ADDRESS为基址的ulOffsetAddress为偏移的地址。
KSJ_API  int __stdcall KSJ_ReadLUT ( int nIndex, unsigned short usOffsetAddress, int nBytes, unsigned char *pData   );
// nBytes必须不大于64字节，usOffsetAddress 从0开始。
KSJ_API  int __stdcall KSJ_WriteLUT( int nIndex, unsigned short usOffsetAddress, unsigned char *pData, int nBytes  );

// 加载影射表
// 这个表要通过凯视佳专用的影射表生成工具生成, 此函数会根据查找表的不同类型进行相应的加载
// 对于12bit->8bit或者10bit->8bit映射表, 库函数会在设置16bit数据传输模式时,通过影射之后进行显示，此功能由PC端计算完成。
KSJ_API  int __stdcall KSJ_LoadMapTableFile( int nIndex, bool bLoad, const TCHAR *pszTableName );    
/*
KSJ_API  int __stdcall KSJ_WhiteBalanceAutoSetOnce( int nIndex, bool bOnce );               /// You should call KSJ_WhiteBalanceSetEnable after call this function.
KSJ_API  int __stdcall KSJ_WhiteBalanceAutoSetContinuous( int nIndex, bool bContinuous );   /// You should call KSJ_WhiteBalanceSetEnable after call this function.

KSJ_API  int __stdcall KSJ_WhiteBalanceAutoGetOnce( int nIndex, bool *pbOnce );             /// You should call KSJ_WhiteBalanceSetEnable after call this function.
KSJ_API  int __stdcall KSJ_WhiteBalanceAutoGetContinuous( int nIndex, bool *pbContinuous );

KSJ_API  int __stdcall KSJ_WhiteBalanceSetEnable( int nIndex, bool bEnable );
KSJ_API  int __stdcall KSJ_WhiteBalanceGetEnable( int nIndex, bool *pbEnable );
*/

// 白平衡后再做颜色校正处理
//enum KSJ_COLORCORRECTION { KSJCC_NONE = 0, KSJCC_WARMLIGHT, KSJCC_COOLLIGHT, KSJCC_SUNLIGHT, KSJCC_OV, KSJCC_KODAK };
//KSJ_API  int __stdcall KSJ_ColorCorrectionSet( int nIndex, KSJ_COLORCORRECTION  ColorCorrect  );
//KSJ_API  int __stdcall KSJ_ColorCorrectionGet( int nIndex, KSJ_COLORCORRECTION *pColorCorrect );


// KSJ_API  int __stdcall KSJ_ColorCorrectionSetEnable( int nIndex, bool bEnable );
// KSJ_API  int __stdcall KSJ_ColorCorrectionGetEnable( int nIndex, bool *pbEnable );



#endif
#ifdef __cplusplus
}
#endif

#endif