valvedetect/3part/tadpole/include/tpBase/iAlgorithm.h

#ifndef __TP_ALGORITHM_H
#define __TP_ALGORITHM_H

#include "baseDefine.h"
#include <QtCore\qstring.h>
#include <QtGui\qimage.h>
#include <QtCore\qvariant.h>
#include <QtCore\qbuffer.h>
#include <QtCore\qstringlist.h>

#define ALG_SHARED_GLOBAL_KEY_APP_STATUS    "app_status"
#define ALG_SHARED_GLOBAL_KEY_APP_CHECKED   "app_checked_status"

class IAlgorithmShared
{
public:
    enum emAppStatus {
        APP_STATUS_DEFAULT = 0,
        APP_STATUS_SAMPLING = 1,
    };
    IAlgorithmShared() {}
    virtual ~IAlgorithmShared() {}
    virtual UINT64 ILastUpdateTime() = 0;
    virtual QStringList IGetStringList(const QString& key) = 0;
    virtual int IGetInt(const QString& key, int nDef = 0) = 0;
};

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

#define ALG_OPTION_GLOBAL_KEY_SAMPLING_OBJECT   "sampling_object"
class IAlgorithmOption
{
public:
    IAlgorithmOption() {}
    virtual ~IAlgorithmOption() {}
    virtual int GetIntValue(const QString& skey, int nDefault) = 0;
    virtual void SetIntValue(const QString& skey, int value) = 0;
    virtual QString GetStringValue(const QString& skey, const QString& default = "") = 0;
    virtual void SetStringValue(const QString& skey, const QString& value) = 0;
    virtual bool Save(bool bWait = true) = 0;
    virtual QVariantMap VariantMap() = 0;
    virtual bool DbSetValue(const QString& key, int type, const QByteArray& data) = 0;
    virtual bool DbGetValue(const QString& key, int type, QByteArray& data) = 0;
    virtual bool DbDelValue(const QString& key) = 0;
    virtual QStringList DbGetKeysByType(int type) = 0;
    virtual QVariant GetValue(const QString& skey, const QVariant& def) = 0;
    virtual void SetValue(const QString& skey, const QVariant& value) = 0;
};

typedef struct tagTP_ALGORITHM_OPTION {
    int                     algorithm;
    class IAlgorithmOption* pImagProcCb; 
} TP_ALGORITHM_OPTION;
////////////////////////////////////////////////////////////////////////////////////////////

enum emTpCameraProperty{
    TP_CAM_PROPERTY_NONE = 0,
    TP_CAM_PROPERTY_EXPOSURE = 1,
    TP_CAM_PROPERTY_BALANCE_RATIO_RED = 2,
    TP_CAM_PROPERTY_BALANCE_RATIO_GREEN = 3,
    TP_CAM_PROPERTY_BALANCE_RATIO_BLUE = 4,
    TP_CAM_PROPERTY_FOLDER_NAME = 50,
    TP_CAM_BITFLOW_BASE = 110,
    TP_CAM_BITFLOE_SAVE_CFG = TP_CAM_BITFLOW_BASE,
    TP_CAM_BITFLOW_ROW_RATE = TP_CAM_BITFLOW_BASE + 1,
    TP_CAM_BITFLOW_COMMAND = TP_CAM_BITFLOW_BASE + 9,
    TP_CAM_PROPERTY_FINISH = 0xFFFF
};
#define TP_MAX_STRING_SIZE      260
typedef struct tagTP_CAMERA_PROPERTY {
    emTpCameraProperty  property;
    long                value;
    char                szProperty[TP_MAX_STRING_SIZE];
    int                 nErrorCode;//return by camera
} TP_CAMERA_PROPERTY;


class IImageObject
{
public:
    IImageObject() { }
    virtual ~IImageObject() { }

    virtual emTpColorFormat IColorFormat() = 0;
    //@nOutBytesPerLine: 0 means there is no valid value
    virtual BYTE* IImageData(int& nOutW, int& nOutH, int& nOutBitsPerPixel, int& nOutBytesPerLine) = 0;
    virtual int IGetId() = 0;
    virtual int IGetAlgorithm() = 0;
    virtual int IGetFrameNum() = 0;
    virtual int IGetTriggerCount() = 0;
    virtual void ISetCameroProperty(TP_CAMERA_PROPERTY& property) = 0;
    virtual void ISendDataToUI(void* pData) = 0;
    //////////////////////////////////////////////////////////
    typedef void(*Comm_Callback_Func)(int cmd, BYTE* pData, int nDataLen, void* pContext);
    typedef struct tagDATA_TO_COMM_HEAD {
        char*               commNames;
        int                 cmd;
        Comm_Callback_Func  pfCallback;
        void*               pContext;
        tagDATA_TO_COMM_HEAD() {
            commNames = NULL;
            cmd = 0;
            pfCallback = NULL;
            pContext = NULL;
        }
    }DATA_TO_COMM_HEAD;
    virtual void IDataToComm(DATA_TO_COMM_HEAD& head, char* pData, int nLen) = 0;
    enum emTpDefectType {
        TP_DEF_CLEAN,
        TP_DEF_RECT_F,//double for float, pData is Left, Top, Width, Height;nDataLen = sizeof(double) * 4;
        TP_DEF_LINE_F,
        TP_DEF_CIRCLE_F,
        TP_DEF_ELLIPSE_F,
        TP_DEF_POLYGON_F,
        TP_DEF_POLYLINE_I,
    };
    virtual void IDrawDefect(const char* szWinName, emTpDefectType defectType, BYTE* pData, int nDataLen) = 0;
    virtual void IDrawDefectOrg(emTpDefectType defectType, BYTE* pData, int nDataLen) = 0;
    virtual void ISafeDataToUI(void* pData, int nDataLen) = 0;
    virtual void ISafeDataToUI(WORD type, void* pData, int nDataLen) = 0;
    virtual INT64 IMeterCode() = 0;
    virtual const char* IGetImageUtf8String() = 0;
    virtual void IDrawImage(QImage& image = QImage(), const char* szWinName = NULL) = 0;
    virtual QImage IImage() = 0;
    virtual const ZStringA& IDllSuffix() = 0;
    virtual void ISetResult(const QString& key, QVariant& val) = 0;
    virtual void IAccumulateResult(const QString& key, QVariant& val) = 0;
    virtual void IMoveToFolder(const QString& szFolder) = 0;
    virtual IAlgorithmShared* IGetShared() = 0;
    virtual void IVariantMapToUI(const QVariantMap& vMap) = 0;
    virtual const ZStringA& ICameraSerial() = 0;
    virtual const QVariant& IVarFromUI() = 0;
    virtual quint64 ITimeStamp() = 0;
};
//pColor is ARGB, eg 0xFF010101
inline void simple_draw_image_8(IImageObject* pImgObj, uint *pColor, int nNum) {
    //pImgObj->IDrawImage(QImage(pBuffer, w, h, QImage::Format_ARGB32).copy());
    QImage image = pImgObj->IImage();
    if (QImage::Format_Indexed8 == image.format() && NULL != pColor) {
        QVector<QRgb> corFmt;
        for (int i = 0; i < nNum; ++i) {
            corFmt.append(pColor[i]);
        }
        image.setColorTable(corFmt);
    }
   // pImgObj->IDrawImage(image);
}

class IAlgorithm
{
public:
    IAlgorithm() {}
    virtual ~IAlgorithm() {}

    virtual int IImageAnalysis(class IImageObject* pImgObj, TP_ALGORITHM_OPTION* pOpt, class IDetectorEngine* pDE) = 0;
protected:
};

//#define _LOAD_ALGORITHM_DLL_STATIC

#ifdef ALGORITHM_EXPORTS
#define ALGORITHM_API extern "C" __declspec(dllexport)
#else
#ifndef _LOAD_ALGORITHM_DLL_STATIC
#define ALGORITHM_API extern "C"
#else
#define ALGORITHM_API extern "C" __declspec(dllimport)
#endif
#endif

ALGORITHM_API IAlgorithm* Algorithm_Create(class IDetectorEngine*);
ALGORITHM_API void  Algorithm_Delete(IAlgorithm* pAlg);

#endif