#pragma once
#include "UAVrtp.h"
// #ifdef DEVICEMANAGE_EXPORTS
// #include "UserConfigInfo.h"
// #include "OneChannelConfigInfo.h"
// #include "OneDeviceComptonSuppressSetting.h"
// #endif

#ifdef DEVICEMANAGE_EXPORTS
#define DEVICEMANAGE_API(type)  extern "C" _declspec(dllexport)  type _stdcall 
#else
#define DEVICEMANAGE_API(type)  extern "C" _declspec(dllexport)  type _stdcall 
#endif
// #include "OneComptonResultDataExport.h"

#ifdef __cplusplus
extern "C" {
#endif

	enum eMCSystemType
	{
		eReserve,
		eHPGEDEFAULE = 1,
		eCombineDevice = 2,
		eProxyDevice = 3,
		eRoundMC = 10,
		eRoundMCV1 = 11, // 第二通道计数
		eRoundMCHightThroughtput = 12, // 圆筒多道高计数率 
		eFP5XMC = 13,
		eDMCA2023 = 14,
		eHPGEMC = 30,
		eMulParamMC = 50,
		eDP3402PLUSMC = 51,
		eMulParam863MC = 60,
		eNeutronCount = 70,
		eAnalogMC = 80,
		eAnalogDigtalMC = 81,
		eHightThroughtMC=90,
		eHightThroughtMCCh2 = 91,
		eGeneralMC = 92,
		eAlphaMC = 93,
		eHVDevice = 100,
};

// 添加新的采样率后，需要注意在DeviceInfo.cpp中添加对应的索引
// 添加新的采样率后，需要注意在DeviceInfo.h 中修改SampleRateInMbpsToSampleRate修改
enum eSampleRate
{
	eNone,
	e80M,
	e250M,
	e500M,
	e50M,
	e200M,
	e1G,
	e125M,
};

#pragma pack(push,1)

struct sDeviceInfo
{
	char GUID[64];
	char SystemVersion[16];
	char CommVersion[16];
	eMCSystemType type;
	char MacAddr[32]; 
	char FilePath[MAX_PATH];
	unsigned char reserve[60];
};

class ChannelOpInfo
{
public:
	BOOL canop;
	double adcperiod;
	eSampleRate samplerate;
	double lmperiod;
	int adcmaxvalue;
	double adcvoltageinmv;
};  
typedef struct sDeviceDataPtr
{
	int	totalNum;
	void *pData[64];
}sDeviceDataPtr;

class DeviceData
{
public:
	int len = 1024*1024;
	BYTE pdata[1024*1024];
};
enum eDeviceManageOperate
{
	eAddDevice,
	eRemoveDevice,
};

enum eDeviceType
{
	// 硬件设备
	eHardwareDevice,
	// 回放设备
	eReplayDevice,
	// 文件设备
	eFileDevice,
	// 硬件组合设备
	eHardwareCombineDevice,
	// 回放组合设备
	eReplayCombineDevice,
	// 代理设备
	eDTProxyDevice,
};

enum eSprtOptType
{
	eAdd,
	eDec,
}; 

enum eDisplaSprtInfoType; 


typedef struct sOneSprtOptInfo
{
	void *pdev;
	int bdidx;
	int chidx;
	eSprtOptType opttype;
	eDisplaSprtInfoType sprttype;
}sOneSprtOptInfo;

class OneNeutronData
{
public:
	int chnum;
	__int64 measuretime;
	__int64 lowercount;
	__int64 betweencount;
	__int64 ttlcount;
	unsigned char reserve[32];
};

#ifndef DEVICEMANAGE_EXPORTS
#define ALIAS_NALE_LEN 64

enum eTransferMode
{
	eSpecturmMode,
	eFormWaveMode,
	eADCMode,
	eListMode,
	eABMode,
};

enum eAutoSteadyStatus
{
    a, // 未开启,
    b, // 稳谱中,
    c, // 稳谱完成,
    d, // 不支持,
    e, // 校准中,
    f, // 稳谱失败,
    g, // 校准失败,
    h, // 等待中,
};

typedef struct sAutoSteadyParam
{
    BOOL bEnable;
    eAutoSteadyStatus status;
    float offset;    // 10
    float a;
    float b;
    float c;
    unsigned short maxchanneldivfactor;
    unsigned short peakchannel; // 26
    unsigned short steadyPeriodInSec; // 28
    unsigned short peakhalfwidth; // 30
    double dc;
}sAutoSteadyParam;

class UserConfigInfo
{
public:
    char m_cAliasName[ALIAS_NALE_LEN];
    char _strMCName[32];
    int _iBDNum;
    int _iChNum;
    BOOL _bDisplayOrgCptSprt;
    BOOL _bDisplayComptonCptSprt;
    BOOL _bDisplayAntiComptonCptSprt;
    BOOL _bDisplayLMSprt;
    BOOL _bDisplayRiseTimeSprt;
    BOOL _bDisplayFallTimeSprt;
    __int64 _i64AdjustTickCount;
    __int64 _i64MinAllowTickCount;
    __int64 _i64MaxAllowTickCount;
    BOOL _bDisplayConfig;
    BOOL _bSaveLMData;
    BOOL _bWork;
    sAutoSteadyParam asp;
    char m_cReserve[16];
};

class OneChannelConfigInfo
{
public:
	void *__vfp;
	/// <summary>
	/// 数据传输模式
	/// </summary>
	eTransferMode m_eTransferModel = eSpecturmMode;
	/// <summary>
	/// 硬件增益
	/// </summary>
	int m_iDeviceGain = 1;
	/// <summary>
	/// 硬件增益
	/// </summary>
	int m_iDeviceGainSelectIndex = 1;
	/// <summary>
	/// 软件增益
	/// </summary>
	int m_iSoftGain = 3000;
	/// <summary>
	/// 时间常数
	/// </summary>
	double m_dConstTime = 45;
	/// <summary>
	/// 成形时间
	/// </summary>
	int m_iFormTime = 3;
	/// <summary>
	/// 快通道触发阈值
	/// </summary>
	double m_iFastChannelTrigerValue = 10;
	/// <summary>
	/// 多道分辨率
	/// </summary>
	int m_iChannelNum = 1024;

	int m_iHighVoltage = 0;

	//  sParamConfig ParamConfig;
	/// <summary>
	/// 输入12V信号衰减控制（1个ASCii字符表示）。‘0’表示关闭，‘1’表示启用衰减，偏移量2
	/// </summary>
	int m_iInputVoltageDesc = 0;
	/// <summary>
	/// CR微分模式启用（1个ASCii字符表示）。‘0’表示关闭，‘1’表示启用CR微分，偏移量3。对于复位型前放其输出的为阶梯信号，此时应启用CR微分，否则可不启用
	/// </summary>
	int m_iCRDivMode = 0;
	/// <summary>
	/// 输入信号正负极性选择（1个ASCii字符表示）。‘0’表示负信号，‘1’表示正信号，偏移量4
	/// </summary>
	int m_iInputSignalPostive = 0;
	/// <summary>
	/// 第一位为符号位，后四位为数值，以mV为单位,譬如’+0200’表示直流偏移200mV, 地址偏移量5-9
	/// </summary>
	int m_iCurrentOffset = 0;
	/// <summary>
	/// 最大能量范围，以keV为单位（5个ASCII字符） 譬如’04000’，表示最大能量范围为4MeV。设置为全零‘00000’则表示关闭自动稳谱功能。
	/// </summary>
	int m_iMaxEnergy = 0;
	/// <summary>
	/// Am峰面积寻峰法的面积比例 例如：‘15’表示截取峰顶高度15%的面积用于面积法寻峰
	/// </summary>
	int m_iAMPeakDiv = 0;
	/// <summary>
	/// K-40与Am-241的峰位校正系数 例如：‘24513’表示K-40与Am-241的峰位换算系数为24.513
	/// </summary>
	short m_iHVDelt = 0;
	short m_iHVCtrl = 0;

	int m_iGetSpecturmPeirod = 1;

	__int64 m_iTotalMeasureTime = 10;
	int m_iTotalMeasureCount = 1;

	int m_iTrapeTopShitBit = 0;

	int m_iRiseTime = 2;
	int m_iTopTime = 2;

	BOOL m_bICRCorrect = FALSE;

	int m_iCRZAValue = 0;

	int m_iZAEnable = 30;

	BYTE reserve[128]; 

	UserConfigInfo m_pUserConfigInfo;
};
#endif

typedef void(__stdcall *ONFINDDEVICEFINISHED)(int ret, sDeviceList* pDeviceList);

typedef void(__stdcall *ONUPDATEONEDEVICEBOARDDATA)(void* pHandle, sDeviceDataPtr *pdata);

typedef void(__stdcall *ONUPDATEONEDEVICECOMPTOMSUPRESSDATA)(void* pHandle,void *pComptonSet, sDeviceDataPtr *pdata);

typedef void(__stdcall *ONDEVICEMANAGECHANGED)(eDeviceManageOperate op, int ret, sDeviceList *pDeviceList);

typedef void(__stdcall *ONUPDATE_NEUTRONDATA)(void* pHandle, int ret, OneNeutronData* pData, int iLen);

typedef void(__stdcall *ONUPDATE_DEVICE_CONFIG)(void* pHandle, int bdnum,int chnum, void* pData, int iLen,void *pData2, int iLen2);

typedef void(__stdcall *ONUPDATE_PRESENT_CONFIG)(void* pHandle, int bdnum, int chnum);

// 更新设备配置结构信息
typedef void(__stdcall *ONUPDATE_DEVICE_STRUCT)(void* pHandle,void *pParent,int maxParentNum,void *pChild,int MaxChildNum, void *reserve);


DEVICEMANAGE_API(int) FindDeviceAsync(sFindDeviceConfig *fdc, ONFINDDEVICEFINISHED OnFindFinished);
DEVICEMANAGE_API(int) GetDeviceInfo(void *pHandle, sDeviceInfo *spDi, int budnum, int chnum);
DEVICEMANAGE_API(int) GetDeviceBoardTotalNum(void *pHandle);
DEVICEMANAGE_API(int) GetDeviceChTotalNum(void *pHandle, int bdidx); 

// DEVICEMANAGE_API(int) GetDeviceUserInfo(void *pHandle, UserConfigInfo *pUCI);
// DEVICEMANAGE_API(int) SetDeviceUserInfo(void *pHandle, UserConfigInfo *pUCI);
// DEVICEMANAGE_API(int) GetDeviceBoardUserInfo(void *pHandle, UserConfigInfo *pUCI, int bdidx);
// DEVICEMANAGE_API(int) GetDeviceBoardChannelUserInfo(void *pHandle, UserConfigInfo *pUCI, int bdidx, int chidx);
// DEVICEMANAGE_API(int) SetDeviceBoardChannelUserInfo(void *pHandle, UserConfigInfo *pUCI, int bdidx, int chidx);
DEVICEMANAGE_API(int) GetDeviceBoardChannelConfiginfo(void *pHandle, OneChannelConfigInfo *pUCI, int bdidx, int chidx);

DEVICEMANAGE_API(int) DBCSetHightVoltage(void *pHandle, OneChannelConfigInfo *pUCI, int bdidx, int chidx);
DEVICEMANAGE_API(int) DBCSoftParamConfig(void *pHandle, OneChannelConfigInfo *pUCI, int bdidx, int chidx);
DEVICEMANAGE_API(int) DBCHardDeviceParamConfig(void *pHandle, OneChannelConfigInfo *pUCI, int bdidx, int chidx);

DEVICEMANAGE_API(int) DBCStartMeasure(void *pHandle, int bdidx, int chidx);
DEVICEMANAGE_API(int) DBCStopMeasure(void *pHandle, int bdidx, int chidx); 
DEVICEMANAGE_API(int) DBCGetData(void *pHandle, int totalnum, DeviceData *pDevData, int bdidx, int chidx);
DEVICEMANAGE_API(int) DBCCombineGetData(void *pHandle, int totalnum, DeviceData *pDevData, int bdidx, int chidx);
DEVICEMANAGE_API(int) DBCSetUpdateDeviceBoardDataCallBack(void *pHandle, ONUPDATEONEDEVICEBOARDDATA d);
DEVICEMANAGE_API(int) DBCSetUpdateDeviceBoardLMPointDataCallBack(void *pHandle, ONUPDATEONEDEVICEBOARDDATA d);
DEVICEMANAGE_API(int) DBCClearData(void *pHandle, int bdidx, int chidx);
DEVICEMANAGE_API(int) DBCSaveConfig(void *pHandle);


// DEVICEMANAGE_API(int) DBCSetUpdateDeviceComptonSupressResultCallBack(void *pHandle, ONUPDATEONEDEVICECOMPTOMSUPRESSDATA d);

// DEVICEMANAGE_API(int) DBCGetDeviceAntiComptonSetting(void *pHandle, OneDeviceComptonSuppressSetting *pDevSet);
// DEVICEMANAGE_API(int) DBCGetDeviceOneMainAntiComptonSetting(void *pHandle, OneComptonSuppressSetting *pOneSet, int mainidx);
// DEVICEMANAGE_API(int) DBCGetDeviceOneSubAntiComptonSetting(void *pHandle, OneComptonSuppressSetting *pOneSet, int mainidx, int subidx);
// DEVICEMANAGE_API(int) DBCSetDeviceOneMainAntiComptonSetting(void *pHandle, OneComptonSuppressSetting *pOneSet, int mainidx);
// DEVICEMANAGE_API(int) DBCSetDeviceOneSubAntiComptonSetting(void *pHandle, OneComptonSuppressSetting *pOneSet, int mainidx, int subidx);

DEVICEMANAGE_API(void) DM_Con_Flushout();
DEVICEMANAGE_API(void) DM_Con_KeyPressEvent(char c, int codetype);
DEVICEMANAGE_API(void) DM_Con_Init(char *pStdOutBuff, int pStdOutBuffLen, char *pStdErrBuff, int pStdErrBuffLen);
DEVICEMANAGE_API(void) DM_Con_Exit();
DEVICEMANAGE_API(void) DM_Con_Run();
DEVICEMANAGE_API(void) DM_Con_Free(void *buf);
DEVICEMANAGE_API(int) CloseDevice(void *pHandle);

// 获取板卡通道对应的设备
DEVICEMANAGE_API(void*) DMGetOperateDevice(void *pHandle, int bdidx, int chidx);
// 设置查询保存lmaa格式
// set 参数为FALSE表示读取当前信息，如果为TRUE表示设置信息
// DEVICEMANAGE_API(int) DBCSaveAntiLMDataToFile(void *pHandle, int bdidx, int chidx, BOOL set, BOOL *bEnable, char *filename);

#pragma pack(pop)

#ifdef __cplusplus
}
#endif