#pragma once
#pragma pack (1)

//自定义消息
#define  WM_THREAD_RECV			WM_USER + 1000
#define  WM_SERTHREAD_RECV		WM_USER + 2000

#define  WP_WPARA_RECV				1001
#define  WP_WPARA_CLOSE				1002	//socket关闭
#define  WP_WPARA_THREAD_QUIT		1005	//线程关闭

#define  WP_WPARA_SERVER_RECV		2001
#define  WP_WPARA_SERVER_CLOSE		2002	//socket关闭
#define  WP_WPARA_SERTHREAD_QUIT	2005	//线程关闭

//寄存器总个数
#define  DUSTDEV_REGNUM				14     //采集寄存器的总个数

//采集数据
typedef struct __dustDevPara{
	double  fDCVolt;
	double	fDCCurr;
	double	fPSVolt;
	double	fPSCurr;
	WORD	wPsFreq;
	double  fEnvTempr;
	double  fEnvHumity;
	double  fDcIgbtTemp;
	double  fPulseIgbtTemp;
	__dustDevPara(){
		fDCVolt =0.0;
		fDCCurr =0.0;
		fPSVolt =0.0;
		fPSCurr =0.0;
		wPsFreq =0;
		fEnvTempr  =0.0;
		fEnvHumity =0.0;
		fDcIgbtTemp	=0.0;
		fPulseIgbtTemp =0.0;
	}
}ST_DUSTDEV_WOORKPARA;

//Modbus功能码枚举值
typedef enum __enumFuncCode{
	EN_MODBUS_READ_SINGLECOIL		=0x01,			//读线圈
	EN_MODBUS_READ_PERSISREG		=0x03,			//读寄存器
	EN_MODBUS_WRITE_SINGLECOIL		=0x05,			//写单个线圈
	EN_MODBUS_WRITE_SINGLEREG		=0x06,			//写单个寄存器
	EN_MODBUS_WRITE_MULTIREG		=0x10,

	EN_MODBUS_READ_SINGLECOIL_RSPERR	=0x81,
	EN_MODBUS_READ_PERSISREG_RSPERR		=0x83,
	EN_MODBUS_WRITE_SINGLECOIL_RSPERR	=0x85,
	EN_MODBUS_WRITE_SINGLEREG_RSPERR	=0x86,
	EN_MODBUS_WRITE_MULTIREG_RSPERR		=0x90
}EN_NUM_MODBUS_FUNCCODE;

//寄存器枚举值(*10表示寄存器的值为实际值得倍数)
typedef enum  __enumRegAddr{
	EN_REGADDR_DCVOLTH		=0x0000,		//直流电压高
	EN_REGADDR_DCVOLTL		=0x0001,		//直流电压低
	EN_REGADDR_DCCURR		=0x0002,		//直流电流		*10.0
	EN_REGADDR_PULSEVOLTH	=0x0003,		//脉冲电压高
	EN_REGADDR_PULSEVOLTL	=0x0004,		//脉冲电压低
	EN_REGADDR_PULSECURR	=0x0005,		//脉冲电流		*10.0
	EN_REGADDR_PULSEFREQ    =0x0006,		//脉冲频率		*10.0
	EN_REGADDR_ENVTEMP		=0x0007,		//环境温度		*10.0
	EN_REGADDR_ENVHUMITY	=0x0008,		//环境湿度		*10.0
	EN_REGADDR_SUPPLYVOLT	=0x0009,		//市电电压		*10.0
	EN_REGADDR_SUPPLYCURR	=0x000A,		//市电电流		*10.0
	EN_REGADDR_ACTODCVOLT   =0x000B,		//直流部分交流整流后的直流电压  *10.0
	EN_REGADDR_DCIGBTTEMP	=0x000C,		//直流部分IGBT工作温度	  *10.0
	EN_REGADDR_PULSEIGBTTEMP=0x000D			//脉冲部分IGBT工作温度    *10.0
}EN_NUM_REGADDR;

//MBAP报文头
typedef  struct  __modbusMbapHeader{
	WORD	wTransFlag;
	WORD	wProtocolFlag;
	WORD	wLen;
	BYTE	bUnitFlag;
	__modbusMbapHeader(){
		wTransFlag		=0;
		wProtocolFlag	=0;
		wLen			=0;
		bUnitFlag		=0;
	}
}ST_MODBUS_MBAP_HEADER;

//发送请求读单个线圈/多个寄存器报文---Cient端
typedef  struct  __clientRqtReadFrame{
	ST_MODBUS_MBAP_HEADER	stMbapHeader;
	BYTE					bFuncConde;
	WORD					wStartAddr;
	WORD					wRegNum;
	__clientRqtReadFrame()
	{
		bFuncConde	=0x0;
		wStartAddr	=0;
		wRegNum		=0;
	}
}ST_MODBUS_CLIENT_RQTREAD_FRAME;

//发送写单个线圈报文---Cient端
typedef  struct  __clientRqtWrtCoilFrame{
	ST_MODBUS_MBAP_HEADER	stMbapHeader;
	BYTE					bFuncConde;
	WORD					wAddr;
	WORD					wOutVal;
	__clientRqtWrtCoilFrame()
	{
		bFuncConde	=0x05;
		wAddr		=0;
		wOutVal		=0;
	}
}ST_MODBUS_CLIENT_RQTWRTCOIL_FRAME;

//发送写单个寄存器报文
typedef  struct  __serverRqtWrtRegFrame{
	ST_MODBUS_MBAP_HEADER	stMbapHeader;
	BYTE					bFuncConde;
	WORD					wAddr;
	WORD					wOutVal;
	__serverRqtWrtRegFrame()
	{
		bFuncConde	=0x06;
		wAddr		=0;
		wOutVal		=0;
	}
}ST_MODBUS_SERVER_RQTWRTREG_FRAME;

//发送写多个寄存器报文---Cient端
typedef  struct  __clientRqtWrtMultiRegFrame{
	ST_MODBUS_MBAP_HEADER	stMbapHeader;
	BYTE					bFuncConde;
	WORD					wStartAddr;
	WORD					wRegNum;
	BYTE					bLen;
	BYTE					bRegVal[255];
	__clientRqtWrtMultiRegFrame()
	{
		bFuncConde	=0x10;
		wStartAddr	=0;
		wRegNum		=0;
		bLen		=0;
		memset(bRegVal,0,255);
	}
}ST_MODBUS_CLIENT_RQTWRTMULTIREG_FRAME;

//响应读单个线圈/多个保持寄存器报文--Server 端
typedef  struct  __serveRspReadFrame{
	ST_MODBUS_MBAP_HEADER	stMbapHeader;
	BYTE					bFuncConde;
	BYTE					bLen;
	BYTE					bRtnData[255];
}ST_MODBUS_SERVER_RSPREAD_FRAME;

//响应写单个线圈/多个保持寄存器报文--Server 端
typedef  struct  __serveRspWrtFrame{
	ST_MODBUS_MBAP_HEADER	stMbapHeader;
	BYTE					bFuncConde;
	WORD					wStartAddr;
	WORD					wRegNum;
}ST_MODBUS_SERVER_RSPWRT_FRAME;

//错误响应帧
typedef  struct  __serverRspErrFrame{
	ST_MODBUS_MBAP_HEADER	stMbapHeader;
	BYTE					bFuncConde;
	BYTE					bErrCode;
}ST_MODBUS_SERVER_RSPERR_FRAME;

////===========================================================================================================
//------------以下定义与PC通信相关
//命令码枚举
typedef  enum   __enumpcCommFuncCode{
	EN_PCCOMM_TRANSDATA			=0x51,		//HMI--->PC
	EN_PCCOMM_WORKPARASET		=0x52,		//PC---->HMI
	EN_PCCOMM_SAMPLEPARASET		=0x53,		//PC---->HMI
	EN_PCCOMM_DEVSTARTSTOP		=0x54,		//PC---->HMI
	EN_PCCOMM_HISTORYDATARQT	=0x55,		//PC---->HMI

	EN_PCCOMM_TRANSDATA_RSP		=0x61,		//PC---->HMI
	EN_PCCOMM_WORKPARASET_RSP	=0x62,		//HMI--->PC
	EN_PCCOMM_SAMPLEPARASET_RSP =0x63,		//HMI--->PC
	EN_PCCOMM_DEVSTARTSTOP_RSP	=0x64		//HMI--->PC

}EN_NUM_PCCOMM_FUNCCODE;


//采集数据结构体
typedef  struct	  __devSampleData{
	int		iDevID;
	DWORD	dwIPAddr;
	WORD	wPulseFreq;
	float	fDcVolt;
	float	fDcCurr;
	float	fPulseVolt;
	float	fPulseCurr;
	float	fEnvTemprature;
	float	fEnvHumidity;
	float   fSupplyVolt;
	float	fSupplyCurr;
	float	fRectiferDC;
	float	fDcIgbtTemp;
	float	fPsIgbtTemp;
	BYTE	bSampleTime[6];
	__devSampleData(){
		iDevID		=0;
		dwIPAddr	=0;
		wPulseFreq	=0;
		fDcVolt		=0;
		fDcCurr		=0;
		fPulseVolt	=0;
		fPulseCurr	=0;
		fEnvHumidity=0;
		fEnvTemprature =0;
		fSupplyVolt	=0;
		fSupplyCurr =0;
		fRectiferDC =0;
		fDcIgbtTemp =0;
		fPsIgbtTemp =0;
		memset(bSampleTime,0,6);
	}
}ST_DEVSAMPLE_DATA;

//工作参数
typedef  struct  __devWorkParaFromPC{
	int		iDevID;
	DWORD	dwIPAddr;
	WORD	wPulseFreq;
	float	fDcVolt;
	float	fDcCurr;
	float	fPulseVolt;
	float	fPulseCurr;
	char    szDevName[32];
	char    szDevIPAddr[32];
	__devWorkParaFromPC(){
		iDevID		=0;
		dwIPAddr	=0;
		wPulseFreq	=0;
		fDcVolt		=0;
		fDcCurr		=0;
		fPulseVolt	=0;
		fPulseCurr	=0;
		szDevName[0] ='\0';
		szDevIPAddr[0] ='\0';
	}
	__devWorkParaFromPC& operator=(const __devWorkParaFromPC &rhs)
	{
		this->iDevID	= rhs.iDevID;
		this->dwIPAddr	= rhs.dwIPAddr;
		this->wPulseFreq= rhs.wPulseFreq;
		this->fDcVolt	= rhs.fDcVolt;
		this->fDcCurr	= rhs.fDcCurr;
		this->fPulseVolt= rhs.fPulseVolt;
		this->fPulseCurr= rhs.fPulseCurr;
		strcpy(this->szDevName,rhs.szDevName);
		strcpy(this->szDevIPAddr,rhs.szDevIPAddr);

		return (*this);
	}
}ST_DEVWORKPARA_FROMPC,*PST_DEVWORKPARA_FROMPC;

//采集参数
typedef  struct __devSampleParaFromPC{
	WORD	wSampleIntver;
	BYTE	bIsSavePcOnline;
	__devSampleParaFromPC(){
		wSampleIntver =0;
		bIsSavePcOnline =0;
	}
}ST_SAMPLEPARA_FROMPC;

//设备启停
typedef struct  __devStartStopFromPC{
	int		iDevID;
	DWORD	dwIPAddr;
	BYTE	bIsStart;
	__devStartStopFromPC(){
		iDevID		=0;
		dwIPAddr	=0;
		bIsStart	=0;
	}
}ST_DEVSTARTSTOP_FROMPC;

//历史数据请求
typedef struct   __historyRqtFromPC{
	int		iDevID;
	DWORD	dwIPAddr;
	BYTE	bStartTime[6];
	BYTE	bStopTime[6];
	__historyRqtFromPC(){
		iDevID		=0;
		dwIPAddr	=0;
		memset(bStartTime,0,6);
		memset(bStopTime,0,6);
	}
}ST_HISTORYRQT_FROMPC;

#pragma pack ()