#pragma once
#include "BaseClient.h"

class Upsstat
{
public:
	Upsstat() {
		inputVol = 0;
		lastVol = 0;
		outputVol = 0;
		outputLoad = 0;
		outputF = 0;
		unitVol = 0;
		tempValue = 0;
		isVolError = false;
		isBatteryVolLow = false;
		isBypassMode = false;
		isUpsError = false;
		upsType = false;
		isTesting = false;
		isShutdown = false;
	}
	~Upsstat() {}

public:
	BaseStat baseStat;
	float inputVol;				//输入电压: MMM.M
	float lastVol;				//上一次转电池放电时电压: NNN.N
	float outputVol;			//输出电压: PPP.P
	int outputLoad;				//输出负载百分比: QQQ
	float outputF;				//输入频率: RR.R
	float unitVol;				//电池单元电压: S.SS
	float tempValue;			//温度: TT.T
	bool isVolError;			//市电异常
	bool isBatteryVolLow;		//电池电压低
	bool isBypassMode;			//旁路模式
	bool isUpsError;			//UPS 故障
	bool upsType;				//UPS 后备式 (0 ：在线式)
	bool isTesting;				//测试进行中
	bool isShutdown;			//关机
};

#pragma pack(1)
class UpsstatParam
{
public:
	UpsstatParam()
		: inputVol(new FloatData("inputVol", u8"输入电压: MMM.M"))
		, lastVol(new FloatData("lastVol", u8"上一次转电池放电时电压: NNN.N"))
		, outputVol(new FloatData("outputVol", u8"输出电压: PPP.P"))
		, outputLoad(new IntData("outputLoad", u8"输出负载百分比: QQQ"))
		, outputF(new FloatData("outputF", u8"输入频率: RR.R"))
		, unitVol(new FloatData("unitVol", u8"电池单元电压: S.SS"))
		, tempValue(new FloatData("tempValue", u8"温度: TT.T"))
		, isVolError(new BoolData("isVolError", u8"市电异常"))
		, isBatteryVolLow(new BoolData("isBatteryVolLow", u8"电池电压低"))
		, isBypassMode(new BoolData("isBypassMode", u8"旁路模式"))
		, isUpsError(new BoolData("isUpsError", u8"UPS 故障"))
		, upsType(new BoolData("upsType", u8"UPS 后备式 (0 ：在线式)"))
		, isTesting(new BoolData("isTesting", u8"测试进行中"))
		, isShutdown(new BoolData("isShutdown", u8"关机"))
	 {
		//inputVol = 0;
		//lastVol = 0;
		//outputVol = 0;
		//outputLoad = 0;
		//outputF = 0;
		//unitVol = 0;
		//tempValue = 0;
		//isVolError = false;
		//isBatteryVolLow = false;
		//isBypassMode = false;
		//isUpsError = false;
		//upsType = false;
		//isTesting = false;
		//isShutdown = false;
	}
	 ~UpsstatParam(){}

public:
	BaseStat baseStat;
	char m_startFlag;				//开始标记
	FloatData* inputVol;				//输入电压: MMM.M
	FloatData* lastVol;				//上一次转电池放电时电压: NNN.N
	FloatData* outputVol;			//输出电压: PPP.P
	IntData* outputLoad;				//输出负载百分比: QQQ
	FloatData* outputF;				//输入频率: RR.R


	FloatData* unitVol;				//电池单元电压: S.SS
	FloatData* tempValue;			//温度: TT.T
	BoolData* isVolError;			//市电异常
	BoolData* isBatteryVolLow;		//电池电压低
	BoolData* isBypassMode;			//旁路模式
	BoolData* isUpsError;			//UPS 故障
	BoolData* upsType;				//UPS 后备式 (0 ：在线式)
	BoolData* isTesting;				//测试进行中
	BoolData* isShutdown;			//关机
	

	char m_endFlag;   //结束标记
};
#pragma pack()

class UPSClient :public TcpClient
{
public:
	UPSClient(void* pconfig = nullptr);
	~UPSClient();
	//void InitCommand();
	//void ShutDownUps(float minute);
	void GetStat(Upsstat& stat);

	//void SendToClients();
private:
	//void static ProcInfo(void* pobject, Command* pcommand);
	//void static ProcShutDown(void* pobject, Command* pcommand);
private:
	UpsstatParam m_Stat;
};