#pragma once
#include "BaseClient.h"
#include "../config/bean/RunCfg.h"

#include "../config/bean/AlarmCfg.h"


class PowerStat
{
public:
	PowerStat() {
		uab = 0.0f;
		ubc = 0.0f;
		uca = 0.0f;
		ua = 0.0f;
		ub = 0.0f;
		uc = 0.0f;
		ia = 0.0f;
		ib = 0.0f;
		ic = 0.0f;
		pt = 0.0f;
		pa = 0.0f;
		pb = 0.0f;
		pc = 0.0f;
		qt = 0.0f;
		qa = 0.0f;
		qb = 0.0f;
		qc = 0.0f;
		pft = 0.0f;
		pfa = 0.0f;
		pfb = 0.0f;
		pfc = 0.0f;
		freq = 0.0f;
		impEp = 0.0f;
		expEp = 0.0f;
		q1Eq = 0.0f;
		q2Eq = 0.0f;
		q3Eq = 0.0f;
		q4Eq = 0.0f;

		irAt = 0.0f;
		urAt = 0.0f;
	}
public:
	//BaseStat baseStat;
	float uab;
	float ubc;
	float uca;
	float ua;
	float ub;
	float uc;
	float ia;
	float ib;
	float ic;
	float pt;
	float pa;
	float pb;
	float pc;
	float qt;
	float qa;
	float qb;
	float qc;
	float pft;
	float pfa;
	float pfb;
	float pfc;
	float freq;

	float impEp;
	float expEp;
	float q1Eq;
	float q2Eq;
	float q3Eq;
	float q4Eq;

	float irAt;
	float urAt;
};

#pragma pack(1)
class PowerParam
{
public:
	PowerParam()
		: uab(new FloatData("uab", u8"uab"))
		, ubc(new FloatData("ubc", u8"ubc"))
		, uca(new FloatData("uca", u8"uca"))
		, ua(new FloatData("ua", u8"ua"))
		, ub(new FloatData("ub", u8"ub"))
		, uc(new FloatData("uc", u8"uc"))
		, ia(new FloatData("ia", u8"ia")) 
		, ib(new FloatData("ib", u8"ib"))
		, ic(new FloatData("ic", u8"ic"))
		, pt(new FloatData("pt", u8"pt"))
		, pa(new FloatData("pa", u8"pa"))
		, pc(new FloatData("pc", u8"pc"))
		, qt(new FloatData("qt", u8"qt"))
		, qa(new FloatData("qa", u8"qa"))
		, qb(new FloatData("qb", u8"qb"))
		, qc(new FloatData("qc", u8"qc"))
		, pft(new FloatData("pft", u8"pft"))
		, pfa(new FloatData("pfa", u8"pfa"))
		, pfb(new FloatData("pfb", u8"pfb"))
		, pfc(new FloatData("pfc", u8"pfc"))
		, freq(new FloatData("freq", u8"freq"))
		, impEp(new FloatData("impEp", u8"impEp"))
		, expEp(new FloatData("expEp", u8"expEp"))
		, q1Eq(new FloatData("q1Eq", u8"q1Eq"))
		, q2Eq(new FloatData("q2Eq", u8"q2Eq"))
		, q3Eq(new FloatData("q3Eq", u8"q3Eq"))
		, q4Eq(new FloatData("q4Eq", u8"q4Eq"))
		, irAt(new FloatData("irAt", u8"irAt"))
		, urAt(new FloatData("urAt", u8"urAt")){
	}
public:
	//BaseStat baseStat;
	char m_startFlag;

	FloatData* uab;
	FloatData* ubc;
	FloatData* uca;
	FloatData* ua;
	FloatData* ub;
	FloatData* uc;
	FloatData* ia;
	FloatData* ib;
	FloatData* ic;
	FloatData* pt;
	FloatData* pa;
	FloatData* pb;
	FloatData* pc;
	FloatData* qt;
	FloatData* qa;
	FloatData* qb;
	FloatData* qc;
	FloatData* pft;
	FloatData* pfa;
	FloatData* pfb;
	FloatData* pfc;
	FloatData* freq;
	FloatData* impEp;
	FloatData* expEp;
	FloatData* q1Eq;
	FloatData* q2Eq;
	FloatData* q3Eq;
	FloatData* q4Eq;
	FloatData* irAt;
	FloatData* urAt;

	char m_endFlag;

};
#pragma pack()

class PowerMeterClient:public TcpClient
{
public:
	PowerMeterClient(void* pconfig = nullptr);
	~PowerMeterClient();

	void DrawUI(bool* isshow);

	void GetState(PowerStat& stat);
	//void ResetElec();
	//void UpdateData(const ReadData& msg);
private:
	//void InitCommand();

	//void static PorcPowerValue(void* pobject, Command* pcommand);
	//void static PorcPowerValue2(void* pobject, Command* pcommand);
	//void static PorcVoltageValue(void* pobject, Command* pcommand);
	//void static PorcVoltageValue2(void* pobject, Command* pcommand);
	//void static ProcUnitValue(void* pobject, Command* pcommand);
private:
	PowerParam m_State;

	RunCfg* m_RunCfg;
	AlarmCfgWrapper* m_AlarmCfgWrapper;
};