GrpcPrint/PrintS/Communication/TempCtrlClient.h

#pragma once
#include "BaseClient.h"

#pragma pack(1)
struct TempAlarm
{
	char m_startFlag;  //开始标记
	BoolData* isOverLimit;					//上限报警
	BoolData* isLowerLimit;					//下限报警
	BoolData* isActiveAlarm;					//正偏差报警
	BoolData* isInactiveAlarm;				//负偏差报警
	BoolData* isInputLimit;					//超量程报警
	BoolData* al1;							//AL1状态，0为动作
	BoolData* al2;							//AL2状态，0为动作
	
	char m_endFlag;  //结束标记
	TempAlarm()
		: isOverLimit(new BoolData("isOverLimit", u8"上限报警"))
		, isLowerLimit(new BoolData("isLowerLimit", u8"下限报警"))
		, isActiveAlarm(new BoolData("isActiveAlarm", u8"正偏差报警"))
		, isInactiveAlarm(new BoolData("isInactiveAlarm", u8"负偏差报警"))
		, isInputLimit(new BoolData("isInputLimit", u8"超量程报警"))
		, al1(new BoolData("al1", u8"AL1状态，0为动作"))
		, al2(new BoolData("al2", u8"AL2状态，0为动作")){
		//isOverLimit = false;
		//isLowerLimit = false;
		//isActiveAlarm = false;
		//isInactiveAlarm = false;
		//isInputLimit = false;
		//al1 = false;
		//al2 = false;
	}
};


class TempStat
{
public:
	TempStat()
		: measuredValue(new FloatData("measuredValue", u8"测量值"))
		, settingValue(new FloatData("settingValue", u8"给定值"))
		, outputValue(new UcharData("outputValue", u8"输出值MV"))
		, scale(new IntData("scale", u8"数值放大倍数")){
		//measuredValue = 0;
		//settingValue = 0;
		//outputValue = 0;
		//scale = 0;
	}
	~TempStat(){}
public:
	BaseStat baseStat;

	char m_startFlag;  //开始标记
	FloatData* measuredValue;			//测量值
	FloatData* settingValue;				//给定值
	UcharData* outputValue;		//输出值MV
	IntData* scale;						//数值放大倍数
	char m_endFlag;  //开始标记

	TempAlarm alarm;				//报警信息
};
#pragma pack()

class TempCtrlClient :public TcpClient
{
public:
	TempCtrlClient(CommunicationCfg* pconfig);
	~TempCtrlClient();
	
	void SetTargeValue(float value);
	//void GetStat(TempStat& stat);

private:
	void InitCommand();
	void static ProcTempInfo(void* pobject, Command* pcommand);
	void static ProcSetTemp(void* pobject, Command* pcommand);
	

private:
	TempStat m_Stat;
};