#pragma once
#include "BaseClient.h"
#include "../config/ConfigManager.h"
#include "../LanguageManager.h"
#include <unordered_map>

#pragma pack(1)
class DoluyoChillerstat
{
public:
	explicit DoluyoChillerstat()
		: m_tempRealtimeValue(new FloatData("tempRealtimeValue",u8"水箱温度")) 
		, m_runInfo(new UShortData("runInfo",u8"水箱温度"))
		, m_isRun(new BoolData("isRun","水箱温度"))
		, m_alarmInfo(new UShortData("alarmInfo","水箱温度"))
		, m_tempSettingValue(new FloatData("tempSettingValue","水箱温度"))
		, m_isLevelAlarm(new BoolData("isLevelAlarm","水箱温度")){
		//tempRealtimeValue = 0;
		//runInfo = 0;
		//isRun = false;
		//alarmInfo = 0;
		//tempSettingValue = 0;
		//isLevelAlarm = false;
	}

	string GetRunInfo() {
		string str = "";
		switch (m_runInfo->GetValue()) {
		case 0:str = u8"待机"; break;
		case 2:str = u8"关机过程"; break;
		case 4:str = u8"制冷运行"; break;
		case 5:str = u8"制热运行"; break;
		case 6:str = u8"化霜运行"; break;
		}
		return str;
	}

	string GetAlarmInfo() {
		string str = "";
		switch (m_alarmInfo->GetValue())
		{
		case 0:str = u8"无故障"; break;
		case 1:str = u8"提示故障"; break;
		case 2:str = u8"停机故障"; break;
		}
		return str;
	}

public:
	BaseStat baseStat;

	char  m_startFlag;    //成员变量开始标记
	//float tempRealtimeValue;		//水箱温度
	FloatData* m_tempRealtimeValue;		//水箱温度
	//unsigned short runInfo;			//运行消息 0:待机 2:关机过程 4:制冷运行 5:制热运行 6:化霜运行
	UShortData* m_runInfo;			//运行消息 0:待机 2:关机过程 4:制冷运行 5:制热运行 6:化霜运行
	//bool isRun;			//开关机
	BoolData* m_isRun;			//开关机
	//unsigned short alarmInfo;		//故障消息 0:无故障 1:提示故障 2:停机故障
	UShortData* m_alarmInfo;		//故障消息 0:无故障 1:提示故障 2:停机故障
	//float tempSettingValue;			//设定温度
	FloatData* m_tempSettingValue;			//设定温度
	//bool isLevelAlarm;				//液位报警
	BoolData* m_isLevelAlarm;				//液位报警
	char  m_endFlag;    //成员变量结束标记
};

class HansChillerstat	 //冷水机
{
public:
	HansChillerstat() 
		: m_WaterOutTemp(new FloatData("WaterOutTemp", u8"出水温度"))
		, m_Flow(new FloatData("Flow", u8"流量"))
		, m_SettingTemp(new FloatData("SettingTemp", u8"设置温度"))
		, m_RunIndicate(new BoolData("RunIndicate", u8"运行指示"))
		, m_WorkIndicate(new BoolData("WorkIndicate", u8"工作正常指示"))
		, m_IsAlarm(new BoolData("IsAlarm", u8"报警"))
		, m_CompressorIndicate(new BoolData("CompressorIndicate", u8"压缩机指示"))
		, m_WaterPumpIndicate(new BoolData("WaterPumpIndicate", u8"水泵指示"))
		, m_HeaterIndicate(new BoolData("HeaterIndicate", u8"加热器指示"))
		, m_FanIndicate(new BoolData("FanIndicate", u8"风机指示"))
		, m_SolenoidValveIndicate(new BoolData("SolenoidValveIndicate", u8"电磁阀指示"))
		, m_FlowAlarm(new BoolData("FlowAlarm", u8"流量报警"))
		, m_TempAlarm(new BoolData("TempAlarm", u8"温度报警"))
		, m_PressureAlarm(new BoolData("PressureAlarm", u8"压力报警"))
		, m_WaterLevelAlarm(new BoolData("WaterLevelAlarm", u8"液位报警"))
		, m_LowTempErrorIndicate(new BoolData("LowTempErrorIndicate", u8"低温错误指示"))
		, m_TempUndulateIndicate(new BoolData("TempUndulateIndicate", u8"温度波动指示"))
		, m_TempSensorAlarm(new BoolData("TempSensorAlarm", u8"温度传感器故障报警"))
		, m_SolenoidValveAlarm(new BoolData("SolenoidValveAlarm", u8"电磁阀故障报警"))
		, m_HeaterExceptionIndicate(new BoolData("HeaterExceptionIndicate", u8"加热器异常指示"))
		, m_IOSignalIndicate(new BoolData("IOSignalIndicate", u8"IO信号指示"))
		, m_PhaseSeqAlarm(new BoolData("PhaseSeqAlarm", u8"相序报警"))
		, m_CompressorStartFreqAlarm(new BoolData("CompressorStartFreqAlarm", u8"压缩机起动频繁报警"))
		, m_IO0Alarm(new BoolData("IO0Alarm", u8"IO0错误报警"))
		, m_IO1Alarm(new BoolData("IO1Alarm", u8"IO1错误报警"))
		, m_IO2Alarm(new BoolData("IO2Alarm", u8"IO2错误报警"))
		, m_IO3Alarm(new BoolData("IO3Alarm", u8"IO3错误报警"))
		, m_IO4Alarm(new BoolData("IO4Alarm", u8"IO4错误报警"))
	
	{
	/*	m_WaterOutTemp=0.0f;
		m_Flow=0.0f;
		m_SettingTemp=0.0f;

		m_RunIndicate=false;
		m_WorkIndicate = false;
		m_IsAlarm = false;
		m_CompressorIndicate = false;
		m_WaterPumpIndicate = false;
		m_HeaterIndicate = false;
		m_FanIndicate = false;
		m_SolenoidValveIndicate = false;
		m_FlowAlarm = false;
		m_TempAlarm = false;
		m_PressureAlarm = false;
		m_WaterLevelAlarm = false;
		m_LowTempErrorIndicate = false;
		m_TempUndulateIndicate = false;

		m_TempSensorAlarm = false;
		m_SolenoidValveAlarm = false;
		m_HeaterExceptionIndicate = false;
		m_IOSignalIndicate = false;
		m_PhaseSeqAlarm = false;
		m_CompressorStartFreqAlarm = false;
		m_IO0Alarm = false;
		m_IO1Alarm = false;
		m_IO2Alarm = false;
		m_IO3Alarm = false;
		m_IO4Alarm = false;*/
	}
	~HansChillerstat(){}
public:
	BaseStat baseStat;

	char  m_startFlag;    //成员变量开始标记

	FloatData* m_WaterOutTemp;		//出水温度
	FloatData* m_Flow;				//流量
	FloatData* m_SettingTemp;		//设置温度
	
	BoolData* m_RunIndicate;		//运行指示
	BoolData* m_WorkIndicate;	//工作正常指示
	BoolData* m_IsAlarm;			//报警
	BoolData* m_CompressorIndicate;	//压缩机指示
	BoolData* m_WaterPumpIndicate;	//水泵指示
	BoolData* m_HeaterIndicate;		//加热器指示

	BoolData* m_FanIndicate;			//风机指示
	BoolData* m_SolenoidValveIndicate;	//电磁阀指示
	BoolData* m_FlowAlarm;		//流量报警
	BoolData* m_TempAlarm;		//温度报警
	BoolData* m_PressureAlarm;	//压力报警
	BoolData* m_WaterLevelAlarm;	//液位报警 
	BoolData* m_LowTempErrorIndicate;  //低温错误指示
	BoolData* m_TempUndulateIndicate;	//温度波动指示

	BoolData* m_TempSensorAlarm;		//温度传感器故障报警
	BoolData* m_SolenoidValveAlarm;		//电磁阀故障报警
	BoolData* m_HeaterExceptionIndicate;	//加热器异常指示
	BoolData* m_IOSignalIndicate;		//IO信号指示
	BoolData* m_PhaseSeqAlarm;		//相序报警
	BoolData* m_CompressorStartFreqAlarm; //压缩机起动频繁报警
	BoolData* m_IO0Alarm;		//IO0错误报警
	BoolData* m_IO1Alarm;		//IO1错误报警
	BoolData* m_IO2Alarm;		//IO2错误报警
	BoolData* m_IO3Alarm;		//IO3错误报警
	BoolData* m_IO4Alarm;		//IO4错误报警

	char  m_endFlag;  //成员变量结束标记
};

class TongFeiStat {

public:
	TongFeiStat()
		: m_IsLowVoltageAlarm(new BoolData("IsLowVoltageAlarm", u8"低压报警"))
		, m_IsHydraulicFailure(new BoolData("IsHydraulicFailure", u8"液路故障"))
		, m_IsLevelFailure(new BoolData("IsLevelFailure", u8"液位故障"))
		, m_IsLiquidPumpAlarm(new BoolData("IsLiquidPumpAlarm", u8"液泵热继电器报警"))
		, m_IsPressAlarm(new BoolData("IsPressAlarm", u8"压机热继电器报警"))
		, m_IsElectricHeatingFailure(new BoolData("IsElectricHeatingFailure", u8"电加热故障"))
		, m_IsAntifreezeAlarm(new BoolData("IsAntifreezeAlarm", u8"防冻报警"))
		, m_IsLiquidTempTooHigh(new BoolData("IsLiquidTempTooHigh", u8"液温太高"))
		, m_IsLiquidTempProbeFailure(new BoolData("IsLiquidTempProbeFailure", u8"液温温度探头故障"))
		, m_IsEffluentTempProbeFailure(new BoolData("IsEffluentTempProbeFailure", u8"出液温度探头故障"))
		, m_IsAmbientTempProbeFailure(new BoolData("IsAmbientTempProbeFailure", u8"环境温度探头故障"))
		, m_IsCondensationTempProbeFailure(new BoolData("IsCondensationTempProbeFailure", u8"冷凝温度探头故障"))
		, m_IsEvaporationInletTempProbeFailure(new BoolData("IsEvaporationInletTempProbeFailure", u8"蒸发进口温度探头故障"))
		, m_IsEvaporationOutletTempProbeFailure(new BoolData("IsEvaporationOutletTempProbeFailure", u8"蒸发出口温度探头故障"))
		, m_IsCondensationTempTooHigh(new BoolData("IsCondensationTempTooHigh", u8"冷凝温度过高"))
		, m_IsPhaseOrderError(new BoolData("IsPhaseOrderError", u8"相序错误"))
		, m_IsPowerFailure(new BoolData("IsPowerFailure", u8"电源故障"))
		, m_IsCompressorFailure(new BoolData("IsCompressorFailure", u8"压缩机故障"))
		, m_IsAmbientTempTooHigh(new BoolData("IsAmbientTempTooHigh", u8"环境温度太高"))
		, m_IsAmbientTempException(new BoolData("IsAmbientTempException", u8"环境温度异常"))
		, m_AlarmState(new IntData("AlarmState", u8"故障状态"))
		, m_RoomTempSettingValue(new FloatData("RoomTempSettingValue", u8"室温同调预设温度"))
		, m_ConstantTempSettingValue(new FloatData("ConstantTempSettingValue", u8"恒温预设温度"))
		, m_WorkMode(new IntData("WorkMode", u8"工作模式"))
		, m_RefrigerationMethod(new IntData("RefrigerationMethod", u8"制冷方式"))
		, m_LiquidAlarmTemp(new FloatData("LiquidAlarmTemp", u8"出液报警温度"))
		, m_UnitStatus(new IntData("UnitStatus", u8"机组状态"))
		, m_LiquidTempProbe(new FloatData("LiquidTempProbe", u8"液温温度探头"))
		, m_EffluentTempProbe(new FloatData("EffluentTempProbe", u8"出液温度探头"))
		, m_AmbientTempProbe(new FloatData("AmbientTempProbe", u8"环境温度探头"))
		, m_CondensationTempProbe(new FloatData("CondensationTempProbe", u8"冷凝温度探头"))
		, m_EvaporationInletTempProbe(new FloatData("EvaporationInletTempProbe", u8"蒸发进口温度探头"))
		, m_EvaporationOutletTempProbe(new FloatData("EvaporationOutletTempProbe", u8"蒸发出口温度探头"))
		, m_WorkingFrequency(new FloatData("WorkingFrequency", u8"运行频率"))
		, m_OverHeatingValue(new FloatData("OverHeatingValue", u8"过热度"))
		, m_EEV1(new FloatData("EEV1", u8"蒸发出口温度探头"))
		, m_EEV2(new FloatData("EEV2", u8"蒸发出口温度探头"))
		, m_CondensingFanRatio(new FloatData("CondensingFanRatio", u8"冷凝风机比例"))
		, m_ElectricHeatingRatio(new FloatData("ElectricHeatingRatio", u8"电加热比例"))
		, m_FlowRate(new FloatData("FlowRate", u8"流量"))
	{
	
	}

	BaseStat m_BaseStat;

	char  m_startFlag;    //成员变量开始标记
	BoolData* m_IsLowVoltageAlarm;		//低压报警
	BoolData* m_IsHydraulicFailure;		//液路故障
	BoolData* m_IsLevelFailure;			//液位故障
	BoolData* m_IsLiquidPumpAlarm;		//液泵热继电器报警
	BoolData* m_IsPressAlarm;			//压机热继电器报警
	BoolData* m_IsElectricHeatingFailure;			//电加热故障
	BoolData* m_IsAntifreezeAlarm;		//防冻报警
	BoolData* m_IsLiquidTempTooHigh;		//液温太高
	BoolData* m_IsLiquidTempProbeFailure;			//液温温度探头故障
	BoolData* m_IsEffluentTempProbeFailure;		//出液温度探头故障
	BoolData* m_IsAmbientTempProbeFailure;		//环境温度探头故障
	BoolData* m_IsCondensationTempProbeFailure;			//冷凝温度探头故障
	BoolData* m_IsEvaporationInletTempProbeFailure;		//蒸发进口温度探头故障
	BoolData* m_IsEvaporationOutletTempProbeFailure;		//蒸发出口温度探头故障
	BoolData* m_IsCondensationTempTooHigh;			//冷凝温度过高
	BoolData* m_IsPhaseOrderError;		//相序错误
	BoolData* m_IsPowerFailure;		//电源故障
	BoolData* m_IsCompressorFailure;			//压缩机故障
	BoolData* m_IsAmbientTempTooHigh;		//环境温度太高
	BoolData* m_IsAmbientTempException;		//环境温度异常
	IntData* m_AlarmState;		//故障状态
	FloatData* m_RoomTempSettingValue;	//室温同调预设温度
	FloatData* m_ConstantTempSettingValue;	//恒温预设温度
	IntData* m_WorkMode;			//工作模式
	IntData* m_RefrigerationMethod;	//制冷方式
	FloatData* m_LiquidAlarmTemp;		//出液报警温度
	IntData* m_UnitStatus;				//机组状态
	FloatData* m_LiquidTempProbe;	//液温温度探头
	FloatData* m_EffluentTempProbe;	//出液温度探头
	FloatData* m_AmbientTempProbe;	//环境温度探头
	FloatData* m_CondensationTempProbe;	//冷凝温度探头
	FloatData* m_EvaporationInletTempProbe;	//蒸发进口温度探头
	FloatData* m_EvaporationOutletTempProbe;	//蒸发出口温度探头
	FloatData* m_WorkingFrequency;		//运行频率
	FloatData* m_OverHeatingValue;		//过热度
	FloatData* m_EEV1;
	FloatData* m_EEV2;
	FloatData* m_CondensingFanRatio;		//冷凝风机比例
	FloatData* m_ElectricHeatingRatio;		//电加热比例
	FloatData* m_FlowRate;				//流量

	char  m_endFlag;    //成员变量开始标记
};
#pragma pack()

class ChillerClient:public TcpClient
{
public:
	ChillerClient(CommunicationCfg* pconfig, int* tp);
	~ChillerClient();
	
	void GetDoluyoStat(DoluyoChillerstat& stat);
	void GetHansStat(HansChillerstat& stat);
	void GetTongFeiStat(TongFeiStat& stat);
	void InitCommand();
	float GetWaterTemp();
	void DrawUI();
private:
	void static ProcDoluyoInfo(void* pobject, Command* pcommand);
	void static ProcDoluyoSettingValue(void* pobject, Command* pcommand);
	void static ProcDoluyoReadTargeValue(void* pobject, Command* pcommand);
	void SetDoluyoTargetTempValue(float value);

	void static ProcHansInfo(void* pobject, Command* pcommand);
	void SetHansTargetTempValue(float value);

	void static ProcTongfeiAlarmInputInfo(void* pobject, Command* pcommand);
	void static ProcTongfeiAlarmStateInfo(void* pobject, Command* pcommand);
	void static ProcTongfeiUserParamsInfo(void* pobject, Command* pcommand);
	void static ProcTongfeiAnaShowInfo(void* pobject, Command* pcommand);
	void static ProcTongfeiAnaShowInfo2(void* pobject, Command* pcommand);
	void static ProcTongfeianaShowInfo3(void* pobject, Command* pcommand);

public:
	bool m_IsShowUI;
private:
	DoluyoChillerstat m_DoluyoChillerStat;
	HansChillerstat m_HansChillerstat;
	TongFeiStat m_TongFeiStat;
	int* m_Type;
};