resistancemonitor/4.Data/MonitorObject.h

#pragma once
#include <string>
#include <map>
#include <list>
#include <vector>
#include <yyjson.h>

class CDevice;

enum class DAOCHA_POSITION {
	MP_UNKNOWN = 0,
	MP_FIX,
	MP_INVERT,
	MP_QUARTO,
};

struct ST_MOMP_INFO
{
	uint8_t check = 0xaa;
	uint8_t binstall_1 = 0;
	uint8_t binstall_2 = 0;
	uint8_t binstall_3 = 0;
	string name1;
	string name1utf;
	string name2;
	string name2utf;
	string name3;
	string name3utf;
	string out_name;
	string in_name;
	string imei;
	uint8_t idx = -1;
	CDevice *pDeivce = nullptr;
	uint32_t zzjno = 0; 
	string mo;
	string mp;
	string name;  //名称
	int detectToday0 = 3000;//当定位保持力参考值
	time_t detectTodayTime0 = 0;
	int detectToday1 = 3000;//当反位保持力参考值
	time_t detectTodayTime1 = 0;

public:
	//临时状态
	bool bFirstOnline = true;

public:
	//牵引点中间内存缓存数据
	//定位常态保持力值
	int  fix_const_retension_force = INT_MIN;
	//反位常态保持力值
	int  invert_const_retension_force = INT_MIN;
	//道岔位置
	//DAOCHA_POSITION epos = DAOCHA_POSITION::MP_UNKNOWN;
	std::map<time_t, DAOCHA_POSITION> mapPos;

	int m_nPowerZeroOffset = 0;	//阻力零值补偿
	
	~ST_MOMP_INFO(){
		check = 0x00;
	}
};


class CMonitorObject
{
public:
	CMonitorObject();
	virtual ~CMonitorObject();

public:

	std::string id;

	std::string name;

	std::string type;

	std::string up;

	std::list<CMonitorObject*> m_lstMo;
	//type = mo.mp 时 生效 设备（转辙机编号）
	uint16_t	eqpno = 0;		//牵引点以上节点没有no。牵引点有自身no， 牵引点再往下一层为采集类型码AcqTypeCode

	CMonitorObject* parent = nullptr;
	uint8_t check = 0xaa;
};

class CMonitorObjectMng
{
	CMonitorObjectMng();

	virtual ~CMonitorObjectMng();

public:
	static CMonitorObjectMng* Instance()	{ return &obj; };

	friend class CResistAlarmMng;

	BOOL	LoadMonitorTree();

	BOOL	LoadHistoryData();

	//转换IMEI和idx 转换成 mo mp
	bool	IMEI2MOMP(const std::string imei, const int idx, std::string& mo, std::string& mp);

	bool	IMEI2MOMP(const std::string& imei_idx, std::string& mo_mp);

	bool	MOMP2IMEI(const std::string& mo, const std::string& mp, std::string& imei, int& idx);

	bool	MOMP2IMEI(const std::string& momp, std::string& imeiidx);

	bool	MOMP2IMEI(const std::string& momp, std::string& imei, int& idx);
	//获取战场站点名
	bool	GetStationNameByMomP(const std::string& momp, std::string& station, std::string& momp_name);
	bool	GetStationNameByMomP(const std::string& mo, const std::string& mp, std::string& station, std::string& momp_name);
	//获取测力曲线名称
	bool	GetNameByMoMp(const std::string& momp, std::string& name1, std::string& name2, std::string& name3);
	bool	GetNameByMoMp(const std::string& momp, std::string& name1, std::string& name2, std::string& name3, std::string& out_name, std::string& in_name);
	//设置测力曲线名称
	void	SetNameByMoMp(const std::string& momp, std::string& name1, std::string& name2, std::string& name3);
	//获取转换阻力方向名称
	bool	GetDirectByMoMp(const std::string& momp, std::string& out_name, std::string& in_name);
	//设置转换阻力方向名称
	void	SetDirectByMoMp(const std::string& momp, std::string& out_name, std::string& in_name);

	static bool	spiltByPoint(const std::string&src, std::string& dst1, std::string& dst2);

	std::string concatStringByPoint(const std::string& src1, const std::string& src2);
	//通过ID来获取树节点
	CMonitorObject* GetTreeByID(const string& id);
	CMonitorObject* GetTreeByEpqID(uint16_t id);
	//根据momp来获取道岔对象

	//获取所有Type对象
	bool GetAllObjByType(std::vector<CMonitorObject*>& vctObj, const string& type);

	//序列化
	uint32_t  GeneralMoPack(uint8_t** pack, int* len);
	void GeneralMoPack(CMonitorObject* pObject, yyjson_mut_doc* doc, yyjson_mut_val* val);
	uint32_t  GeneralMpPack(uint8_t** pack, int* len);

	//const std::map<std::string, std::vector<string>>* GetMoMpName()const { return &m_mapMoMpName; }
	const std::map<std::string, std::string>* GetImeiIdxMoMp()const { return &m_mapImeiIdxMoMp; }

	inline auto GetZZJNO(const string& momp) {
		return m_mapMoMpInfo[momp]->zzjno;
	}
	inline auto GetZZJEPOS(const string& momp)
	{
		auto& epos = m_mapMoMpInfo[momp];
		if (epos->mapPos.empty())
		{
			return DAOCHA_POSITION::MP_UNKNOWN;
		}
		return epos->mapPos.rbegin()->second;
	}
	//删除ZZJ历史记录，保留最新的一个
	void ClearZZJHistroyEPOS(time_t t);
	//判断ZZJ状态是否发生变化
	bool IsZZJEPOSChanged(const string& momp, DAOCHA_POSITION ePos, time_t t) const
	{
		auto epos = m_mapMoMpInfo.find(momp);
		if (epos == m_mapMoMpInfo.end() || epos->second->mapPos.empty())
		{
			return false;
		}
		if (epos->second->mapPos.size() == 1)
		{
			return epos->second->mapPos.begin()->second != ePos;
		}

		for (auto it = epos->second->mapPos.begin(); it != epos->second->mapPos.end(); it++)
		{
			if (it->first <= t) continue;
			if (it->second != ePos)
			{
				return true;
			}
		}
		return false;
	}
	void UpdateZZJEPOS(const string& momp, DAOCHA_POSITION epos);

	inline auto GetMoMpInfo(const string& momp)
	{
		return m_mapMoMpInfo[momp];
	}

	inline ST_MOMP_INFO* GetMoMpInfoByZZJno(const int zzjno)
	{
		for (auto& it : m_mapMoMpInfo)
		{
			if (it.second->zzjno == zzjno)
				return it.second;
		}
		return nullptr;
	}

private:

	static CMonitorObject* GetTreeByID(CMonitorObject* p, const string& id);
	static CMonitorObject* GetTreeByEpqID(CMonitorObject* p, uint16_t id);
	static void GetAllObjByType(CMonitorObject* p, std::vector<CMonitorObject*>& vctObj, const string& type);

	BOOL	LoadMoMap();

	void	GetChild(std::list<CMonitorObject*>& lst, CMonitorObject* parent);

	bool	GetStationNameByMomP(CMonitorObject* pInfo, const std::string& momp, std::string& station, std::string& momp_name);

	void	Clear();

	CMonitorObject*	m_treeroot = nullptr;//整棵树

	std::map<std::string, std::string> m_mapImeiIdxMoMp;//设备号对应momp
	std::map<std::string, std::string> m_mapMoMpImeiIdx;

	std::map<std::string, ST_MOMP_INFO*> m_mapMoMpInfo;//mo, mp 对应信息
private:
	static CMonitorObjectMng obj;

};