asdu.h

为电力系统开发保护设备装置通讯的源代码 采用串口通讯, ret hat 9下 QT开发

#ifndef ASDU_H
#define ASDU_H

#include "103Function.h"

class CAsdu
{
	public:
	CAsdu();
	virtual ~CAsdu();
	
	public:
	virtual void BulidArray(CByteArray& Data) = 0;
	virtual void ExplainAsdu(int iProcessType = 0) = 0;
	
	void SaveAsdu(CByteArray& Data);
	
	public:
	BYTE m_TYP;	//ASDU 类型标示
	VSQ  m_VSQ;	//ASDU 可变结构限定词
	BYTE m_COT;	//ASDU 传送原因
	BYTE m_Addr;	//ASDU 应用服务数据单元公共地址
	BYTE m_FUN;	//ASDU 功能类型
	BYTE m_INF;	//ASDU 信息序号
	
	CByteArray m_ASDUData;//ASDU 原始数据
	
	int m_iResult;
};

class CAsdu01 : public CAsdu
{
	public:
	CAsdu01();
	virtual void BulidArray(CByteArray& Data){Data.SetSize(0);}
	virtual void ExplainAsdu(int iProcessType = 0);

	public:
	DPI m_Dpi;
	CP32Time2a m_Cp32Time;
	BYTE m_SIN;//仅当总查询（总召唤）的情况下，附加信息才有关
};

class CAsdu02 : public CAsdu
{
	public:
	CAsdu02();
	virtual void BulidArray(CByteArray& Data){Data.SetSize(0);}
	virtual void ExplainAsdu(int iProcessType = 0);

	public:
	DPI m_Dpi;
	CP32Time2a m_Cp32TimeRET;//相对时间（RET），在总查询（总召唤）的情况下，相对时间和故障序号无关
	WORD m_FAN;
	CP32Time2a m_Cp32Time;
	BYTE m_SIN;//仅当总查询（总召唤）的情况下，附加信息才有关
};

class CAsdu03 : public CAsdu
{
	public:
	CAsdu03();
	virtual void BulidArray(CByteArray& Data){Data.SetSize(0);}
	virtual void ExplainAsdu(int iProcessType = 0);
	
	public:
	MEA m_BPhaseCurrent;//B相电流
	MEA m_ABPhaseLineVoltage;//AB相线电压
	MEA m_PPower;//有功功率
	MEA m_QPower;//无功功率
};

class CAsdu04 : public CAsdu
{
	public:
	CAsdu04();
	virtual void BulidArray(CByteArray& Data){Data.SetSize(0);}
	virtual void ExplainAsdu(int iProcessType = 0);
	
	public:
	float m_SCL;//短路位置
	CP32Time2a m_Cp32TimeRET;//相对时间（RET），在总查询（总召唤）的情况下，相对时间和故障序号无关
	WORD m_FAN;
	CP32Time2a m_Cp32Time;
};
/*
class CAsdu05 : public CAsdu
{
};
*/
class CAsdu06 : public CAsdu
{
	public:
	CAsdu06();
	virtual void BulidArray(CByteArray& Data);
	virtual void ExplainAsdu(int iProcessType = 0);

	public:
	CP56Time2a m_Cp56Time2a;
};

class CAsdu07 : public CAsdu
{
	public:
	CAsdu07();
	virtual void ExplainAsdu(int iProcessType = 0){iProcessType = 0;}
	virtual void BulidArray(CByteArray &Data);

	public:
	BYTE m_SCN;
};

class CAsdu08 : public CAsdu
{
	public:
	CAsdu08();
	virtual void BulidArray(CByteArray& Data){Data.SetSize(0);}
	virtual void ExplainAsdu(int iProcessType = 0);
	
	public:
	BYTE m_SCN;
};

class CAsdu09 : public CAsdu
{
	public:
	CAsdu09();
	virtual void BulidArray(CByteArray& Data){Data.SetSize(0);}
	virtual void ExplainAsdu(int iProcessType = 0);
	
	public:
	MEA m_APhaseCurrent;//A相电流
	MEA m_BPhaseCurrent;//B相电流
	MEA m_CPhaseCurrent;//C相电流
	MEA m_APhaseVoltage;//A相电压
	MEA m_BPhaseVoltage;//B相电压
	MEA m_CPhaseVoltage;//C相电压
	MEA m_PPower;//有功功率
	MEA m_QPower;//无功功率
	MEA m_Frequency;//频率
};

class CAsdu10 : public CAsdu
{
	public:
	CAsdu10();
	~CAsdu10();
	virtual void ExplainAsdu(int iProcessType = 0);
	virtual void BulidArray(CByteArray& Data);
	
	void Init();
	void ExplainAsdu(CFaultExplain& FExplain);
	
	public:
	BYTE m_RII;
	NGD  m_NGD;
	QPtrList<DataSet> m_DataSets;
};
/*
class CAsdu11 : public CAsdu
{
};

class CAsdu20 : public CAsdu
{
};
*/
class CAsdu21 : public CAsdu
{
	public:
	CAsdu21();
	~CAsdu21();
	virtual void ExplainAsdu(int iProcessType = 0){iProcessType = 0;}
	virtual void BulidArray(CByteArray& Data);
	
	public:
	BYTE m_RII;
	BYTE m_NOG;
	QPtrList<DataSet> m_DataSets;
};

class CAsdu23 : public CAsdu
{
	public:
	virtual void BulidArray(CByteArray& Data){Data.SetSize(0);}
	virtual void ExplainAsdu(int iProcessType = 0);

	public:
	CMyArray<DistrubDataTable, DistrubDataTable>m_DDTables;
};

class CAsdu24 : public CAsdu
{
	public:
	CAsdu24();
	virtual void ExplainAsdu(int iProcessType = 0){iProcessType = 0;}
	virtual void BulidArray(CByteArray& Data);

	public:
	BYTE m_TOO;
	BYTE m_TOV;
	WORD m_FAN;
	BYTE m_ACC;
};

class CAsdu25 : public CAsdu
{
	public:
	CAsdu25();
	virtual void ExplainAsdu(int iProcessType = 0){iProcessType = 0;}
	virtual void BulidArray(CByteArray& Data);
	
	public:
	BYTE m_TOO;
	BYTE m_TOV;
	WORD m_FAN;
	BYTE m_ACC;
};

class CAsdu26 : public CAsdu
{
	public:
	CAsdu26();
	virtual void BulidArray(CByteArray& Data){Data.SetSize(0);}
	virtual void ExplainAsdu(int iProcessType = 0);

	public:
	BYTE m_TOV;
	WORD m_FAN;
	WORD m_NOF;
	BYTE m_NOC;
	WORD m_NOE;
	WORD m_INT;
	CP32Time2a m_Cp32Time;
};

class CAsdu27 : public CAsdu
{
	public:
	CAsdu27();
	virtual void BulidArray(CByteArray& Data){Data.SetSize(0);}
	virtual void ExplainAsdu(int iProcessType = 0);

	public:
	BYTE m_TOV;
	WORD m_FAN;
	BYTE m_ACC;
	float m_RPV;//一次额定值
	float m_RSV;//二次额定值
	float m_RFA;//参比因子
};

class CAsdu28 : public CAsdu
{
	public:
	CAsdu28();
	virtual void BulidArray(CByteArray& Data){Data.SetSize(0);}
	virtual void ExplainAsdu(int iProcessType = 0);

	public:
	WORD m_FAN;
};

class CAsdu29 : public CAsdu
{
	public:
	CAsdu29();
	virtual void BulidArray(CByteArray& Data){Data.SetSize(0);}
	virtual void ExplainAsdu(int iProcessType = 0);

	public:
	WORD m_FAN;
};

class CAsdu30 : public CAsdu
{
	public:
	CAsdu30();
	virtual void BulidArray(CByteArray& Data){Data.SetSize(0);}
	virtual void ExplainAsdu(int iProcessType = 0);

	public:
	BYTE m_TOV;
	WORD m_FAN;
};

class CAsdu31 : public CAsdu
{
	public:
	CAsdu31();
	virtual void BulidArray(CByteArray& Data){Data.SetSize(0);}
	virtual void ExplainAsdu(int iProcessType = 0);

	public:
	BYTE m_TOO;
	BYTE m_TOV;
	WORD m_FAN;
	BYTE m_ACC;
};

#endif