103device.h

电力故障信息采集,主要是针对南自的保护装置,这个程序用在Linux操作系统下

#ifndef DEVICE103_H
#define DEVICE103_H

#include "ASDU.h"
// #include <qfile.h>
#include "baseclass/Communicate.h"
// #include <qdatetime.h>
// #include <qvaluelist.h>

typedef  QValueList<CommParam> COMMPARAM;

class C103Device
{
public:
    C103Device(st_deviceinfo DevInfo);//顶级设备
    ~C103Device();

public:
    bool InitClass();//初始化类信息

    bool SendCommand(BYTE* pData, int iSize);

    bool GI();//总召唤（总查询）
    bool GGI();//通用分类总召唤（总查询）
    bool XunJian();//巡检

    bool GetDingZhi();//申请定值
    bool GetSector();//申请定值区号
    bool GetAnalog();//申请模拟量
    bool GetSwitch();//申请开关量
    bool GetYaBan();//申请软压板
    bool CheckTime();//申请校时
    bool RequireDistrubt();//申请扰动波形列表
    void SendMsgToMain(int iResult, CString szMsg = "");
    void SendCommStateToMain(int istate);

    bool RequestLinkStatus();//请求链路状态
    bool ResetFCB();//复位帧计数位
    bool ResetCU();//复位通信单元

private:
    void ProcessData();//处理接收到的数据数据
    void ProcessAsdu1();
    void ProcessAsdu2();
    void ProcessAsdu3();
    void ProcessAsdu4();
    void ProcessAsdu6();
    void ProcessAsdu8();
    void ProcessAsdu9();
    void ProcessAsdu10();
    void ProcessAsdu23();
    void ProcessAsdu26();
    void ProcessAsdu27();
    void ProcessAsdu28();
    void ProcessAsdu29();
    void ProcessAsdu30();
    void ProcessAsdu31();
    void ProcessWave(WORD wNof, CString szFileName);

    bool SendAsdu21(BYTE iGroup, BYTE iEntry, BYTE iKod);
    bool SendAsdu24(WORD iFAN, BYTE iTOO, BYTE iTOV, BYTE iACC);
    bool SendAsdu25(WORD iFAN, BYTE iTOO, BYTE iTOV, BYTE iACC);

    bool GetGroupData(CAsdu10& a10, BYTE iGroup, BYTE iEntry, BYTE iKod);
    void ExplainGroupData(CAsdu10& a10);
    bool RequestL1UserData();//请求一级用户数据
    bool RequestL2UserData();//请求二级用户数据

    bool SendConfirm(CByteArray& sData);//发送确认
    bool SendNoConfirm(CByteArray& sData);//发送无确认

    bool SendData(CByteArray& sData);
    bool ReceData(CByteArray& rData);

    BYTE CalCheckSum(const CByteArray& Data, bool bSend = false);
    void FlibFCB();

    bool GetDistrubData();
    void SortDDTable();
    bool BuildDistrubtData();

    int TimeSpan(CP56Time2a FaultTime, CP56Time2a LastTime);
    void BuildCfgFile(CString szFileName, int& iNoe, int& iInt);
    void BuildDatFile(CString szFileName, int iFirstTime, int iNoe, int iInt);
    void BuildHdrFile(CString szFileName, CWordArray& FanArray);
    void printData(QString prifix,BYTE* addr,int length);

public:
    int m_iCpuNum;
    bool m_bCommError;
    bool m_bSendState3;
    bool m_bSendState0;

    st_nodeinfo m_CmdInfo;
    long m_iThreadId;
    Communicate* m_pComm;

    QDateTime m_GITime;

    CString m_szConFile;
    CXMLReader* m_pxml;

private:
    QFile m_File;//存储通信报文

    st_deviceinfo m_DevInfo;

    int m_iWaveFlag;
    int m_iSaveFlag;//是否把串口的数据存成文件
    DWORD m_iTimesOut;
    DWORD m_iWaitTime;

    CString m_szSysPath;

    bool m_bHaveL1UserData;//是否有一级用户数据
    bool m_bGIFinished;

    CByteArray m_ReceData;

    BYTE m_SendAddress;
    BYTE m_AsduAddress;
    BYTE m_FrameHead;
    BYTE m_FrameLength;
    BYTE m_ReceAddress;
    BYTE m_FrameCS;
    BYTE m_FrameEnd;

    CString m_szDpi1;
    CString m_szDpi2;
    CString m_szSDpi1;
    CString m_szSDpi2;

    CMyArray<st_paramvalue, st_paramvalue> m_SwitchValue;
    bool m_bSwitch;

    int m_iFaultNo;//算法待考虑
    int m_iFixTime;
    CString m_szLastWaveTime;
    CString m_szWaveFileName;
    CMyArray<DistrubDataTable, DistrubDataTable&> m_DDTable;
    CMyArray<CFaultExplain, CFaultExplain> m_FaultExplain;
    CDistrubData m_DistrubData;
    int m_DDStatus;//一个扰动数据传输状态
    int m_ACCNum;//扰动数据通道数
    BYTE m_iTOV;//扰动数据类型
    int m_iHaveWaveFile;
    CP56Time2a m_LastTimeFTime;
    CP56Time2a m_ThisTimeFTime;
    CP56Time2a m_LastFaultTime;

    int m_iWavType;
    int m_iPrimary;

    COMMPARAM m_CommParam;
    COMMPARAM::iterator it;
};

inline void C103Device::FlibFCB()
{
    (*it).CCD.CtrlToDev.FCB = !(*it).CCD.CtrlToDev.FCB;
};



#endif