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datastruct.h.bak
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datastruct.h.bak
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#ifndef DATASTRUCT
#define DATASTRUCT
#include<qstring.h>
#include<QMessageBox>
#include <QItemSelectionModel>
#include "tinyxml.h"
#include"tinyxml.h"
#include"tinystr.h"
#include"tinyxml_global.h"
#include <QVector>
#include <QTranslator >
#include <QtCore>
#define STATE_NEW 1
#define STATE_LOAD 2
#define DO_OK 3
#define DO_FAIL 1
#define DO_OD 2
#define ROOT_NODE 0
#define HEAD_NODE 1
#define STATION_NODE 2
#define COMMUNICATION_NODE 3
#define IED_NODE 4
#define SUBNET_NODE 5
#define NODE_IED 6
#define NODE_LD 7
#define NODE_LN 8
#define NODE_DATASET 9
#define NODE_GSE 10
#define NODE_INPUT 11
#define NODE_SMV 12
#define NODE_LOG 13
#define NODE_REPORT 14
#define NODE_MMSNET 15
#define NODE_GOOSENET 16
#define NODE_SMVNET 17
#define NODE_DATA 18
#define ERROR_MSG 1
#define WARNING_MSG 2
#define RTUMT_NAME_MAXLEN 24
#define RTUMT_DESC_MAXLEN 64
#define MMSNETPARA_WITHOUT 01
#define MMSNETPARA_WITH 02
#define GOOSENTPARA 03
#define SMVNTPARA 04
#define LOCAL_DATA 1
#define EX_DATA 2
#define CBNAME_ENA 0x01
#define DATASET_ENA 0x02
#define RPTID_ENA 0x04
#define APPID_ENA 0x04
#define OPTFIELDS_ENA 0x08
#define BUFTIME_ENA 0x10
#define TRPOPS_ENA 0x20
#define INTGPD_ENA 0x40
#define LANGUAGE_CN 0x01
#define LANGUAGE_EN 0x02
#define SAME_VERSION 0x01
#define SAME_TYPE 0x04
#define DIF_TYPE 0x08
struct HistoryItem
{
QString s_Version;
QString s_Reversion;
QString s_Time;
QString s_Who;
QString s_Reason;
QString s_What;
HistoryItem()
{
s_Version.clear();
s_Reversion.clear();
s_Time.clear();
s_Who.clear();
s_Reason.clear();
s_What.clear();
}
void Clear()
{
s_Version.clear();
s_Reversion.clear();
s_Time.clear();
s_Who.clear();
s_Reason.clear();
s_What.clear();
}
};
struct CommItem
{
QString s_SubNet_name;
QString s_SubNet_type;
QString s_SubNet_desc;
CommItem()
{
s_SubNet_name.clear();
s_SubNet_type.clear();
s_SubNet_desc.clear();
}
};
struct IEDstruct
{
QString s_IEDname;
QString s_IEDtype;
QString s_IEDvendor;
QString s_IEDversion;
QString s_IEDdesc;
IEDstruct()
{
s_IEDname.clear();
s_IEDtype.clear();
s_IEDvendor.clear();
s_IEDversion.clear();
s_IEDdesc.clear();
}
bool operator==(const IEDstruct &other) const
{
return( s_IEDname == other.s_IEDname &&
s_IEDtype == other.s_IEDtype &&
s_IEDvendor == other.s_IEDvendor &&
s_IEDversion == other.s_IEDversion &&
s_IEDdesc == other.s_IEDdesc);
}
};
struct FCDA_Struct
{
QByteArray B_ldInst;
QByteArray B_prefix;
QByteArray B_lnClass;
QByteArray B_lnInst;
QByteArray B_doName;
QByteArray B_daName;
QByteArray B_fc;
QByteArray B_DaType;
QString B_dU;
QString B_DOdesc;
QString B_sAddr;
QString B_LNodeType;
QString B_IED;
FCDA_Struct()
{
B_ldInst.clear();
B_prefix.clear();
B_lnClass.clear();
B_lnInst.clear();
B_doName.clear();
B_daName.clear();
B_fc.clear();
B_DaType.clear();
B_DOdesc.clear();
B_sAddr.clear();
B_dU.clear();
B_LNodeType.clear();
B_IED.clear();
}
void Clear()
{
B_ldInst.clear();
B_prefix.clear();
B_lnClass.clear();
B_lnInst.clear();
B_doName.clear();
B_daName.clear();
B_fc.clear();
B_DaType.clear();
B_DOdesc.clear();
B_sAddr.clear();
B_dU.clear();
B_LNodeType.clear();
B_IED.clear();
}
bool operator ==(const FCDA_Struct &other) const
{
if (B_ldInst != other.B_ldInst)
{
return false;
}
if (B_prefix != other.B_prefix)
{
return false;
}
if (B_lnClass != other.B_lnClass)
{
return false;
}
if (B_lnInst != other.B_lnInst)
{
return false;
}
if (B_doName != other.B_doName)
{
return false;
}
if (B_daName != other.B_daName)
{
return false;
}
if (B_fc != other.B_fc)
{
return false;
}
if (B_DaType != other.B_DaType)
{
return false;
}
if (B_DOdesc != other.B_DOdesc)
{
return false;
}
if (B_sAddr != other.B_sAddr)
{
return false;
}
if (B_dU != other.B_dU)
{
return false;
}
if (B_LNodeType != other.B_LNodeType)
{
return false;
}
if (B_IED != other.B_IED)
{
return false;
}
return true;
};
};
struct DataSetStruct
{
QString DataSetName;
QString DataSetDesc;
int Goose_state;
QVector<FCDA_Struct> FCDA_List;
DataSetStruct()
{
DataSetName.clear();
DataSetDesc.clear();
FCDA_List.clear();
Goose_state = 0;
}
};
struct Data_instStruct
{
// QString B_IEDname;
QString B_Datalnst;
QString B_DA;
QString B_FC;
QString B_dU;
QString B_DOdesc;
QString B_sAddr;
Data_instStruct()
{
B_Datalnst.clear();
B_DA.clear();
B_FC.clear();
B_dU.clear();
B_DOdesc.clear();
B_sAddr.clear();
}
};
struct LN_InstStruct
{
QString B_ldinst;
QString B_lnType;
QString B_prefix;
QString B_lnClass;
QString B_inst;
QString B_desc;
LN_InstStruct()
{
B_ldinst.clear();
B_lnType.clear();
B_prefix.clear();
B_lnClass.clear();
B_inst.clear();
B_desc.clear();
}
};
struct GSE_InstStruct
{
QString B_name;
QString B_datSet;
QString B_confRev;
QString B_type;
QString B_appID;
QString B_desc;
GSE_InstStruct()
{
B_name.clear();
B_datSet.clear();
B_confRev.clear();
B_type.clear();
B_appID.clear();
B_desc.clear();
}
void Clear()
{
B_name.clear();
B_datSet.clear();
B_confRev.clear();
B_type.clear();
B_appID.clear();
B_desc.clear();
}
};
struct SMV_InstStruct
{
QString B_name;
QString B_datSet;
QString B_confRev;
QString B_nofASDU;
QString B_smpRate;
QString B_multicast;
QString B_desc;
QString B_smvID;
SMV_InstStruct()
{
B_name.clear();
B_datSet.clear();
B_confRev.clear();
B_nofASDU.clear();
B_smpRate.clear();
B_multicast.clear();
B_desc.clear();
B_smvID.clear();
}
};
struct TrgOps_Struct
{
QString B_dchg;
QString B_dupd;
QString B_period;
QString B_qchg;
TrgOps_Struct()
{
B_dchg.clear();
B_dupd.clear();
B_period.clear();
B_qchg.clear();
}
};
struct OptFields_Struct
{
QString B_seqNum;
QString B_timeStamp;
QString B_dataSet;
QString B_reasonCode;
QString B_dataRef;
QString B_entryID;
QString B_configRef;
OptFields_Struct()
{
B_seqNum.clear();
B_timeStamp.clear();
B_dataSet.clear();
B_reasonCode.clear();
B_dataRef.clear();
B_entryID.clear();
B_configRef.clear();
}
};
struct RptEnabled_Struct
{
QString B_max;
RptEnabled_Struct()
{
B_max.clear();
}
};
struct RPT_CTRLStruct
{
QString B_name;
QString B_rptID;
QString B_datSet;
QString B_intgPd;
QString B_confRev;
QString B_buffered;
QString B_buftime;
TrgOps_Struct m_Trgops;
OptFields_Struct m_OptFields;
RptEnabled_Struct m_RtpEnabled;
QString B_desc;
RPT_CTRLStruct()
{ TrgOps_Struct();
OptFields_Struct();
RptEnabled_Struct();
B_name.clear();
B_rptID.clear();
B_datSet.clear();
B_intgPd.clear();
B_confRev.clear();
B_buffered.clear();
B_desc.clear();
}
};
struct LOG_CTRLStruct
{
QString B_name;
QString B_datSet;
QString B_intgPd;
QString B_logName;
QString B_logEna;
QString B_reasonCode;
TrgOps_Struct m_Trgops;
QString B_desc;
LOG_CTRLStruct()
{ TrgOps_Struct();
B_name.clear();
B_logName.clear();
B_datSet.clear();
B_intgPd.clear();
B_logEna.clear();
B_reasonCode.clear();
B_desc.clear();
}
};
struct Input_Struct
{
QString B_InterIED;
QString B_iedName;
QString B_daName;
QString B_doName;
QString B_ldInst;
QString B_lnClass;
QString B_lnInst;
QString B_prefix;
QString B_intAddr;
QString B_intDesc;
QString B_exDesc;
QString B_InType;
QString B_exType;
QString B_ExdaType;
QString B_IndaType;
Input_Struct()
{
B_InterIED.clear();
B_iedName.clear();
B_daName.clear();
B_doName.clear();
B_ldInst.clear();
B_lnClass.clear();
B_lnInst.clear();
B_prefix.clear();
B_intAddr.clear();
B_intDesc.clear();
B_exDesc.clear();
B_InType.clear();
B_exType.clear();
B_ExdaType.clear();
B_IndaType.clear();
}
};
struct CommCheck_Struct
{
QString B_MacAddr;
QString B_APPID;
QString B_VLANID;
QString B_apName;
QString B_cbName;
QString B_ldInst;
QString B_iedName;
QString B_Subnetwork;
QString B_IPAddr;
CommCheck_Struct()
{
B_MacAddr.clear();
B_APPID.clear();
B_VLANID.clear();
B_apName.clear();
B_cbName.clear();
B_ldInst.clear();
B_iedName.clear();
B_Subnetwork.clear();
B_IPAddr.clear();
}
};
struct APCheck_Struct
{
QString B_APName;
QString B_IEDName;
APCheck_Struct()
{
B_APName.clear();
B_IEDName.clear();
}
bool operator == (APCheck_Struct m)
{
if (B_APName != m.B_IEDName)
{
return false;
}
if (B_IEDName != m.B_APName)
{
return false;
}
return true;
}
};
struct DataLN_Struct
{
QString B_AP;
QString B_LD;
QString B_LN;
QString B_LnType;
DataLN_Struct()
{
B_AP.clear();
B_LD.clear();
B_LN.clear();
B_LnType.clear();
}
bool operator == (DataLN_Struct m)
{
if (B_AP != m.B_AP)
{
return false;
}
if (B_LD != m.B_LD)
{
return false;
}
if (B_LN != m.B_LN)
{
return false;
}
if (B_LnType != m.B_LnType)
{
return false;
}
return true;
}
};
struct DataMatrix_Struct
{
QString B_LNodeType;
QString B_doName;
QString B_daName;
QString B_Fc;
QString B_bType;
DataMatrix_Struct()
{
B_LNodeType.clear();
B_doName.clear();
B_daName.clear();
B_Fc.clear();
B_bType.clear();
}
virtual bool operator==(const DataMatrix_Struct n)
{
if (this->B_LNodeType != n.B_LNodeType)
{
return false;
}
if (this->B_doName != n.B_doName)
{
return false;
}
if (this->B_daName != n.B_daName)
{
return false;
}
if (this->B_Fc != n.B_Fc)
{
return false;
}
if (this->B_bType != n.B_bType)
{
return false;
}
return true;
}
};
struct YX_Struct
{
QString YX_Name;
//QString YX_Desc;
char YX_Desc[RTUMT_DESC_MAXLEN];
QString YX_No;
YX_Struct()
{
YX_Name.clear();
memset(YX_Desc, 0, RTUMT_DESC_MAXLEN);
YX_No.clear();
}
};
struct YC_Struct
{
QString YC_Name;
// QString YC_Desc;
char YC_Desc[RTUMT_DESC_MAXLEN];
QString YC_No;
YC_Struct()
{
YC_Name.clear();
memset(YC_Desc, 0, RTUMT_DESC_MAXLEN);
YC_No.clear();
}
};
struct KWH_Struct
{
QString KWH_Name;
char KWH_Desc[RTUMT_DESC_MAXLEN];
QString KWH_No;
KWH_Struct()
{
KWH_Name.clear();
memset(KWH_Desc, 0, RTUMT_DESC_MAXLEN);
KWH_No.clear();
}
};
struct YK_Struct
{
QString YK_Name;
//QString YK_Desc;
char YK_Desc[RTUMT_DESC_MAXLEN];
QString YK_No;
YK_Struct()
{
YK_Name.clear();
memset(YK_Desc, 0, RTUMT_DESC_MAXLEN);
YK_No.clear();
}
};
struct SG_Struct
{
QString SG_Name;
//QString YK_Desc;
char SG_Desc[RTUMT_DESC_MAXLEN];
QString SG_No;
SG_Struct()
{
SG_Name.clear();
memset(SG_Desc, 0, RTUMT_DESC_MAXLEN);
SG_No.clear();
}
};
struct Model_Struct
{
QString Model_Name;
QString Model_No;
QVector<YX_Struct> YX_List;
QVector<YC_Struct> YC_List;
QVector<KWH_Struct> KWH_List;
QVector<YK_Struct> YK_List;
QVector<SG_Struct> SG_List;
Model_Struct()
{
Model_Name.clear();
Model_No.clear();
YX_List.clear();
YC_List.clear();
KWH_List.clear();
YK_List.clear();
SG_List.clear();
}
void operator = (const Model_Struct model)
{
Model_Name = model.Model_Name;
Model_No = model.Model_No;
YX_List.clear();
YC_List.clear();
KWH_List.clear();
YK_List.clear();
YX_List = model.YX_List;
YC_List = model.YC_List;
KWH_List = model.KWH_List;
YK_List = model.YK_List;
SG_List = model.SG_List;
}
void clear ()
{
Model_Name.clear();
Model_No.clear();
YX_List.clear();
YC_List.clear();
KWH_List.clear();
YK_List.clear();
SG_List.clear();
}
};
struct StationPara_struct
{
QString Vender;
QString Line;
QString ProjectName;
QString Version;
StationPara_struct()
{
Vender.clear();
Line.clear();
Version.clear();
ProjectName.clear();
}
};
struct BI_struct
{
QString DataNo;
QString Name;
QString stVal;
QString t;
QString q;
QString TrigOsc;
BI_struct()
{
DataNo.clear();
Name.clear();
t.clear();
q.clear();
TrigOsc.clear();
}
};
struct AI_struct
{
QString DataNo;
QString Name;
QString stVal;
QString t;
QString q;
QString TrigOsc;
AI_struct()
{
DataNo.clear();
Name.clear();
t.clear();
q.clear();
TrigOsc.clear();
}
};
struct CI_struct
{
QString DataNo;
QString Name;
QString stVal;
QString t;
QString q;
QString TrigOsc;
CI_struct()
{
DataNo.clear();
Name.clear();
t.clear();
q.clear();
TrigOsc.clear();
}
};
struct BO_struct
{
QString DataNo;
QString Name;
QString ctlModel;
BO_struct()
{
DataNo.clear();
Name.clear();
ctlModel.clear();
}
};
struct SG_struct
{
QString DataNo;
QString Name;
SG_struct()
{
DataNo.clear();
Name.clear();
}
};
struct Model_XML
{
QString No;
QString Name;
QString Ventor;
QString Type;
QString Address;
QVector<BI_struct> BI_List;
QVector<AI_struct> AI_List;
QVector<CI_struct> CI_List;
QVector<BO_struct> BO_List;
QVector<SG_struct> SG_List;
Model_XML()
{
No.clear();
Name.clear();
Ventor.clear();
Type.clear();
Address.clear();
BI_List.clear();
CI_List.clear();
BO_List.clear();
AI_List.clear();
SG_List.clear();
}
};
struct Device_Type
{
QString Name;
QString Type;
Device_Type()
{
Name.clear();
Type.clear();
}
bool operator==(const Device_Type &other) const
//bool operator == (const Address_IP& rhs)
{
return (Name == other.Name);
}
};
struct RemoteAddress_Type
{
QString Name;
QString Addr1;
QString Addr2;
QString Ap_Title;
QString AE_Qualifier;
QString Psel;
QString Ssel;
QString Tsel;
QString NetType;
RemoteAddress_Type()
{
Name.clear();
Addr1.clear();
Addr2.clear();
Ap_Title.clear();
AE_Qualifier.clear();
Psel.clear();
Ssel.clear();
Tsel.clear();
NetType.clear();
}
};
struct IED_IEC
{
QString Name;
QString Vendor;
QString Type;
QString ChanMod;
QString ChanName1;
QString ChanName2;
QString TimeServMode;
QString CtlTimeOut;
QString GITime;
QString RptBufTime;
QString RptIntgPd;
QString LostConTime;
QString KeepLive;
QString AuthMod;
QString AuthCode;
IED_IEC()
{
Name.clear();
Vendor.clear();
Type.clear();
ChanMod.clear();
ChanName1.clear();
ChanName2.clear();
TimeServMode.clear();
CtlTimeOut.clear();
GITime.clear();
RptBufTime.clear();
RptIntgPd.clear();
LostConTime.clear();
KeepLive.clear();
AuthCode.clear();
AuthMod.clear();
}
};
struct TimeServer
{
QString Name;
QString PortNo;
QString GroupNum;
QString Mode;
QString GroupIp1;
QString GroupIp2;
QString GroupIp3;
QString Interval;
QString TimeMode;
TimeServer()
{
Name.clear();
PortNo.clear();
GroupNum.clear();
Mode.clear();
GroupIp1.clear();
GroupIp2.clear();
GroupIp3.clear();
Interval.clear();
TimeMode.clear();
}
};
struct Address_IP
{
QString s_AP_Title;
QString s_AE_Qualifier;
QString s_PSEL;
QString s_SSEL;
QString s_TSEL;
QString s_IP;
Address_IP()
{
s_AP_Title.clear();
s_AE_Qualifier.clear();
s_PSEL.clear();
s_SSEL.clear();
s_TSEL.clear();
s_IP.clear();
}
void clear()
{
s_AP_Title.clear();
s_AE_Qualifier.clear();
s_PSEL.clear();
s_SSEL.clear();
s_TSEL.clear();
s_IP.clear();
}
bool operator==(const Address_IP &other) const
//bool operator == (const Address_IP& rhs)
{
return (s_IP == other.s_IP);
}
};
struct Address_GOOSE
{
QString s_cbName;
QString s_ldInst;
QString s_MAC_addr;
QString s_VLAN_ID;
QString s_APPID;
QString s_VLAN_PRIORITY;
QString s_MaxTime;
QString s_MinTime;
Address_GOOSE()
{
s_cbName.clear();
s_ldInst.clear();
s_VLAN_ID.clear();
s_VLAN_ID.clear();
s_APPID.clear();
s_VLAN_PRIORITY.clear();
s_MaxTime.clear();
s_MinTime.clear();
s_MAC_addr.clear();
}