103device.cpp~

电力系统Linux设备通讯程序 主要是为了各大电网通讯数据代码

	{
		Data.SetSize(0);
		if (ReceData(Data))
		{
			if ((*it).DCD.DevToCtrl.FunCode == 11)
			{
				(*it).bLinkStatus = true;
			}
			else (*it).bLinkStatus = false;
		}
		else return false;
	}
	else return false;
	return true;
}

bool C103Device::ResetFCB()
{
	CByteArray Data;
	(*it).CCD.byte = 0x47;
	
	Data.SetSize(0);
	if (SendData(Data))
	{
		Data.SetSize(0);
		if (ReceData(Data))
		{
			if (!m_bHaveL1UserData)
			{
				if (!RequestL2UserData()) return false;
			}
			int itimes = 0;
			while (m_bHaveL1UserData) 
			{
				if (!RequestL1UserData()) return false;//之后一直是一级用户数据
				if (m_ReceData.GetSize() == 0)
				{
					if (itimes++ > 5) break;
				}
				else 
				{
					itimes = 0;
					ProcessData();
				}
			}
		}
		else return false;
	}
	else return false;
	return true;
}

bool C103Device::ResetCU()
{
	(*it).bInit = false;//设初始化状态为否
	CByteArray Data;
	(*it).CCD.byte = 0x40;
	
	Data.SetSize(0);
	if (SendData(Data))
	{
		Data.SetSize(0);
		if (ReceData(Data))
		{
			if (!m_bHaveL1UserData)//此处应该是有一级用户数据,没有只在请求一次,也可认为完成.
			{
				if (!RequestL2UserData()) return false;
			}
			int itimes = 0;
			while (m_bHaveL1UserData) 
			{
				if (!RequestL1UserData()) return false;
				if (m_ReceData.GetSize() == 0)
				{
					if (itimes++ > 10) break;
				}
				else itimes = 0;
				if (m_ReceData.GetSize() > 0) ProcessData();
			}
		}
		else return false;
	}
	else return false;
	(*it).bInit = true;
	return true;
}

bool C103Device::RequestL1UserData()
{
	CByteArray Data;
	(*it).CCD.CtrlToDev.FCV = 1;	
	(*it).CCD.CtrlToDev.PRM = 1;
	FlibFCB();
	(*it).CCD.CtrlToDev.FunCode = 10;
	
	m_ReceData.SetSize(0);
	Data.SetSize(0);
	if (SendData(Data))
	{
		Data.SetSize(0);
		if (ReceData(Data))
		{
			if (Data.GetSize() > 0)
			{
				m_ReceData.Copy(Data);
				m_ReceData.FreeExtra();
				Data.SetSize(0);
			}
		}
		else return false;
	}
	else return false;
	return true;
}

bool C103Device::RequestL2UserData()
{
	CByteArray Data;
	(*it).CCD.CtrlToDev.FCV = 1;	
	(*it).CCD.CtrlToDev.PRM = 1;
	FlibFCB();
	(*it).CCD.CtrlToDev.FunCode = 11;
	
	Data.SetSize(0);
	if (SendData(Data))
	{
		Data.SetSize(0);
		if (ReceData(Data))
		{
			if (Data.GetSize() > 0)//此处可加上对循环上送的报文的处理
			{
			}
			Data.SetSize(0);
		}
		else return false;
	}
	else return false;
	return true;
}

bool C103Device::SendAsdu21(BYTE iGroup, BYTE iEntry, BYTE iKod)
{
	CAsdu21 a21;
	a21.m_Addr = (*it).AsduAddress;
	a21.m_INF = 0xf1;//241
	a21.m_NOG = 1;
	DataSet* pDataSet = new DataSet;
	pDataSet->gin.GROUP = iGroup;
	pDataSet->gin.ENTRY = iEntry;
	pDataSet->kod = iKod;
	a21.m_DataSets.append(pDataSet);
	
	CByteArray sData;
	a21.BulidArray(sData);
	if (!SendConfirm(sData)) return false;
	return true;
}

bool C103Device::SendAsdu24(WORD iFAN, BYTE iTOO, BYTE iTOV, BYTE iACC)
{
	CAsdu24 a24;
	a24.m_Addr = (*it).AsduAddress;
	a24.m_FUN = (*it).FunCode;
	a24.m_FAN = iFAN;	a24.m_TOO = iTOO;
	a24.m_TOV = iTOV;	a24.m_ACC = iACC;
	
	CByteArray sData;
	a24.BulidArray(sData);
	if (!SendConfirm(sData)) return false;
	return true;
}

bool C103Device::SendAsdu25(WORD iFAN, BYTE iTOO, BYTE iTOV, BYTE iACC)
{
	CAsdu25 a25;
	a25.m_Addr = (*it).AsduAddress;
	a25.m_FUN = (*it).FunCode;
	a25.m_FAN = iFAN;	a25.m_TOO = iTOO;
	a25.m_TOV = iTOV;	a25.m_ACC = iACC;
	
	CByteArray sData;
	a25.BulidArray(sData);
	if (!SendConfirm(sData)) return false;
	return true;
}

bool C103Device::SendConfirm(CByteArray& sData)
{
	(*it).CCD.CtrlToDev.FCV = 1;
	(*it).CCD.CtrlToDev.PRM = 1;
	FlibFCB();
	(*it).CCD.CtrlToDev.FunCode = 3;
	
	CByteArray rData;
	int itimes = 3;
	if (sData.GetSize() > 0)
	{
		while (itimes > 0)
		{
			if (!SendData(sData))
			{
				sData.SetSize(0);
				return false;
			}
			if (ReceData(rData))
			{
				if (rData.GetSize() > 0)//防止在回复命令时带有一级用户数据
				{
					m_ReceData.SetSize(0);
					m_ReceData.Copy(rData);
					m_ReceData.FreeExtra();
					ProcessData();
					rData.SetSize(0);
				}	
				if ((*it).DCD.DevToCtrl.FunCode == 0) break;
				else if ((*it).DCD.DevToCtrl.FunCode == 1)
				{
					(*it).bLinkBusy = true;
					return false;
				}
				else return false;
			}
			else if (m_bCommError == true) return false;
			itimes--;
		}
		if (itimes == 0) return false;
	}
	
	return true;
}

bool C103Device::SendNoConfirm(CByteArray& sData)
{//FCB位不用变位
	(*it).CCD.CtrlToDev.FCV = 0;
	(*it).CCD.CtrlToDev.PRM = 1;
	(*it).CCD.CtrlToDev.FunCode = 4;
	
	if (sData.GetSize() > 0)
	{
		if (!SendData(sData))
		{
			sData.SetSize(0);
			return false;
		}
	}
	sData.SetSize(0);
	return true;
}

bool C103Device::GI()
{
	CAsdu07 a7;
	a7.m_Addr = (*it).AsduAddress;
	a7.m_SCN = 0x00;
	
	m_bGIFinished = false;
	
	CByteArray sData;
	a7.BulidArray(sData);
	if (!SendConfirm(sData))
	{
		FlibFCB();
		return false;
	}
	
	return true;
}

void C103Device::ProcessData()
{
	if (m_ReceData.GetSize() == 0) return;
	switch (m_ReceData[0])
	{
		case 0x01://asdu01
		ProcessAsdu1();
		break;
		case 0x02://asdu02
		ProcessAsdu2();
		break;
		case 0x03://asdu03
		ProcessAsdu3();
		break;
		case 0x04://asdu04
		ProcessAsdu4();
		break;
		case 0x06://asdu06
		ProcessAsdu6();
		break;
		case 0x08://asdu08
		ProcessAsdu8();
		break;
		case 0x09://asdu09
		ProcessAsdu9();
		break;
		case 0x0a://asdu10
		ProcessAsdu10();
		break;
		case 0x17://asdu23
		ProcessAsdu23();
		break;
		case 0x1A://asdu26
		ProcessAsdu26();
		break;
		case 0x1B://asdu27
		ProcessAsdu27();
		break;
		case 0x1C://asdu28
		ProcessAsdu28();
		break;
		case 0x1D://asdu29
		ProcessAsdu29();
		break;
		case 0x1E://asdu30
		ProcessAsdu30();
		break;
		case 0x1F://asdu31
		ProcessAsdu31();
		break;
	default : 
		m_ReceData.SetSize(0);
	break;
}
}

void C103Device::ProcessAsdu1()
{
	CAsdu01 a1;
	a1.SaveAsdu(m_ReceData);
	a1.ExplainAsdu();
	if (a1.m_COT == 9)//申请开关量的数据
	{
		CString sztmp = "", szfun = "", szinf = "";
		sztmp.sprintf("%d", (*it).CpuNo);
		szfun.sprintf("%d", a1.m_FUN);
		szinf.sprintf("%d", a1.m_INF);
		QDomNode node, cnode;
		node = m_pxml->GetDomNode("body", "SWITCH", "pcpuno", sztmp);
		if (node.isNull()) return;
		if (!m_pxml->GetNodeAttr(node, "group", sztmp)) return;
		int igroup = sztmp.toInt();
		if (!m_pxml->GetNodeAttr(node, "cpuno", sztmp)) return;
		int icpuno = sztmp.toInt();
		
		cnode = m_pxml->GetChildNode(node, "ELEMENT", "pfun", szfun, "pinf", szinf);
		if (cnode.isNull()) return;
		if (!m_pxml->GetNodeAttr(cnode, "pfun", szfun)) return;
		int ifun = szfun.toInt();
		if (!m_pxml->GetNodeAttr(cnode, "pinf", szinf)) return;
		int iinf = szinf.toInt();
		if (!m_pxml->GetNodeAttr(cnode, "entry", sztmp)) return;
		int ientry = sztmp.toInt();
		if (!m_pxml->GetNodeAttr(cnode, "desc", sztmp)) return;
		
		st_switchvalue SwitchValue;
		memset(&SwitchValue, 0x00, sizeof(st_switchvalue));
		SwitchValue.m_StationNo = g_PublicClass.m_StationNo;
		SwitchValue.m_MachineNo = m_DevInfo.m_EquipNo;
		SwitchValue.m_CpuNo = icpuno;
		SwitchValue.m_FunCode = ifun;
		SwitchValue.m_EventCode = iinf;
		SwitchValue.m_GroupNo = igroup;
		SwitchValue.m_Entry = ientry;
		
		SwitchValue.m_State = a1.m_Dpi.dpi.dpi;
		if (SwitchValue.m_State == 1) strcpy(SwitchValue.m_Value, m_szSDpi1);
		else strcpy(SwitchValue.m_Value, m_szSDpi2);
		m_SwitchValue.Add(SwitchValue);
	}
	else if (a1.m_COT == 1)
	{
		CString sztmp = "", szfun = "", szinf = "", szDate = "";
		sztmp.sprintf("%d", (*it).CpuNo);
		szfun.sprintf("%d", a1.m_FUN);
		szinf.sprintf("%d", a1.m_INF);
		QDomNode node, cnode;
		int ifun = 0, iinf = 0, ientry = 0, igroup = 0, icpuno = 0;
		CDataNode* pNode = NULL;
		QDate date = QDate::currentDate();
		st_event* pRpt_Event = NULL;
		st_eventact* pEventAct = NULL;
		
		node = m_pxml->GetDomNode("body", "ALERT", "pcpuno", sztmp);
		if (node.isNull()) goto fault;
		if (!m_pxml->GetNodeAttr(node, "group", sztmp)) return;
		igroup = sztmp.toInt();
		if (!m_pxml->GetNodeAttr(node, "cpuno", sztmp)) return;
		icpuno = sztmp.toInt();
		
		cnode = m_pxml->GetChildNode(node, "ELEMENT", "pfun", szfun, "pinf", szinf);
		if (cnode.isNull()) return;
		if (!m_pxml->GetNodeAttr(cnode, "pfun", szfun)) return;
		ifun = szfun.toInt();
		if (!m_pxml->GetNodeAttr(cnode, "pinf", szinf)) return;
		iinf = szinf.toInt();
		if (!m_pxml->GetNodeAttr(cnode, "entry", sztmp)) return;
		ientry = sztmp.toInt();
		if (!m_pxml->GetNodeAttr(cnode, "desc", sztmp)) return;
		
		pRpt_Event = new st_event;
		memset(pRpt_Event, 0x00, sizeof(st_event));
		pEventAct = new st_eventact;
		memset(pEventAct, 0x00, sizeof(st_eventact));
		
		pRpt_Event->m_StationNo = g_PublicClass.m_StationNo;
		pRpt_Event->m_MachineNo = m_DevInfo.m_EquipNo;
		pRpt_Event->m_CpuNo = icpuno;
		pRpt_Event->m_Entry = 0;
		pRpt_Event->m_FaultNum = ++m_iFaultNo;
		strcpy(pRpt_Event->m_MachineName, m_DevInfo.m_Equipment);
		
		szDate.sprintf("%04d%02d%02d%02d%02d%02d%03d", date.year(), date.month(), date.day(), 
					   a1.m_Cp32Time.Time.Hours, a1.m_Cp32Time.Time.Minutes, 
					   a1.m_Cp32Time.Time.Milliseconds/1000, 
					   a1.m_Cp32Time.Time.Milliseconds%1000);
		memcpy(pRpt_Event->m_ActionTime, szDate.data(), szDate.length());
		pEventAct->m_MachineNo = m_DevInfo.m_EquipNo;
		pEventAct->m_CpuNo = icpuno;
		pEventAct->m_FaultNum = m_iFaultNo;
		pEventAct->m_ActNo = 0;
		pEventAct->m_ActTime = 0;
		pEventAct->m_Dpi = a1.m_Dpi.dpi.dpi;
		if (a1.m_Dpi.dpi.dpi == 1) sztmp += m_szDpi1;
		else sztmp += m_szDpi2;
		memcpy(pEventAct->m_ActElement, sztmp.data(), sztmp.length());
		pEventAct->m_FunCode = ifun;
		pEventAct->m_EventCode = iinf;
		pEventAct->m_GroupNo = igroup;
		pEventAct->m_Entry = ientry;
		
		pNode = new CDataNode();
		memcpy(&pNode->m_nodeinfo, &m_CmdInfo, sizeof(st_nodeinfo));
		pNode->m_nodeinfo.mtype = g_PublicClass.m_MainModuleNode.m_deviceinfo.mtype;
		pNode->m_nodeinfo.requestid = g_PublicClass.m_SelfPid;
		pNode->m_nodeinfo.m_iResult = 1;
		pNode->m_nodeinfo.m_SegmentPid = (long)pRpt_Event;
		pNode->m_nodeinfo.m_iSize = sizeof(st_event);
		pNode->m_nodeinfo.m_DataType = DATA_EVENT;
		g_PublicClass.m_NodeManage.AddSendDataNode((void*)pNode);
		
		pNode = new CDataNode();
		memcpy(&pNode->m_nodeinfo, &m_CmdInfo, sizeof(st_nodeinfo));
		pNode->m_nodeinfo.mtype = g_PublicClass.m_MainModuleNode.m_deviceinfo.mtype;
		pNode->m_nodeinfo.requestid = g_PublicClass.m_SelfPid;
		pNode->m_nodeinfo.m_iResult = 1;
		pNode->m_nodeinfo.m_SegmentPid = (long)pEventAct;
		pNode->m_nodeinfo.m_iSize = sizeof(st_eventact);
		pNode->m_nodeinfo.m_DataType = DATA_EVENTACT;
		g_PublicClass.m_NodeManage.AddSendDataNode((void*)pNode);
		
		pNode = new CDataNode();
		memcpy(&pNode->m_nodeinfo, &m_CmdInfo, sizeof(st_nodeinfo));
		pNode->m_nodeinfo.mtype = g_PublicClass.m_MainModuleNode.m_deviceinfo.mtype;
		pNode->m_nodeinfo.requestid = g_PublicClass.m_SelfPid;
		pNode->m_nodeinfo.m_iResult = m_iFaultNo;
		pNode->m_nodeinfo.m_SegmentPid = (long)0;
		pNode->m_nodeinfo.m_iSize = 0;
		pNode->m_nodeinfo.m_DataType = DATA_EVENTOVER;
		g_PublicClass.m_NodeManage.AddSendDataNode((void*)pNode);
		
		node = m_pxml->GetDomNode("body", "DEVCONFIG");
		sztmp.sprintf("%s", m_DevInfo.m_Equipment);
		cnode = m_pxml->GetChildNode(node, "FAULTNO", "devname", sztmp);
		sztmp.sprintf("%d", m_iFaultNo);
		m_pxml->InsertNodeAttr(cnode, "value", sztmp);
		m_pxml->SaveXmlFile();
		return;
		
		fault://某些103保护也用ASDU1送故障信息,如国电南自PSL系列串口通信保护
		node = m_pxml->GetDomNode("body", "FAULT", "pcpuno", sztmp);
		if (node.isNull()) goto fault;
		if (!m_pxml->GetNodeAttr(node, "group", sztmp)) return;
		igroup = sztmp.toInt();
		if (!m_pxml->GetNodeAttr(node, "cpuno", sztmp)) return;