ERRORCODE CCommonLDFGenerator::nGenerateNodeCompositions()
{
IEcu* pEcu = nullptr;
std::string omEcuName;
std::ostringstream omNodeComposition, omNodeConfiguration;
std::map<UID_ELEMENT, IElement*> nodeCompMap;
m_ouCluster->GetElementList(eLinNodeComposition, nodeCompMap);
std::list<CompositeNode> lstCompNodes;
for(auto itrNodeComposition : nodeCompMap )
{
CLDFNodeConfiguration* ouNodeConfig = (CLDFNodeConfiguration*)itrNodeComposition.second;
ouNodeConfig->GetCompositeNodes(lstCompNodes);
std::ostringstream omCompositeNodes;
for(auto itrCompositeNode : lstCompNodes )
{
if(EC_SUCCESS == m_ouCluster->GetElement(eEcuElement, itrCompositeNode.m_uidNode, (IElement**)&pEcu) )
{
pEcu->GetName(omEcuName);
}
std::string omLogicalNodes = EMPTY_STRING;
if(itrCompositeNode.m_strLogicalNodes.size() > 0)
{
auto itrLogicalNode = itrCompositeNode.m_strLogicalNodes.begin();
omLogicalNodes = *itrLogicalNode;
itrLogicalNode++;
while(itrLogicalNode != itrCompositeNode.m_strLogicalNodes.end())
{
omLogicalNodes += defCOMMA + *itrLogicalNode;
itrLogicalNode++;
}
omCompositeNodes << endl << defTWOTAB << omEcuName.c_str() << defOPEN_BRACE << endl << defTWOTAB << defTAB
<< omLogicalNodes.c_str() << endl << defTWOTAB << defCLOSE_BRACE;
}
}
std::string omNodeConfigName;
itrNodeComposition.second->GetName(omNodeConfigName);
omNodeConfiguration << defTAB << defNODE_CONFIGURATION << omNodeConfigName.c_str()
<< defOPEN_BRACE << omCompositeNodes.str() << endl << defTAB << defCLOSE_BRACE << endl ;
}
if(omNodeConfiguration.str().empty() == false)
{
m_omFileStream << defNODE_COMPOSITION << defOPEN_BRACE << endl << omNodeConfiguration.str() << defCLOSE_BRACE << endl;
}
return EC_SUCCESS;
}
void UnconditionalFrameEditDlg::vPopulatePublishers()
{
std::string strECUName;
std::map<UID_ELEMENT, IElement*> mapECUs;
m_pouLDFCluster->GetElementList(eEcuElement, mapECUs);
ui.comboPublisher->addItem(defNONE);
QVariant qVar;
// Populating Publishers
for(auto itrECU : mapECUs)
{
IEcu* pEcu = (IEcu*)(itrECU.second);
strECUName = "";
// Adding Publishers
pEcu->GetName(strECUName);
qVar.setValue(pEcu->GetUniqueId());
ui.comboPublisher->addItem(QString::fromStdString(strECUName), qVar);
}
}
void UnconditionalFrameEditDlg::vAddSubscribers(std::list<IEcu*> lstRxECUs)
{
ui.listSubscribers->clear();
std::map<std::string, std::string> maSubscribers;
std::string strECUName;
// Adding ECUs to Publisherlst and Subscriberlst
maSubscribers.clear();
for(auto itrECU : lstRxECUs)
{
IEcu* pEcu = (IEcu*)(itrECU);
strECUName = "";
// Adding Publishers
pEcu->GetName(strECUName);
if(maSubscribers.find(strECUName) == maSubscribers.end())
{
// Adding Subscribers
QListWidgetItem* item = new QListWidgetItem(QString::fromStdString(strECUName), ui.listSubscribers);
item->setFlags(item->flags() | Qt::ItemIsUserCheckable);
ui.listSubscribers->addItem(item);
maSubscribers[strECUName] = strECUName;
}
}
}
void UnconditionalFrameEditDlg::vUpdateEditFrameDetails()
{
LinFrameProps ouFrameProps;
ouFrameProps.m_eLinFrameType = eLinInvalidFrame;
UID_ELEMENT uidFrame;
IFrame* pFrame = *m_pouFrame;
uidFrame = pFrame->GetUniqueId();
pFrame->GetProperties(ouFrameProps);
//2. Set Frame Props
ouFrameProps.m_unMsgSize = GetUnsignedInt(ui.comboFrameLength->currentText(), 10);
ouFrameProps.m_nMsgId = GetUnsignedInt(ui.comboFrameId->currentText());
ouFrameProps.m_eLinFrameType = eLinUnconditionalFrame;
pFrame->SetProperties(ouFrameProps);
std::list<IEcu*> lstECUs;
pFrame->GetEcus(eTx, lstECUs);
UID_ELEMENT uidECU;
for(auto itrECU : lstECUs)
{
uidECU = itrECU->GetUniqueId();
itrECU->UnMapFrame(eTx, uidFrame);
pFrame->UnMapNode(eTx, uidECU);
}
lstECUs.clear();
for(auto itrECU : m_ouRxEcus)
{
uidECU = itrECU->GetUniqueId();
itrECU->UnMapFrame(eRx, uidFrame);
pFrame->UnMapNode(eRx, uidECU);
}
//3. Map Tx ECU and Map Tx Frame to Ecu
IEcu* pouEcu = nullptr;
UID_ELEMENT unEcuID = INVALID_UID_ELEMENT;
std::string strPublisher = ui.comboPublisher->currentText().toStdString();
m_pouLDFCluster->GetEcu(strPublisher, &pouEcu);
if ( pouEcu != nullptr )
{
pouEcu->GetUniqueId(unEcuID);
pFrame->MapNode(eTx, unEcuID);
pouEcu->MapFrame(eTx, uidFrame);
}
//4. Map Signals and Map RX frames TO ecu
SignalInstanse ouSignalInstance;
ouSignalInstance.m_nStartBit = INVALID_DATA;
ouSignalInstance.m_nUpdateBitPos = INVALID_DATA;
ISignal* pSignal = nullptr;
std::list<IEcu*> ecuList;
UID_ELEMENT uidSignal;
for( unsigned int unIndex = 0; unIndex < ui.tableSignals->rowCount(); unIndex++)
{
//QTreeWidgetItem *treeItem = ui.treeSignals->topLevelItem(unIndex);
uidSignal = ui.tableSignals->item(unIndex, 0)->data(Qt::UserRole).value<UID_ELEMENT>();
m_pouLDFCluster->GetElement(eSignalElement, uidSignal, (IElement**)&pSignal);
ecuList.clear();
if(nullptr != pSignal)
{
pSignal->GetEcus(eTx, ecuList);
}
//Ldf contains one Ecu so take First Ecu only;
auto itrTxEcu = ecuList.begin();
if ( itrTxEcu != ecuList.end() )
{
UID_ELEMENT unTempEcuId = INVALID_UID_ELEMENT;
(*itrTxEcu)->GetUniqueId(unTempEcuId);
if ( unTempEcuId == unEcuID )
{
ouSignalInstance.m_nStartBit = GetUnsignedInt(ui.tableSignals->item(unIndex, 1)->text(), 10);
pFrame->MapSignal(uidSignal, ouSignalInstance);
ecuList.clear();
if(nullptr != pSignal)
{
pSignal->GetEcus(eRx, ecuList);
}
for ( auto itrEcu : ecuList )
{
itrEcu->MapFrame(eRx, uidFrame);
}
}
}
}
//1. Set Frame Name
pFrame->SetName(ui.editFrameName->text().toStdString());
}
void UnconditionalFrameEditDlg::vUpdateNewFrameDetails()
{
FrameProps ouFrameProps;
UID_ELEMENT uidFrame;
IFrame* pFrame = nullptr;
m_pouLDFCluster->CreateElement(eFrameElement, (IElement**)&pFrame);
//2. Set Frame Props
unsigned int nLength = GetUnsignedInt(ui.comboFrameLength->currentText(), 10); //Always Dec
ouFrameProps.m_ouLINUnConditionFrameProps.m_nLength = nLength;
ouFrameProps.m_ouLINUnConditionFrameProps.m_unId = GetUnsignedInt(ui.comboFrameId->currentText());
ouFrameProps.m_eFrameType = eLIN_Unconditional;
pFrame->SetProperties(ouFrameProps);
//3. Map Tx ECU and Map Tx Frame to Ecu
IEcu* pouEcu = nullptr;
UID_ELEMENT unEcuID = INVALID_UID_ELEMENT;
m_pouLDFCluster->GetEcu(ui.comboPublisher->currentText().toStdString(), &pouEcu);
if ( pouEcu != nullptr )
{
pouEcu->GetUniqueId(unEcuID);
pFrame->MapNode(eTx, unEcuID);
uidFrame = pFrame->GetUniqueId();
pouEcu->MapFrame(eTx, uidFrame);
}
//4. Map Signals and Map RX frames TO ecu
SignalInstanse ouSignalInstance;
ISignal* pSignal = nullptr;
std::list<IEcu*> ecuList;
UID_ELEMENT uidSignal;
for( unsigned int unIndex = 0; unIndex < ui.tableSignals->rowCount(); unIndex++)
{
//QTreeWidgetItem *treeItem = ui.treeSignals->topLevelItem(unIndex);
uidSignal = ui.tableSignals->item(unIndex, 0)->data(Qt::UserRole).value<UID_ELEMENT>();
m_pouLDFCluster->GetElement(eSignalElement, uidSignal, (IElement**)&pSignal);
ecuList.clear();
if(nullptr != pSignal)
{
pSignal->GetEcus(eTx, ecuList);
}
//Ldf contains one Ecu so take First Ecu only;
auto itrTxEcu = ecuList.begin();
if ( itrTxEcu != ecuList.end() )
{
UID_ELEMENT unTempEcuId = INVALID_UID_ELEMENT;
(*itrTxEcu)->GetUniqueId(unTempEcuId);
if ( unTempEcuId == unEcuID )
{
unsigned int unStartBit = GetUnsignedInt(ui.tableSignals->item(unIndex, 1)->text(), 10);
ouSignalInstance.m_nStartBit =unStartBit;
//ouSignalInstance.m_nStartBit = treeItem->text(1).toInt();
pFrame->MapSignal(uidSignal, ouSignalInstance);
ecuList.clear();
if(nullptr != pSignal)
{
pSignal->GetEcus(eRx, ecuList);
}
for ( auto itrEcu : ecuList )
{
itrEcu->MapFrame(eRx, uidFrame);
}
}
}
}
//1. Set Frame Name
pFrame->SetName(ui.editFrameName->text().toStdString());
*m_pouFrame = pFrame;
}
ERRORCODE CCommonLDFGenerator::nGenerateScheduleItem(CSheduleTableItem omShceduleItem, ostringstream& omSchedItemStream)
{
IFrame* pFrame = nullptr;
m_ouCluster->GetElement(eFrameElement, omShceduleItem.m_nFrameId, (IElement**)&pFrame);
std::string strFrameName, strEcuName, strLDFVersion;
std::ostringstream omStream, omPIDs;
if(nullptr != pFrame)
{
pFrame->GetName(strFrameName);
}
IEcu* pECU = nullptr;
if(omShceduleItem.m_nNode != INVALID_UID_ELEMENT)
{
m_ouCluster->GetElement(eEcuElement, omShceduleItem.m_nNode, (IElement**)&pECU);
if(nullptr != pECU)
{
pECU->GetName(strEcuName);
}
}
UID_ELEMENT idFrame;
LIN_Settings ouSettings;
m_ouCluster->GetProperties(eLINClusterProperties, &ouSettings);
nGetLDFVersion(ouSettings.m_dProtocolVers, strLDFVersion);
switch (omShceduleItem.m_eDiagType)
{
case eLIN_NORMAL_FRAME_ID:
omSchedItemStream << defTAB << strFrameName.c_str() << defDELAY << omShceduleItem.m_dDelay << defUNIT_MS << defSEMICOLON;
break;
case eLIN_MASTER_FRAME_ID:
omSchedItemStream << defTAB << defMASTER_REQUEST << defDELAY << omShceduleItem.m_dDelay << defUNIT_MS << defSEMICOLON;
break;
case eLIN_SLAVE_FRAME_ID:
omSchedItemStream << defTAB << defSLAVE_RESP << defDELAY << omShceduleItem.m_dDelay << defUNIT_MS << defSEMICOLON;
break;
case eLIN_SID_ASSIGN_NAD_ID:
if(strLDFVersion == defLIN_VERSION_2_0)
{
omSchedItemStream << defTAB << defASSIGN_NAD << defOPEN_BRACE
<< defHEX << std::hex <<std::uppercase << (int)omShceduleItem.m_chDataBytes[0] << defCOMMA
<< defHEX << std::hex <<std::uppercase << (int)omShceduleItem.m_chDataBytes[7] << defCOMMA
<< defHEX << std::hex <<std::uppercase << (int)omShceduleItem.m_chDataBytes[3] << defCOMMA
<< defHEX << std::hex <<std::uppercase << (int)omShceduleItem.m_chDataBytes[5]
<< defCLOSE_BRACE
<< defDELAY << omShceduleItem.m_dDelay << defUNIT_MS << defSEMICOLON;
}
else if(strLDFVersion == defLIN_VERSION_2_1)
{
omSchedItemStream << defTAB << defASSIGN_NAD << defOPEN_BRACE << strEcuName.c_str() << defCLOSE_BRACE
<< defDELAY << omShceduleItem.m_dDelay << defUNIT_MS << defSEMICOLON;
}
break;
case eLIN_SID_COND_CHANGE_NAD:
omSchedItemStream << defTAB << defCONDITIONALCHANGENAD << defOPEN_BRACE
<< defHEX << std::hex <<std::uppercase << (int)omShceduleItem.m_chDataBytes[0] << defCOMMA
<< defHEX << std::hex <<std::uppercase << (int)omShceduleItem.m_chDataBytes[3] << defCOMMA
<< defHEX << std::hex <<std::uppercase << (int)omShceduleItem.m_chDataBytes[4] << defCOMMA
<< defHEX << std::hex <<std::uppercase << (int)omShceduleItem.m_chDataBytes[5] << defCOMMA
<< defHEX << std::hex <<std::uppercase << (int)omShceduleItem.m_chDataBytes[6] << defCOMMA
<< defHEX << std::hex <<std::uppercase << (int)omShceduleItem.m_chDataBytes[7]
<< defCLOSE_BRACE << defDELAY << omShceduleItem.m_dDelay << defUNIT_MS << defSEMICOLON;
break;
case eLIN_SID_DATA_DUMP:
omSchedItemStream << defTAB << defDATADUMP << defOPEN_BRACE << strEcuName.c_str() << defCOMMA
<< defHEX << std::hex <<std::uppercase << (int)omShceduleItem.m_chDataBytes[3] << defCOMMA
<< defHEX << std::hex <<std::uppercase << (int)omShceduleItem.m_chDataBytes[4] << defCOMMA
<< defHEX << std::hex <<std::uppercase << (int)omShceduleItem.m_chDataBytes[5] << defCOMMA
<< defHEX << std::hex <<std::uppercase << (int)omShceduleItem.m_chDataBytes[6] << defCOMMA
<< defHEX << std::hex <<std::uppercase << (int)omShceduleItem.m_chDataBytes[7] << defCLOSE_BRACE
<< defDELAY << omShceduleItem.m_dDelay << defUNIT_MS << defSEMICOLON;
break;
case eLIN_SID_SAVE_CONFIG:
omSchedItemStream << defTAB << defSAVECONFIG << defOPEN_BRACE << strEcuName.c_str() << defCLOSE_BRACE
<< defDELAY << omShceduleItem.m_dDelay << defUNIT_MS << defSEMICOLON;
break;
case eLIN_SID_ASSIGN_FRAME_RANGE:
nGetFramePIDs(omShceduleItem, omPIDs);
omSchedItemStream << defTAB << defASSIGN_FRAMEID_RANGE << defOPEN_BRACE << strEcuName.c_str() << defCOMMA
<< defHEX << std::hex <<std::uppercase << (int)( omShceduleItem.m_chDataBytes[3] )<< omPIDs.str() << defCLOSE_BRACE
<< defDELAY << omShceduleItem.m_dDelay << defUNIT_MS << defSEMICOLON;
break;
case eLIN_SID_FREEFORMAT:
omSchedItemStream << defTAB << defFREEFORMAT << defOPEN_BRACE
<< defHEX << std::hex <<std::uppercase << (int)omShceduleItem.m_chDataBytes[0] << defCOMMA
<< defHEX << std::hex <<std::uppercase << (int)omShceduleItem.m_chDataBytes[1] << defCOMMA
<< defHEX << std::hex <<std::uppercase << (int)omShceduleItem.m_chDataBytes[2] << defCOMMA
<< defHEX << std::hex <<std::uppercase << (int)omShceduleItem.m_chDataBytes[3]<< defCOMMA
<< defHEX << std::hex <<std::uppercase << (int)omShceduleItem.m_chDataBytes[4] << defCOMMA
<< defHEX << std::hex <<std::uppercase << (int)omShceduleItem.m_chDataBytes[5] << defCOMMA
<< defHEX << std::hex <<std::uppercase << (int)omShceduleItem.m_chDataBytes[6] << defCOMMA
<< defHEX << std::hex <<std::uppercase << (int)omShceduleItem.m_chDataBytes[7] << defCLOSE_BRACE
<< defDELAY << omShceduleItem.m_dDelay << defUNIT_MS << defSEMICOLON;
break;
case eLIN_SID_READ_BY_IDENTIFIER:
omSchedItemStream << defTAB << defFREEFORMAT << defOPEN_BRACE << defHEX << std::hex <<std::uppercase << (int)omShceduleItem.m_chDataBytes[0]
<< defCOMMA
<< defHEX << std::hex <<std::uppercase << (int)omShceduleItem.m_chDataBytes[1] << defCOMMA
<< defHEX << std::hex <<std::uppercase << (int)omShceduleItem.m_chDataBytes[2] << defCOMMA
<< defHEX << std::hex <<std::uppercase << (int)omShceduleItem.m_chDataBytes[3] << defCOMMA
<< defHEX << std::hex <<std::uppercase << (int)omShceduleItem.m_chDataBytes[4] << defCOMMA
<< defHEX << std::hex <<std::uppercase << (int)omShceduleItem.m_chDataBytes[5] << defCOMMA
<< defHEX << std::hex <<std::uppercase << (int)omShceduleItem.m_chDataBytes[6] << defCOMMA
<< defHEX << std::hex <<std::uppercase << (int)omShceduleItem.m_chDataBytes[7] << defCLOSE_BRACE
<< defDELAY << omShceduleItem.m_dDelay << defUNIT_MS << defSEMICOLON;
break;
case eLIN_SID_ASSIGN_FRAME_ID:
idFrame = omShceduleItem.m_chDataBytes[7];
m_ouCluster->GetElement(eFrameElement, idFrame, (IElement**)&pFrame);
if(nullptr != pFrame)
{
pFrame->GetName(strFrameName);
}
omSchedItemStream << defTAB << defASSIGNFRAMEID << defOPEN_BRACE << strEcuName.c_str() << defCOMMA << strFrameName.c_str() << defCLOSE_BRACE
<< defDELAY << omShceduleItem.m_dDelay << defUNIT_MS << defSEMICOLON;
break;
case eLIN_SID_UNASSIGN_FRAME_ID:
idFrame = omShceduleItem.m_chDataBytes[7];
m_ouCluster->GetElement(eFrameElement, idFrame, (IElement**)&pFrame);
if(nullptr != pFrame)
{
pFrame->GetName(strFrameName);
}
omSchedItemStream << defTAB << defUNASSIGNFRAMEID << defOPEN_BRACE << strEcuName.c_str() << defCOMMA << strFrameName.c_str() << defCLOSE_BRACE
<< defDELAY << omShceduleItem.m_dDelay << defUNIT_MS << defSEMICOLON;
break;
default:
break;
}
return EC_SUCCESS;
}
int LDFEditor::nValidateForCluster(list<ParsingResults>& ouErrors, list<ParsingResults>& ouWarnings)
{
//1. Ecu Validations
std::map<UID_ELEMENT, IElement*> pElement;
LDFDatabaseManager::GetDatabaseManager()->GetLDFCluster()->GetElementList(eEcuElement, pElement);
bool bMasterFound = false;
bool bSlaveFound = false;
LinEcuProps ecuProps;
for ( auto itr : pElement )
{
IEcu* pEcu = (IEcu*)itr.second;
if ( nullptr == pEcu )
{
continue;
}
pEcu->GetProperties(ecuProps);
if (ecuProps.m_eEcuType == eMaster)
{
bMasterFound = true;
}
else if (ecuProps.m_eEcuType == eSlave)
{
bSlaveFound = true;
}
}
if ( false == bMasterFound )
{
ParsingResults ouPasringResult;
ouPasringResult.m_ouErrorType = eError;
ouPasringResult.m_strActionTaken = "";
ouPasringResult.m_strErrorDesc = "Master ECU should be defined in LDF File";
ouPasringResult.m_unErrorCode = 1;
ouPasringResult.m_unLineNum = 0;
ouErrors.push_back(ouPasringResult);
}
if ( false == bSlaveFound )
{
ParsingResults ouPasringResult;
ouPasringResult.m_ouErrorType = eError;
ouPasringResult.m_strActionTaken = "";
ouPasringResult.m_strErrorDesc = "Atleast One Slave should be Defined in LDF File";
ouPasringResult.m_unErrorCode = 1;
ouPasringResult.m_unLineNum = 0;
ouErrors.push_back(ouPasringResult);
}
//2. UnCondition Frames
bool bUnconditionalFrameFound = false;;
pElement.clear();
LDFDatabaseManager::GetDatabaseManager()->GetLDFCluster()->GetElementList(eFrameElement, pElement);
LinFrameProps frameProps;
for ( auto itr : pElement )
{
IFrame* pFrame = (IFrame*)itr.second;
if ( nullptr == pFrame )
{
continue;
}
pFrame->GetProperties(frameProps);
if (frameProps.m_eLinFrameType == eLinUnconditionalFrame)
{
bUnconditionalFrameFound = true;
break;
}
}
if ( false == bUnconditionalFrameFound )
{
ParsingResults ouPasringResult;
ouPasringResult.m_ouErrorType = eWarning;
ouPasringResult.m_strActionTaken = "";
ouPasringResult.m_strErrorDesc = "Valid LDF File should Contain Atleast one Unconditional Frame";
ouPasringResult.m_unErrorCode = 1;
ouPasringResult.m_unLineNum = 0;
ouWarnings.push_back(ouPasringResult);
}
//3. Signals
bool SignalFound = false;
pElement.clear();
LDFDatabaseManager::GetDatabaseManager()->GetLDFCluster()->GetElementList(eSignalElement, pElement);
LINSignalProps ouSignalProps;
for ( auto itr : pElement )
{
ISignal* pSignal = (ISignal*)itr.second;
if ( nullptr == pSignal )
{
continue;
}
pSignal->GetProperties(ouSignalProps);
if ( ouSignalProps.m_ouSignalType == eSignalNormal )
{
SignalFound = true;
break;
}
}
if ( false == SignalFound )
{
ParsingResults ouPasringResult;
ouPasringResult.m_ouErrorType = eWarning;
ouPasringResult.m_strActionTaken = "";
ouPasringResult.m_strErrorDesc = "Valid LDF File should Contain Atleast one signal";
ouPasringResult.m_unErrorCode = 1;
ouPasringResult.m_unLineNum = 0;
ouWarnings.push_back(ouPasringResult);
}
//4. Tables
bool TableFound = false;
pElement.clear();
LDFDatabaseManager::GetDatabaseManager()->GetLDFCluster()->GetElementList(eScheduleTableElement, pElement);
for ( auto itr : pElement )
{
ScheduleTableProps ouTableProps;
IScheduleTable* pTable = (IScheduleTable*)itr.second;
if ( nullptr == pTable )
{
continue;
}
pTable->GetProperties(ouTableProps);
if ( ouTableProps.m_ouCLINSheduleTableItem.size() > 0 )
{
TableFound = true;
break;
}
}
if ( false == TableFound )
{
ParsingResults ouPasringResult;
ouPasringResult.m_ouErrorType = eWarning;
ouPasringResult.m_strActionTaken = "";
ouPasringResult.m_strErrorDesc = "Valid LDF File should Contain Atleast one Schedule Table";
ouPasringResult.m_unErrorCode = 1;
ouPasringResult.m_unLineNum = 0;
ouWarnings.push_back(ouPasringResult);
}
return 0;
}
