void SporadicFrameEditDlg::vPrepareUIForEditMode()
{
IFrame* pouFrame = *m_pouFrame;
std::string strName;
if ( nullptr != pouFrame )
{
unsigned int nUid;
pouFrame->GetFrameId(nUid);
pouFrame->GetName(strName);
QString strTitle = "Edit SporadicFrame - ";
strTitle+= + strName.c_str();
setWindowTitle(strTitle);
ui.editFrameName->setText(strName.c_str());
}
}
/******************************************************************************
Function Name : nGetMessageName
Input(s) : UINT unMsgId - Message ID
CString& omstrMsgName - message Name
Output : INT
Functionality : Returns the Message Name
Member of : CDataBaseMsgList
Friend of : -
Author(s) : Venkatanarayana Makam
Date Created : 06/04/2011
Modifications :
******************************************************************************/
INT CDataBaseMsgList::nGetMessageName(UINT unMsgId, CString& omstrMsgName)
{
int retVal = ERR_INVALID_DATABASE;
if ( nullptr != mCurrentCluster )
{
IFrame* frame = nullptr;
omstrMsgName = "";
mCurrentCluster->GetFrame( unMsgId, nullptr, &frame );
retVal = ERR_WRONG_ID;
if ( nullptr != frame )
{
std::string frameName;
frame->GetName( frameName );
omstrMsgName = frameName.c_str();
retVal = S_OK;
}
}
return retVal;
}
void FilterGraph::process(const std::vector<IFrame*>& inputs, IFrame& output)
{
// Init the filter graph
if(!_isInit)
init(inputs, output);
// Check whether we can bypass the input audio buffers
const bool bypassBuffers = _inputAudioFrameBuffers.empty() || (areInputFrameSizesEqual(inputs) && areFrameBuffersEmpty());
size_t minInputFrameSamplesNb = 0;
if(!bypassBuffers)
{
// Fill the frame buffer with inputs
for(size_t index = 0; index < inputs.size(); ++index)
{
if(!inputs.at(index)->getDataSize())
{
LOG_DEBUG("Empty frame from filter graph input " << index << ". Remaining audio frames in buffer: " << _inputAudioFrameBuffers.at(index).getBufferSize());
continue;
}
_inputAudioFrameBuffers.at(index).addFrame(inputs.at(index));
}
// Get the minimum input frames size
minInputFrameSamplesNb = getMinInputFrameSamplesNb(inputs);
}
// Setup input frames into the filter graph
for(size_t index = 0; index < inputs.size(); ++index)
{
// Retrieve frame from buffer or directly from input
IFrame* inputFrame = (bypassBuffers)? inputs.at(index) : _inputAudioFrameBuffers.at(index).getFrameSampleNb(minInputFrameSamplesNb);
const int ret = av_buffersrc_add_frame_flags(_filters.at(index)->getAVFilterContext(), &inputFrame->getAVFrame(), AV_BUFFERSRC_FLAG_PUSH);
if(ret < 0)
{
throw std::runtime_error("Error when adding a frame to the source buffer used to start to process filters: " +
getDescriptionFromErrorCode(ret));
}
}
// Pull filtered data from the filter graph
for(;;)
{
const int ret = av_buffersink_get_frame(_filters.at(_filters.size() - 1)->getAVFilterContext(), &output.getAVFrame());
if(ret == AVERROR_EOF || ret == AVERROR(EAGAIN))
break;
if(ret < 0)
{
throw std::runtime_error("Error reading buffer from buffersink: " + getDescriptionFromErrorCode(ret));
}
}
}
ERRORCODE CCommonLDFGenerator::nGetConfigurableFrames(ostringstream& omConfigFrames, std::string strLDFVersion ,std::list<ConfigFrameDetails> listFrames)
{
if(listFrames.size() <= 0 && strLDFVersion == defLIN_VERSION_1_3)
{
return EC_FAILURE;
}
std::string strFrameName;
FrameProps omFrameProps;
IFrame* pFrame = nullptr;
UID_ELEMENT unElmntId = INVALID_UID_ELEMENT;
omConfigFrames << defLIN_CONFIG_FRAMES << defOPEN_BRACE << endl;
int ninde = 0;
for(auto itrFrame : listFrames)
{
unElmntId = itrFrame.m_uidFrame;
m_ouCluster->GetElement(eFrameElement, unElmntId, (IElement**)&pFrame);
if(nullptr != pFrame)
{
unsigned int unFrameId = 0;
pFrame->GetName(strFrameName);
pFrame->GetProperties(omFrameProps);
pFrame->GetFrameId(unFrameId);
if(strLDFVersion == defLIN_VERSION_2_0)// slave version
{
omConfigFrames << defTAB << defTWOTAB << strFrameName.c_str() << defEQUAL
<< defHEX << std::hex << itrFrame.m_unConfigMsgId << defSEMICOLON;
}
else if(strLDFVersion == defLIN_VERSION_2_1)
{
omConfigFrames << defTAB << defTWOTAB << strFrameName.c_str() << defSEMICOLON;
}
}
}
omConfigFrames << defTWOTAB << defCLOSE_BRACE;
return EC_SUCCESS;
}
/**************************************************************************************
Function Name : vGetSignalList
Input(s) : ETYPE_BUS eBus,int nChannel, DWORD dwMsgCode,std::list<std::string>& lstSigNames
Output : void
Functionality : Gets list of Signal names for the given Message Code.
Member of : CExploreMsgSg
Author(s) : Robin G.K.
Date Created : 27.10.2015
Requirement ID : RS_FLX_08_09_10
***************************************************************************************/
void CExploreMsgSg::vGetSignalList(ETYPE_BUS eBus,int nChannel, DWORD dwMsgCode,std::list<std::string>& lstSigNames)
{
ICluster* pCluster = nullptr;
IBMNetWorkGetService* pouClusterConfig = m_pGlobalObj->m_ouClusterConfig;
if(nullptr!=pouClusterConfig)
{
pouClusterConfig->GetDBService(eBus, nChannel, 0, &pCluster);
}
IFrame* ouframeStrct = nullptr;
unsigned int unFrameId = dwMsgCode;
switch (eBus)
{
case CAN:
case LIN:
case J1939:
if (nullptr != pCluster)
{
pCluster->GetFrame(unFrameId, nullptr, &ouframeStrct);
}
break;
}
std::map< ISignal*, SignalInstanse> mapSignals;
if(nullptr != pCluster && nullptr != ouframeStrct)
{
ouframeStrct->GetSignalList(mapSignals);
}
std::string omSignalName;
for(auto itrSignal : mapSignals)
{
(itrSignal.first)->GetName(omSignalName);
lstSigNames.push_back(omSignalName);
}
}
HRESULT CMsgContainerJ1939::GetMessageName(STJ1939_MSG& msg, CString& msgName, bool formatHexForId)
{
//Message Name
std::string strName = "";
IFrame* pouFrame = nullptr;
ERRORCODE eResult = mBmNetwork->GetFrame(J1939, 0, msg.m_sMsgProperties.m_uExtendedID.m_s29BitId.unGetPGN(), nullptr, &pouFrame);
if (EC_SUCCESS == eResult && nullptr != pouFrame)
{
pouFrame->GetName(strName);
msgName = strName.c_str();
}
else
{
if (formatHexForId == true)
{
msgName.Format("0x%X", msg.m_sMsgProperties.m_uExtendedID.m_unExtID);
}
else
{
msgName.Format("%d", msg.m_sMsgProperties.m_uExtendedID.m_unExtID);
}
}
return S_OK;
}
void UnconditionalFrameEditDlg::SetUpUi()
{
IFrame* pFrame = *m_pouFrame;
m_bIsDynFrame = false;
std::string strName, strECUName;
QString strValue;
LinFrameProps ouFrameProps;
ouFrameProps.m_eLinFrameType = eLinInvalidFrame;
std::map<std::string, std::string> maSubscribers;
std::list<IEcu*> lstTxECUs, lstRxECUs;
ui.editFrameName->setValidator(new QRegExpValidator(QRegExp(defIdentifier_RegExp)));
PopulateFrameIdCombo();
PopulateFrameLengthCombo();
vPopulatePublishers();
vEnableDynamicFrame();
if(m_eUIMode == eNew)
{
ui.comboFrameLength->setCurrentText("4");
ui.comboFrameId->setCurrentText(defNONE);
ui.comboPublisher->setCurrentText(defNONE);
ui.tableSignals->setRowCount(0);
setWindowTitle("Create Unconditional Frame");
}
else if(m_eUIMode == eEdit)
{
if (pFrame == nullptr)
{
return;
}
pFrame->GetName(strName);
pFrame->GetProperties(ouFrameProps);
QString strTitle = "Edit Unconditional Frame - ";
strTitle+= + strName.c_str();
setWindowTitle(strTitle);
// Set FrameId
strValue = GetString(ouFrameProps.m_nMsgId);
ui.comboFrameId->setCurrentText(strValue);
// Set Frame Length
strValue = GetString(ouFrameProps.m_unMsgSize, 10); //Always Dec
ui.comboFrameLength->setCurrentText(strValue);
m_omFrameLength = strValue.toStdString();
pFrame->GetEcus(eTx, lstTxECUs);
pFrame->GetEcus(eRx, lstRxECUs);
// Set Frame Name
ui.editFrameName->setText(QString::fromStdString(strName));
// Adding ECUs to Publisherlst and Subscriberlst
vAddSubscribers(lstRxECUs);
// Set Publisher
if(lstTxECUs.size() > 0)
{
std::list<IEcu*>::iterator itrTxECU = lstTxECUs.begin();
((IEcu*)*itrTxECU)->GetName(strECUName);
ui.comboPublisher->setCurrentText(QString::fromStdString(strECUName));
m_omStrPublisher = strECUName;
}
PopulateFrameSignals();
// Dynamic Frame
std::list<unsigned int> ouDyanamicFramelist;
void* pDynFrameList;
m_pouLDFCluster->GetProperties(eLdfDyanmicFrameList, &ouDyanamicFramelist);
auto itr = std::find(ouDyanamicFramelist.begin(), ouDyanamicFramelist.end(), ouFrameProps.m_nMsgId);
if(ouDyanamicFramelist.end() != itr)
{
ui.chkDynFrame->setChecked(true);
m_bIsDynFrame = true;
}
//Store Rx Ecus;
pFrame->GetEcus(eRx, m_ouRxEcus);
}
m_unFrameId = GetUnsignedInt(ui.comboFrameId->currentText());
vExistingFrameDetails(GetUnsignedInt(ui.comboFrameId->currentText()));
}
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;
}
HRESULT VerifyCurrentMessage(STCANDATA& sCanData, CTSExecutionCAN* pTSXCan)
{
AfxTrace(_("In VERIFY - Before Enter\n"));
EnterCriticalSection(&(pTSXCan->m_omCritSecTS));
AfxTrace(_("In VERIFY - After Enter\n"));
if(pTSXCan->m_bTimeOver == TRUE || pTSXCan->m_pCurrentVerify == nullptr)
{
LeaveCriticalSection(&(pTSXCan->m_omCritSecTS));
return S_FALSE;
}
UINT unCount;
pTSXCan->m_pCurrentVerify->GetSubEntryCount(unCount);
if(pTSXCan->m_MsgVerifiedList.GetCount() < (INT)unCount)
{
CVerify_MessageData ouMsgData;
if(pTSXCan->m_pCurrentVerify->GetMessageFromId(sCanData.m_uDataInfo.m_sCANMsg.m_unMsgID, &ouMsgData) == S_OK)
{
if (pTSXCan->m_MsgVerifiedList.Find(sCanData.m_uDataInfo.m_sCANMsg.m_unMsgID) == nullptr)
{
UCHAR pucData[8] = {0};
memcpy(pucData, &sCanData.m_uDataInfo.m_sCANMsg.m_ucData, sCanData.m_uDataInfo.m_sCANMsg.m_ucDataLen);
//Interprete The Messages
IFrame* sMsg;
pTSXCan->m_pCurrentVerify->m_ouDataBaseManager.nGetMessageInfo(ouMsgData.m_omMessageName, &sMsg);
//pTSXCan->m_ouMsgInterpret.vSetMessageList(sMsgEntry);
//pTSXCan->m_ouMsgInterpret.bInterpretMsgs(ouMsgData.m_dwMessageID, pucData, ouSignalInfo);
if ( nullptr != sMsg )
{
CMessageResult ouMsgResult;
if ( ouMsgData.m_byChannelNumber == sCanData.m_uDataInfo.m_sCANMsg.m_ucChannel ) // solves issue #711, 4th bullet point
{
std::list<InterpreteSignals> signlaList;
sMsg->InterpretSignals( pucData, sizeof( pucData ), signlaList, false );
if ( pTSXCan->bVerifyCanMessage( ouMsgData, signlaList, ouMsgResult ) == TRUE )
{
//pTSXCan->m_nVerifyCount++;
if ( pTSXCan->m_ouVerifyResult != nullptr && pTSXCan->m_bTimeOver == FALSE )
{
//pTSXCan->TSX_DisplayMessage(ouMsgData.m_omMessageName);
//pTSXCan->TSX_DisplayResult(CString("SUCCESS"));
pTSXCan->m_ouVerifyResult->m_MessageResultList.AddTail( ouMsgResult );
}
pTSXCan->m_MsgVerifiedList.AddTail( (UINT&)ouMsgData.m_dwMessageID );
}
}
}
}
}
}
if(pTSXCan->m_MsgVerifiedList.GetCount() == (INT)unCount)
{
//pTSXCan->m_nVerifyCount = 0;
pTSXCan->m_pCurrentVerify = nullptr;
pTSXCan->m_ouVerifyEvent.SetEvent();
//pTSXCan->m_ouReadThread.m_unActionCode = INVOKE_FUNC;
}
LeaveCriticalSection(&(pTSXCan->m_omCritSecTS));
return S_OK;
}
/******************************************************************************
Function Name : TSX_VerifyMessage
Input(s) :
Output : HRESULT
Functionality :
Member of : CTSExecutionCAN
Friend of : -
Author(s) : Venkatanarayana Makam
Date Created : 01/04/2011
Modifications :
******************************************************************************/
HRESULT CTSExecutionCAN::TSX_VerifyMessage(CBaseEntityTA* pEntity, CResultVerify& ouVerifyResult)
{
//TODO::Proper Handling Required
UCHAR pucData[8];
INT dataSize = 8;
STCANDATA sCanData;
UINT unVerifyCount;
HRESULT hResult = S_OK;
CBaseEntityTA* pVerifyEntity;
CVerify_MessageData ouVerifyData;
CString omResult;
IFrame* sMsg;
CVerifyData ouVerify;
pEntity->GetSubEntryCount(unVerifyCount);
ouVerifyResult.m_MessageResultList.RemoveAll();
pEntity->GetEntityData(VERIFY, &ouVerify);
ouVerifyResult.m_eResult = ouVerify.m_eAttributeError;
//Loop For all Messages
for(UINT j=0; j<unVerifyCount; j++)
{
pEntity->GetSubEntityObj(j, &pVerifyEntity);
pVerifyEntity->GetEntityData(VERIFY_MESSAGE, &ouVerifyData);
if(m_ouCanBufVFSE.ReadFromBuffer(&sCanData, (__int64)ouVerifyData.m_dwMessageID)==0)
{
dataSize = sCanData.m_uDataInfo.m_sCANMsg.m_ucDataLen;
memcpy(pucData, &sCanData.m_uDataInfo.m_sCANMsg.m_ucData, sCanData.m_uDataInfo.m_sCANMsg.m_ucDataLen);
}
else
{
dataSize = 8;
memset(pucData, 0, 8);
}
//Interprete The Messages
SMSGENTRY* sMsgEntry = new SMSGENTRY;
pEntity->m_ouDataBaseManager.nGetMessageInfo(ouVerifyData.m_omMessageName, &sMsg);
if ( nullptr == sMsg )
{
return S_FALSE;
}
std::list<InterpreteSignals> interPretedSignalList;
sMsg->InterpretSignals( pucData, dataSize, interPretedSignalList, false );
CString strVerDisplay = _("Verifying Message ")+ouVerifyData.m_omMessageName;
TSX_DisplayMessage(strVerDisplay);
//Verify The Signals
CMessageResult ouMsgResult;
omResult = _("SUCCESS");
if( ouVerifyData.m_byChannelNumber == sCanData.m_uDataInfo.m_sCANMsg.m_ucChannel ) // solves issue #711, 4th bullet point
{
if ( bVerifyCanMessage( ouVerifyData, interPretedSignalList, ouMsgResult ) == FALSE )
{
omResult = _("FAIL");
hResult = S_FALSE;
}
}
else
{
omResult = _("FAIL");
hResult = S_FALSE;
}
ouVerifyResult.m_MessageResultList.AddTail(ouMsgResult);
TSX_DisplayResult(omResult);
//delete []pucData;
}
if( S_FALSE != hResult )
{
ouVerifyResult.m_eResult = SUCCESS;
}
return hResult;
}
/******************************************************************************
Function Name : GetData
Input(s) : MSXML2::IXMLDOMNodePtr& pIDomNode
Output : HRESULT
Functionality : Fill the datastructure from xml node pIDomNode
Member of : CVerify_MessageEntity
Friend of : -
Author(s) : Venkatanarayana Makam, GT-Derka
Date Created : 06/04/2011
Modifications :
******************************************************************************/
HRESULT CVerify_MessageEntity::GetData(MSXML2::IXMLDOMNodePtr& pIDomNode)
{
IXMLDOMNode* pIDOMChildNode;
LONG lCount;
CComBSTR bstrNodeName;
CComVariant NodeValue;
CString omstrTemp;
CSignalCondition ouSignalCondition;
IXMLDOMNamedNodeMapPtr pIDOMAttributes;
pIDOMAttributes = pIDomNode->Getattributes();// get_attributes((IXMLDOMNamedNodeMap**)&pIDOMAttributes);
//Retrieving Message ID
bstrNodeName = def_STR_TCATTRIB_ID;
pIDOMAttributes->getNamedItem(bstrNodeName, &pIDOMChildNode);
pIDOMChildNode->get_nodeTypedValue(&NodeValue);
omstrTemp = strCopyBSTRToCString(NodeValue);
m_ouData.m_dwMessageID = atoi((LPCSTR)omstrTemp);
m_ouData.m_omMessageName = omstrTemp;
if(m_ouDataBaseManager.bIsValidMessageID(m_ouData.m_dwMessageID)== FALSE)
{
//TODO::INVALID MSG POSSIBLE ONLY WHEN THE FILE IS EDITED WITH NOTEPAD.
return -1;
}
pIDOMChildNode->Release();
//Retrieving Message UNIT
bstrNodeName = _(def_STR_TCATTRIB_UNIT);
pIDOMAttributes->getNamedItem(bstrNodeName, &pIDOMChildNode);
pIDOMChildNode->get_nodeTypedValue(&NodeValue);
omstrTemp = strCopyBSTRToCString(NodeValue);
if(omstrTemp == "RAW")
{
m_ouData.m_eSignalUnitType = RAW;
}
else // else if(omstrTemp == "ENG")
{
m_ouData.m_eSignalUnitType = ENG;
}
pIDOMChildNode->Release();
//Retrieving Message Channel
bstrNodeName = def_STR_TCATTRIB_CHANNEL;
pIDOMAttributes->getNamedItem(bstrNodeName, &pIDOMChildNode);
m_ouData.m_byChannelNumber = 0; // set default-value for the case, the number is incorrect or the whole argument is missing
if (NULL != pIDOMChildNode) // avoid crash in case XML-file -without channel-information- is loaded
{
pIDOMChildNode->get_nodeTypedValue(&NodeValue);
omstrTemp = strCopyBSTRToCString(NodeValue);
m_ouData.m_byChannelNumber = atoi((LPCSTR)omstrTemp);
pIDOMChildNode->Release();
}
if(m_ouData.m_byChannelNumber == 0) // if casting fails (failure in xml)
{
m_ouData.m_byChannelNumber = 1; // set default channel */
m_lDefaultChannelUsed = 1;
}
//Retrieving Signals and their Data
IFrame* sMsg;
IXMLDOMNodeListPtr pIDOMSignalList;
IXMLDOMNode* pIDOMSChildSignal;
bstrNodeName = _(def_STR_SIGNAL_NODE);
pIDOMSignalList = pIDomNode->selectNodes((_bstr_t)bstrNodeName);
pIDOMSignalList->get_length(&lCount);
INT nRetVal;
nRetVal = m_ouDataBaseManager.nGetMessageName(m_ouData.m_dwMessageID, m_ouData.m_omMessageName);
if(nRetVal != S_OK)
{
return nRetVal;
}
nRetVal = m_ouDataBaseManager.nGetMessageInfo(m_ouData.m_omMessageName, &sMsg);
if ( sMsg == nullptr )
{
return nRetVal;
}
UINT unSignalCount = sMsg->GetSignalCount();
//W4 Removal - Local variable not required
//UINT unTSSignalCount = lCount;
std::map<ISignal*, SignalInstanse> signalList;
sMsg->GetSignalList( signalList);
std::string signalName;
for (auto signal : signalList )
//for(UINT i = 0; i < unSignalCount; i++)
{
CSignalCondition ouSignalData, ouTSSignalData;
signal.first->GetName( signalName );
ouSignalData.m_omSigName = signalName.c_str();
ouSignalData.m_omCondition = "";
for(int i = 0; i < lCount; i++)
{
pIDOMSignalList->get_item(i, &pIDOMSChildSignal);
vRetrieveConditionSignalValue(pIDOMSChildSignal, ouTSSignalData);
if(ouSignalData.m_omSigName == ouTSSignalData.m_omSigName)
{
ouSignalData.m_omCondition = ouTSSignalData.m_omCondition;
break;
}
}
m_ouData.m_odSignalConditionList.AddTail(ouSignalData);
}
return S_OK;
}
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;
}
ERRORCODE NodeSimCodeGenerator::GenerateHeaderFile(std::fstream& fileHeader, INsCodeGenHelper* codeGenHelper, ICluster* cluster)
{
//1. includes
std::string headers;
fileHeader << codeGenHelper->GetProtocolIncludesHeaderName(cluster) << std::endl;
//2. cluster NameSpace;
std::string clusterName = GetClusterName(cluster);
fileHeader << defNameSpace << TAG_SPACE << clusterName << TAG_OPENFBRACE << std::endl;
//3. Pdu namespace
fileHeader << defNameSpace <<" " <<"PDU" << TAG_OPENFBRACE <<std::endl;
//4. Pdu Decl
char chTemp[256];
std::string pduName;
std::map<UID_ELEMENT, IElement*> pduList;
cluster->GetElementList(ePduElement, pduList);
IPduCodeGenHelper* pduCodeGenHelper = codeGenHelper->GetPduCodeGenHelper();
PduProps pduProps;
for ( auto itrPdu : pduList )
{
IPdu* pdu = (IPdu*)(itrPdu.second);
pdu->GetProperties(pduProps);
fileHeader << pduCodeGenHelper->GetDecl(pdu) << std::endl;
fileHeader << TAG_OPENFBRACE << std::endl;
fileHeader << TAG_PUBLICSTART << std::endl;
sprintf_s(chTemp, sizeof(chTemp), TAG_DATABYTEDECL, pduProps.m_unByteLength);
fileHeader << chTemp;
fileHeader << pduCodeGenHelper->GetBaseClassDecl(pdu) << std::endl;
fileHeader << pduCodeGenHelper->GetSignalsDecl(pdu)<< std::endl;
fileHeader << "};" << std::endl;
pduName = pduCodeGenHelper->GetUniqueName(pdu);
fileHeader << "typedef" << " " << "_" << pduName << " " << pduName <<TAG_SEMICOLON << std::endl;
}
//5. Endl Pdu namespace
fileHeader << TAG_CLOSEFBRACE << std::endl;
//6. Frame Namespace start
fileHeader << defNameSpace <<" " <<"Frame" << TAG_OPENFBRACE <<std::endl;
//7. Using namespace
fileHeader <<"using namespace PDU;" << std::endl;
//8. Class Decleration
std::string frameName;
std::map<UID_ELEMENT, IElement*> frameList;
cluster->GetElementList(eFrameElement, frameList);
IFrameCodeGenHelper* frameCodeGenHelper = codeGenHelper->GetFrameCodeGenHelper();
std::map<IPdu*, PduInstanse> pduMap;
for ( auto itrPdu : frameList )
{
IFrame* frame = (IFrame*)(itrPdu.second);
fileHeader << frameCodeGenHelper->GetDecl(frame) << std::endl;
fileHeader << TAG_OPENFBRACE << std::endl;
fileHeader << TAG_PUBLICSTART << std::endl;
fileHeader << frameCodeGenHelper->GetBaseClassDecl(frame) << std::endl;
fileHeader << frameCodeGenHelper->GetPdusDecl(frame)<< std::endl;
pduMap.clear();
frame->GetPduList(pduMap);
if ( pduMap.size() == 0 )
{
fileHeader << frameCodeGenHelper->GetSignalsDecl(frame)<< std::endl;
}
fileHeader << "};" << std::endl;
}
//9. Endl Frame namespace
fileHeader << TAG_CLOSEFBRACE << std::endl;
//10. Endl cluster namespace
fileHeader << TAG_CLOSEFBRACE << std::endl;
//11. using namespaces
fileHeader << "using namespace" << " " <<clusterName << "::" << "Frame" <<TAG_SEMICOLON << std::endl;
fileHeader << "using namespace" << " " <<clusterName << "::" << "PDU" <<TAG_SEMICOLON << std::endl;
return EC_SUCCESS;
}
ERRORCODE NodeSimCodeGenerator::GenerateCppFile(std::fstream& fileHeader, INsCodeGenHelper* codeGenHelper, ICluster* cluster)
{
//1. Header path
std::string dbAppPath;
GetBusMasterDBCachePath(dbAppPath);
std::string strChkSum;
std::string headerfilePath;
cluster->GetDBFileChecksum(strChkSum);
char headerFilePath[MAX_PATH*2];
headerfilePath = strChkSum + ".h";
PathCombine(headerFilePath, dbAppPath.c_str(), headerfilePath.c_str());
fileHeader <<"#include " << AddDoubleQuotes(headerFilePath) <<std::endl ;
//2. namespace cluster
std::string clusterName = GetClusterName(cluster);
fileHeader <<defNameSpace <<" " << clusterName <<"{" <<std::endl ;
//3. Cluster Id
fileHeader << "unsigned long long g_strClusterPath = " <<"0x" << strChkSum <<TAG_SEMICOLON << std::endl ;
//4. Pdu namespace
fileHeader << defNameSpace <<" " <<"PDU" << TAG_OPENFBRACE <<std::endl;
//5. pdu definition
std::string pduName;
std::map<UID_ELEMENT, IElement*> pduList;
cluster->GetElementList(ePduElement, pduList);
IPduCodeGenHelper* pduCodeGenHelper = codeGenHelper->GetPduCodeGenHelper();
PduProps pduProps;
for ( auto itrPdu : pduList )
{
IPdu* pdu = (IPdu*)(itrPdu.second);
fileHeader << pduCodeGenHelper->GetConstructorDef(pdu) <<":" <<std::endl;
fileHeader << pduCodeGenHelper->GetBaseClassConstructorDef(pdu) <<std::endl;
fileHeader << pduCodeGenHelper->GetSignalsConstructorDef(pdu) << std::endl;
fileHeader << TAG_OPENFBRACE << std::endl << TAG_CLOSEFBRACE <<std::endl;
}
//6. Endl Pdu namespace
fileHeader << TAG_CLOSEFBRACE << std::endl;
//7. Frame Namespace start
fileHeader << defNameSpace <<" " <<"Frame" << TAG_OPENFBRACE <<std::endl;
//8. Using namespace
fileHeader <<"using namespace PDU;" << std::endl;
//9. Frame definition
std::string frameName;
std::map<UID_ELEMENT, IElement*> frameList;
std::map<IPdu*, PduInstanse> pduMap;
cluster->GetElementList(eFrameElement, frameList);
IFrameCodeGenHelper* frameCodeGenHelper = codeGenHelper->GetFrameCodeGenHelper();
for ( auto itrFrame : frameList )
{
IFrame* frame = (IFrame*)(itrFrame.second);
fileHeader << frameCodeGenHelper->GetConstructorDef(frame) <<":" <<std::endl;
fileHeader << frameCodeGenHelper->GetBaseClassConstructorDef(frame) <<std::endl;
fileHeader << frameCodeGenHelper->GetPdusConstructorDef(frame) << std::endl;
pduMap.clear();
frame->GetPduList(pduMap);
if ( pduMap.size() == 0 )
{
fileHeader << frameCodeGenHelper->GetSignalsConstructorDef(frame) << std::endl;
}
fileHeader << TAG_OPENFBRACE << std::endl << TAG_CLOSEFBRACE <<std::endl;
}
//10. Endl Frame namespace
fileHeader << TAG_CLOSEFBRACE << std::endl;
//11. Cluster namespace
fileHeader << TAG_CLOSEFBRACE << std::endl;
return EC_SUCCESS;
}
