/**
* \brief writes the Messages in the given list to the output file
* \param[in] fileOutput Pointer to the Output file
* \param[in] m_listMessages List of Message
* \param[in] writeErr If true write error signals also else write only correct signals
* associated with the message
* \return Status code
*
* Writes the Messages in the given list to the output file.
*/
bool CMessage::writeMessageToFile(fstream& fileOutput, list<CMessage> &m_listMessages, bool writeErr)
{
bool bResult = true;
//Write all the message
list<CMessage>::iterator msg;
for(msg=m_listMessages.begin(); msg!=m_listMessages.end(); ++msg)
{
fileOutput << T_START_MSG << " " << msg->m_acName.c_str();
fileOutput << "," << dec << msg->m_uiMsgID;
fileOutput << "," << dec << msg->m_ucLength;
fileOutput << "," << dec << msg->m_ucNumOfSignals;
fileOutput << "," << msg->m_cDataFormat;
fileOutput << "," << msg->m_cFrameFormat;
fileOutput << "," << msg->m_txNode.c_str() << endl;
CSignal sig;
//write all related signals to the messages
bResult &= sig.WriteSignaltofile(fileOutput,
msg->m_listSignals,
msg->m_ucLength,
msg->m_cDataFormat,
writeErr);
fileOutput << T_END_MSG << endl;
fileOutput << endl;
}
return bResult;
}
/**
* \brief Writes all the data to the output file in CANoe format
*
* Writes all the data to the output file in CANoe format.
*/
bool CDBFConverter::WriteToOutputFile(fstream& fileOutput)
{
bool bResult = true;
// write to the output file
// write header
fileOutput << T_HEADER << endl;
fileOutput << endl;
fileOutput << T_DB_VER " " T_VER_NO << endl;
fileOutput << endl;
if(m_eBus == J1939)
{
fileOutput << T_PROTOCOL " " T_PRPTOCOL_J1939;
}
else
{
//default CAN
fileOutput << T_PROTOCOL " " T_PROTOCOL_CAN;
}
fileOutput << endl;
fileOutput << endl;
//For easy replacement of version Info #define is not added
fileOutput<< "[BUSMASTER_VERSION] [1.7.2]"<<endl;
// number of messages
fileOutput << T_NUM_OF_MSG " " << dec << m_listMessages.size() << endl;
fileOutput << endl;
//Write Messagess to the Output file
CMessage msg;
bResult &= msg.writeMessageToFile(fileOutput, m_listMessages, false, m_eBus);
// write all messages, signals not associated with any Messages
if(!m_listSignal.empty())
{
fileOutput << T_ST_SIG_LIST << endl;
CSignal sig;
bResult &= sig.WriteSignaltofile(fileOutput, m_listSignal, 0, 0, false);
fileOutput << T_END_SIG_LIST << endl;
fileOutput << endl;
}
//write value table
fileOutput << T_ST_VAL_TAB << endl;
CValueTable temp_vtab;
temp_vtab.writeValueTabToFile (fileOutput,m_vTab);
fileOutput << T_END_VAL_TAB << endl;
fileOutput << endl;
//write list of nodes
fileOutput << T_NODE " ";
bool comma = false;
list<string>::iterator node;
for(node=m_listNode.begin(); node!=m_listNode.end(); ++node)
{
if(comma)
{
fileOutput << ",";
}
fileOutput << node->c_str();
comma = true;
}
fileOutput << endl;
fileOutput << endl;
//Write Comments
fileOutput << T_ST_COMMENT << endl;
//network comments
fileOutput << T_ST_CM_NET << endl;
list<CComment>::iterator cmt;
for(cmt=m_cmNet.begin(); cmt!=m_cmNet.end(); ++cmt)
{
fileOutput << cmt->m_elementName.c_str();
fileOutput << " " << cmt->m_comment.c_str() << endl;
}
fileOutput << T_END_CM_NET << endl;
fileOutput << endl;
//node comments
fileOutput << T_ST_CM_NODE << endl;
for(cmt=m_cmNode.begin(); cmt!=m_cmNode.end(); ++cmt)
{
fileOutput << cmt->m_elementName.c_str();
fileOutput << " " << cmt->m_comment.c_str() << endl;
}
fileOutput << T_END_CM_NODE << endl;
fileOutput << endl;
//message comments
fileOutput << T_ST_CM_MSG << endl;
for(cmt=m_cmMsg.begin(); cmt!=m_cmMsg.end(); ++cmt)
{
fileOutput << cmt->m_msgID;
fileOutput << " " << cmt->m_msgType;
fileOutput << " " << cmt->m_comment.c_str() << endl;
}
fileOutput << T_END_CM_MSG << endl;
fileOutput << endl;
//signal comments
fileOutput << T_ST_CM_SIG << endl;
for(cmt=m_cmSig.begin(); cmt!=m_cmSig.end(); ++cmt)
{
fileOutput << cmt->m_msgID;
fileOutput << " " << cmt->m_msgType;
fileOutput << " " << cmt->m_elementName.c_str();
fileOutput << " " << cmt->m_comment.c_str() << endl;
}
fileOutput << T_END_CM_SIG << endl;
fileOutput << T_END_COMMENT << endl;
fileOutput << endl;
//Write Parameters to the output file.
fileOutput << START_PARAM_TAG << endl;
fileOutput << START_NETPARAM_TAG << endl;
bResult=bResult & WriteParametersToFile(fileOutput, m_listParameterArray[0]);
fileOutput << END_NETPARAM_TAG << endl;
fileOutput << endl;
fileOutput << START_NODEPARAM_TAG << endl;
bResult=bResult & WriteParametersToFile(fileOutput, m_listParameterArray[1]);
fileOutput << END_NODEPARAM_TAG << endl;
fileOutput << endl;
fileOutput << START_MSGPARAM_TAG << endl;
bResult=bResult & WriteParametersToFile(fileOutput, m_listParameterArray[2]);
fileOutput << END_MSGPARAM_TAG << endl;
fileOutput << endl;
fileOutput << START_SIGPARAM_TAG << endl;
bResult=bResult & WriteParametersToFile(fileOutput, m_listParameterArray[3]);
fileOutput << END_SIGPARAM_TAG << endl;
fileOutput << endl;
fileOutput << START_RXPARAM_TAG << endl;
bResult=bResult & WriteParametersToFile(fileOutput, m_listParameterArray[4]);
fileOutput << END_RXPARAM_TAG << endl;
fileOutput << endl;
fileOutput << START_TXPARAM_TAG << endl;
bResult=bResult & WriteParametersToFile(fileOutput, m_listParameterArray[5]);
fileOutput << END_TXPARAM_TAG << endl;
fileOutput << END_PARAM_TAG << endl;
fileOutput << endl;
//Parameter Values
fileOutput << START_PARAMVAL_TAG << endl;
fileOutput << START_NETVAL_TAG << endl;
list<CParameter>::iterator rParam;
for(rParam=m_listParameterArray[0].begin(); rParam!=m_listParameterArray[0].end(); ++rParam)
{
list<CParameterValues>::iterator vParam;
for(vParam=rParam->m_listParamValues[0].begin(); vParam!=rParam->m_listParamValues[0].end(); ++vParam)
{
vParam->WriteNetValuesToFile(fileOutput, rParam->m_ParamType, rParam->m_ParamName);
}
}
fileOutput << END_NETVAL_TAG << endl;
fileOutput << endl;
fileOutput << START_NODEVAL_TAG << endl;
for(rParam=m_listParameterArray[1].begin(); rParam!=m_listParameterArray[1].end(); ++rParam)
{
list<CParameterValues>::iterator vParam;
for(vParam=rParam->m_listParamValues[1].begin(); vParam!=rParam->m_listParamValues[1].end(); ++vParam)
{
vParam->WriteNodeValuesToFile(fileOutput, rParam->m_ParamType, rParam->m_ParamName);
}
}
fileOutput << END_NODEVAL_TAG << endl;
fileOutput << endl;
fileOutput << START_MSGVAL_TAG << endl;
for(rParam=m_listParameterArray[2].begin(); rParam!=m_listParameterArray[2].end(); ++rParam)
{
list<CParameterValues>::iterator vParam;
for(vParam=rParam->m_listParamValues[2].begin(); vParam!=rParam->m_listParamValues[2].end(); ++vParam)
{
vParam->WriteMesgValuesToFile(fileOutput, rParam->m_ParamType, rParam->m_ParamName);
}
}
fileOutput << END_MSGVAL_TAG << endl;
fileOutput << endl;
fileOutput << START_SIGVAL_TAG << endl;
for(rParam=m_listParameterArray[3].begin(); rParam!=m_listParameterArray[3].end(); ++rParam)
{
list<CParameterValues>::iterator vParam;
for(vParam=rParam->m_listParamValues[3].begin(); vParam!=rParam->m_listParamValues[3].end(); ++vParam)
{
vParam->WriteSigValuesToFile(fileOutput, rParam->m_ParamType, rParam->m_ParamName);
}
}
fileOutput << END_SIGVAL_TAG << endl;
fileOutput << endl;
fileOutput << END_PARAMVAL_TAG << endl;
fileOutput << endl;
fileOutput << endl;
//list of not supported
fileOutput << T_ST_NOT_SUP << endl;
msg.writeMessageToFile(fileOutput, m_unsupList, true, m_eBus);
fileOutput << T_END_NOT_SUP << endl;
fileOutput << endl;
//lines that were not processed
fileOutput << T_ST_NOT_PRO << endl;
list<string>::iterator np;
for(np=m_notProcessed.begin(); np!=m_notProcessed.end(); ++np)
{
fileOutput << np->c_str() << endl;
}
fileOutput << endl;
fileOutput << T_END_NOT_PRO << endl;
return bResult;
}
