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;
}