String EngineExport::getFullyQualifiedExportName() const
{
if( getExportScope() )
{
String parentQualifiedName = getExportScope()->getFullyQualifiedExportName();
if( parentQualifiedName.isEmpty() )
return getExportName();
return String::ToString( "%s::%s", parentQualifiedName.c_str(), getExportName() );
}
return getExportName();
}
bool GenericDataTypeStruct::exportCode( GenericDataExportData& targetData, GenericDataTypeMode mode ) const
{
static const char* s_pBaseFormat = "\n"
"\tstruct %s%s\n"
"\t{\n"
"%s"
"\t};\n";
static const char* s_pBaseTypeFormat = " : public %s";
static const char* s_pFieldFormat = "\t\t%s %s;\n";
string fieldsCode;
for (uint i = 0u; i < m_fields.getCount(); ++i)
{
const GenericDataStructField& field = m_fields[ i ];
if ( !isBitSet( field.mode, mode ) || field.isInherited )
{
continue;
}
targetData.containsArray |= (field.pType->getType() == GenericDataTypeType_Array);
targetData.containsString |= (field.pType->getName() == "string");
if (field.pType->getType() == GenericDataTypeType_Reference)
{
const GenericDataTypeReference* pRefType = (const GenericDataTypeReference*)field.pType;
if ( !targetData.references.contains( pRefType ) )
{
targetData.references.add( pRefType );
}
}
fieldsCode += formatString( s_pFieldFormat, field.pType->getExportName().cStr(), field.name.cStr() );
}
string baseTypeCode;
if ( m_pBaseType != nullptr )
{
baseTypeCode = formatString( s_pBaseTypeFormat, m_pBaseType->getExportName().cStr() );
}
targetData.code += formatString( s_pBaseFormat, getExportName().cStr(), baseTypeCode.cStr(), fieldsCode.cStr() );
return true;
}
