Method bindDataTypes_

src/DesignCompile/TestbenchElaboration.cpp:328–367

}

bool TestbenchElaboration::bindDataTypes_() {
  Compiler* compiler = m_compileDesign->getCompiler();
  Design* design = compiler->getDesign();
  ClassNameClassDefinitionMultiMap classes = design->getClassDefinitions();

  // Bind data types
  for (const auto& [className, classDefinition] : classes) {
    for (auto& datatype : classDefinition->getUsedDataTypeMap()) {
      std::string dataTypeName = datatype.first;
      DataType* dtype = datatype.second;
      if (dtype->getDefinition()) continue;
      VObjectType type = dtype->getType();
      if (type == VObjectType::slStringConst ||
          type == VObjectType::paNull_rule ||
          type == VObjectType::paClass_scope) {
        const DataType* the_def = bindDataType_(
            dataTypeName, dtype->getFileContent(), dtype->getNodeId(),
            classDefinition, ErrorDefinition::COMP_UNDEFINED_TYPE);
        if (the_def != dtype) dtype->setDefinition(the_def);
      }
    }
    for (auto& func : classDefinition->getFunctionMap()) {
      for (auto& datatype : func.second->getUsedDataTypeMap()) {
        std::string dataTypeName = datatype.first;
        DataType* dtype = datatype.second;
        if (dtype->getDefinition()) continue;
        VObjectType type = dtype->getType();
        if (type == VObjectType::slStringConst ||
            type == VObjectType::paNull_rule ||
            type == VObjectType::paClass_scope) {
          const DataType* the_def = bindDataType_(
              dataTypeName, dtype->getFileContent(), dtype->getNodeId(),
              classDefinition, ErrorDefinition::COMP_UNDEFINED_TYPE);
          if (the_def != dtype) dtype->setDefinition(the_def);
        }
      }
    }
  }
  return true;
}

bool TestbenchElaboration::bindFunctions_() {
  bindFunctionReturnTypesAndParamaters_();