Method parseLibrariesDefinition

src/Library/ParseLibraryDef.cpp:66–107

      m_fileContent(nullptr) {}

bool ParseLibraryDef::parseLibrariesDefinition() {
  FileSystem* const fileSystem = FileSystem::getInstance();
  // Get .map files from command line
  std::vector<PathId> libraryMapFiles =
      m_commandLineParser->getLibraryMapFiles();
  if (libraryMapFiles.empty()) {
    // or scan local dir
    for (const PathId& wdId : m_commandLineParser->getWorkingDirs()) {
      fileSystem->collect(wdId, ".map", m_symbolTable, libraryMapFiles);
    }
  }

  // If "work" library is not yet declared from command line, create it
  constexpr std::string_view workN = "work";
  m_librarySet->addLibrary(workN, m_symbolTable);

  // Config files are parsed using the library top rule
  const PathIdVector& cfgFiles = m_commandLineParser->getConfigFiles();
  libraryMapFiles.insert(libraryMapFiles.end(), cfgFiles.begin(),
                         cfgFiles.end());

  for (const PathId& fileId : libraryMapFiles) {
    parseLibraryDefinition(fileId);
  }

  for (const PathId& fileId : cfgFiles) {
    // Register configuration files in "work" library
    m_librarySet->getLibrary(fileId);
  }

  for (const PathId& fileId : m_commandLineParser->getSourceFiles()) {
    // Register files in "work" library
    m_librarySet->getLibrary(fileId);
  }

  m_librarySet->checkErrors(m_symbolTable, m_errors);

  if (m_commandLineParser->getDebugLibraryDef()) {
    m_librarySet->report(std::cout) << std::endl;
  }
  return true;
}

bool ParseLibraryDef::parseLibraryDefinition(PathId fileId, Library* lib) {
  FileSystem* const fileSystem = FileSystem::getInstance();