Beispiel #1
0
File findDefaultModulesFolder (bool mustContainJuceCoreModule)
{
    auto& windows = ProjucerApplication::getApp().mainWindowList;

    for (int i = windows.windows.size(); --i >= 0;)
    {
        if (auto* p = windows.windows.getUnchecked (i)->getProject())
        {
            const File f (EnabledModuleList::findDefaultModulesFolder (*p));

            if (isJuceModulesFolder (f) || (f.isDirectory() && ! mustContainJuceCoreModule))
                return f;
        }
    }

    if (mustContainJuceCoreModule)
        return findDefaultModulesFolder (false);

    auto f = File::getSpecialLocation (File::currentApplicationFile);

    for (;;)
    {
        auto parent = f.getParentDirectory();

        if (parent == f || ! parent.isDirectory())
            break;

        if (isJuceFolder (parent))
            return parent.getChildFile ("modules");

        f = parent;
    }

    return {};
}
Beispiel #2
0
static Array<File> getAllPossibleModulePathsFromExporters (Project& project)
{
    StringArray paths;

    for (Project::ExporterIterator exporter (project); exporter.next();)
    {
        auto& modules = project.getModules();
        auto n = modules.getNumModules();

        for (int i = 0; i < n; ++i)
        {
            auto id = modules.getModuleID (i);

            if (modules.shouldUseGlobalPath (id))
                continue;

            const auto path = exporter->getPathForModuleString (id);

            if (path.isNotEmpty())
                paths.addIfNotAlreadyThere (path);
        }

        String oldPath (exporter->getLegacyModulePath());

        if (oldPath.isNotEmpty())
            paths.addIfNotAlreadyThere (oldPath);
    }

    Array<File> files;

    for (auto& path : paths)
    {
        auto f = project.resolveFilename (path);

        if (f.isDirectory())
        {
            files.addIfNotAlreadyThere (f);

            if (f.getChildFile ("modules").isDirectory())
                files.addIfNotAlreadyThere (f.getChildFile ("modules"));
        }
    }

    return files;
}
Beispiel #3
0
File EnabledModuleList::getModuleFolderFromPathIfItExists (const String& path, const String& moduleID, const Project& project)
{
    if (path.isNotEmpty())
    {
        auto moduleFolder = project.resolveFilename (path);

        if (moduleFolder.exists())
        {
            if (ModuleDescription (moduleFolder).isValid())
                return moduleFolder;

            auto f = moduleFolder.getChildFile (moduleID);

            if (ModuleDescription (f).isValid())
                return f;
        }
    }

    return {};
}
//==============================================================================
ProjucerAnalyticsDestination::ProjucerAnalyticsDestination()
    : ThreadedAnalyticsDestination ("ProjucerAnalyticsThread")
{
    {
        MemoryOutputStream mo;
        if (Base64::convertFromBase64 (mo, BinaryData::nothingtoseehere_txt))
            apiKey = mo.toString();
    }

    auto dataDir = File::getSpecialLocation (File::userApplicationDataDirectory)
                        #if JUCE_MAC
                        .getChildFile ("Application Support")
                        #endif
                        .getChildFile ("Projucer")
                        .getChildFile ("Analytics");

    if (! dataDir.exists())
        dataDir.createDirectory();

    savedEventsFile = dataDir.getChildFile ("analytics_events.xml");

    startAnalyticsThread (initialPeriodMs);
}
Beispiel #5
0
void InMemoryView::crawler(
    const std::shared_ptr<w_root_t>& root,
    SyncView::LockedPtr& view,
    PendingCollection::LockedPtr& coll,
    const w_string& dir_name,
    struct timeval now,
    bool recursive) {
  struct watchman_file *file;
  const watchman_dir_ent* dirent;
  char path[WATCHMAN_NAME_MAX];
  bool stat_all = false;

  if (watcher_->flags & WATCHER_HAS_PER_FILE_NOTIFICATIONS) {
    stat_all = watcher_->flags & WATCHER_COALESCED_RENAME;
  } else {
    // If the watcher doesn't give us per-file notifications for
    // watched dirs, then we'll end up explicitly tracking them
    // and will get updates for the files explicitly.
    // We don't need to look at the files again when we crawl
    stat_all = false;
  }

  auto dir = resolveDir(view, dir_name, true);

  // Detect root directory replacement.
  // The inode number check is handled more generally by the sister code
  // in stat.cpp.  We need to special case it for the root because we never
  // generate a watchman_file node for the root and thus never call
  // InMemoryView::statPath (we'll fault if we do!).
  // Ideally the kernel would have given us a signal when we've been replaced
  // but some filesystems (eg: BTRFS) do not emit appropriate inotify events
  // for things like subvolume deletes.  We've seen situations where the
  // root has been replaced and we got no notifications at all and this has
  // left the cookie sync mechanism broken forever.
  if (dir_name == root->root_path) {
    try {
      auto st = getFileInformation(dir_name.c_str(), root->case_sensitive);
      if (st.ino != view->rootInode) {
        // If it still exists and the inode doesn't match, then we need
        // to force recrawl to make sure we're in sync.
        // We're lazily initializing the rootInode to 0 here, so we don't
        // need to do this the first time through (we're already crawling
        // everything in that case).
        if (view->rootInode != 0) {
          root->scheduleRecrawl(
              "root was replaced and we didn't get notified by the kernel");
          return;
        }
        recursive = true;
        view->rootInode = st.ino;
      }
    } catch (const std::system_error& err) {
      handle_open_errno(root, dir, now, "getFileInformation", err.code());
      markDirDeleted(view, dir, now, true);
      return;
    }
  }

  memcpy(path, dir_name.data(), dir_name.size());
  path[dir_name.size()] = 0;

  w_log(W_LOG_DBG, "opendir(%s) recursive=%s\n",
      path, recursive ? "true" : "false");

  /* Start watching and open the dir for crawling.
   * Whether we open the dir prior to watching or after is watcher specific,
   * so the operations are rolled together in our abstraction */
  std::unique_ptr<watchman_dir_handle> osdir;

  try {
    osdir = watcher_->startWatchDir(root, dir, path);
  } catch (const std::system_error& err) {
    handle_open_errno(root, dir, now, "opendir", err.code());
    markDirDeleted(view, dir, now, true);
    return;
  }

  if (dir->files.empty()) {
    // Pre-size our hash(es) if we can, so that we can avoid collisions
    // and re-hashing during initial crawl
    uint32_t num_dirs = 0;
#ifndef _WIN32
    struct stat st;
    int dfd = osdir->getFd();
    if (dfd != -1 && fstat(dfd, &st) == 0) {
      num_dirs = (uint32_t)st.st_nlink;
    }
#endif
    // st.st_nlink is usually number of dirs + 2 (., ..).
    // If it is less than 2 then it doesn't follow that convention.
    // We just pass it through for the dir size hint and the hash
    // table implementation will round that up to the next power of 2
    apply_dir_size_hint(
        dir,
        num_dirs,
        uint32_t(root->config.getInt("hint_num_files_per_dir", 64)));
  }

  /* flag for delete detection */
  for (auto& it : dir->files) {
    auto file = it.second.get();
    if (file->exists) {
      file->maybe_deleted = true;
    }
  }

  try {
    while ((dirent = osdir->readDir()) != nullptr) {
      // Don't follow parent/self links
      if (dirent->d_name[0] == '.' &&
          (!strcmp(dirent->d_name, ".") || !strcmp(dirent->d_name, ".."))) {
        continue;
      }

      // Queue it up for analysis if the file is newly existing
      w_string name(dirent->d_name, W_STRING_BYTE);
      file = dir->getChildFile(name);
      if (file) {
        file->maybe_deleted = false;
      }
      if (!file || !file->exists || stat_all || recursive) {
        auto full_path = dir->getFullPathToChild(name);
        w_log(
            W_LOG_DBG,
            "in crawler calling process_path on %s\n",
            full_path.c_str());
        processPath(
            root,
            view,
            coll,
            full_path,
            now,
            ((recursive || !file || !file->exists) ? W_PENDING_RECURSIVE : 0),
            dirent);
      }
    }
  } catch (const std::system_error& exc) {
    log(ERR,
        "Error while reading dir ",
        path,
        ": ",
        exc.what(),
        ", re-adding to pending list to re-assess\n");
    coll->add(path, now, 0);
  }
  osdir.reset();

  // Anything still in maybe_deleted is actually deleted.
  // Arrange to re-process it shortly
  for (auto& it : dir->files) {
    auto file = it.second.get();
    if (file->exists &&
        (file->maybe_deleted || (file->stat.isDir() && recursive))) {
      coll->add(
          dir,
          file->getName().data(),
          now,
          recursive ? W_PENDING_RECURSIVE : 0);
    }
  }
}
Beispiel #6
0
void LibraryModule::addSettingsForModuleToExporter (ProjectExporter& exporter, ProjectSaver& projectSaver) const
{
    auto& project = exporter.getProject();

    const auto moduleRelativePath = exporter.getModuleFolderRelativeToProject (getID());

    exporter.addToExtraSearchPaths (moduleRelativePath.getParentDirectory());

    String libDirPlatform;
    if (exporter.isLinux())
        libDirPlatform = "Linux";
    else if (exporter.isCodeBlocks() && exporter.isWindows())
        libDirPlatform = "MinGW";
    else
        libDirPlatform = exporter.getTargetFolder().getFileName();

    const auto libSubdirPath = String (moduleRelativePath.toUnixStyle() + "/libs/") + libDirPlatform;
    const auto moduleLibDir = File (project.getProjectFolder().getFullPathName() + "/" + libSubdirPath);

    if (moduleLibDir.exists())
        exporter.addToModuleLibPaths (RelativePath (libSubdirPath, moduleRelativePath.getRoot()));

    const auto extraInternalSearchPaths = moduleInfo.getExtraSearchPaths().trim();

    if (extraInternalSearchPaths.isNotEmpty())
    {
        StringArray paths;
        paths.addTokens (extraInternalSearchPaths, true);

        for (int i = 0; i < paths.size(); ++i)
            exporter.addToExtraSearchPaths (moduleRelativePath.getChildFile (paths.getReference(i)));
    }

    {
        const String extraDefs (moduleInfo.getPreprocessorDefs().trim());

        if (extraDefs.isNotEmpty())
            exporter.getExporterPreprocessorDefs() = exporter.getExporterPreprocessorDefsString() + "\n" + extraDefs;
    }

    {
        Array<File> compiled;
        auto& modules = project.getModules();
        auto id = getID();

        const File localModuleFolder = modules.shouldCopyModuleFilesLocally (id).getValue()
                                          ? project.getLocalModuleFolder (id)
                                          : moduleInfo.getFolder();

        findAndAddCompiledUnits (exporter, &projectSaver, compiled);

        if (modules.shouldShowAllModuleFilesInProject (id).getValue())
            addBrowseableCode (exporter, compiled, localModuleFolder);
    }

    if (exporter.isXcode())
    {
        auto& xcodeExporter = dynamic_cast<XcodeProjectExporter&> (exporter);

        if (project.isAUPluginHost())
            xcodeExporter.xcodeFrameworks.addTokens (xcodeExporter.isOSX() ? "AudioUnit CoreAudioKit" : "CoreAudioKit", false);

        const String frameworks (moduleInfo.moduleInfo [xcodeExporter.isOSX() ? "OSXFrameworks" : "iOSFrameworks"].toString());
        xcodeExporter.xcodeFrameworks.addTokens (frameworks, ", ", {});

        parseAndAddLibs (xcodeExporter.xcodeLibs, moduleInfo.moduleInfo [exporter.isOSX() ? "OSXLibs" : "iOSLibs"].toString());
    }
    else if (exporter.isLinux())
    {
        parseAndAddLibs (exporter.linuxLibs, moduleInfo.moduleInfo ["linuxLibs"].toString());
        parseAndAddLibs (exporter.linuxPackages, moduleInfo.moduleInfo ["linuxPackages"].toString());
    }
    else if (exporter.isWindows())
    {
        if (exporter.isCodeBlocks())
            parseAndAddLibs (exporter.mingwLibs, moduleInfo.moduleInfo ["mingwLibs"].toString());
        else
            parseAndAddLibs (exporter.windowsLibs, moduleInfo.moduleInfo ["windowsLibs"].toString());
    }
    else if (exporter.isAndroid())
    {
        parseAndAddLibs (exporter.androidLibs, moduleInfo.moduleInfo ["androidLibs"].toString());
    }
}