// add a monitor to the local file system. If there is a change in the // file system, the method slotFolderMonitorFired is triggered through // the SignalMapper void FolderMan::registerFolderMonitor( Folder *folder ) { if( !folder ) return; if( !_folderWatchers.contains(folder->alias() ) ) { FolderWatcher *fw = new FolderWatcher(folder->path(), folder); ConfigFile cfg; fw->addIgnoreListFile( cfg.excludeFile(ConfigFile::SystemScope) ); fw->addIgnoreListFile( cfg.excludeFile(ConfigFile::UserScope) ); fw->setIgnoreHidden( folder->ignoreHiddenFiles() ); // Connect the pathChanged signal, which comes with the changed path, // to the signal mapper which maps to the folder alias. The changed path // is lost this way, but we do not need it for the current implementation. connect(fw, SIGNAL(pathChanged(QString)), folder, SLOT(slotWatchedPathChanged(QString))); _folderWatchers.insert(folder->alias(), fw); // This is at the moment only for the behaviour of the SocketApi. connect(fw, SIGNAL(pathChanged(QString)), folder, SLOT(watcherSlot(QString))); } // register the folder with the socket API if( _socketApi ) { _socketApi->slotRegisterPath(folder->alias()); } }
// add a monitor to the local file system. If there is a change in the // file system, the method slotFolderMonitorFired is triggered through // the SignalMapper void FolderMan::registerFolderMonitor( Folder *folder ) { if( !folder ) return; if( !_folderWatchers.contains(folder->alias() ) ) { FolderWatcher *fw = new FolderWatcher(folder->path(), folder); // Connect the pathChanged signal, which comes with the changed path, // to the signal mapper which maps to the folder alias. The changed path // is lost this way, but we do not need it for the current implementation. connect(fw, SIGNAL(pathChanged(QString)), folder, SLOT(slotWatchedPathChanged(QString))); _folderWatchers.insert(folder->alias(), fw); } // register the folder with the socket API _socketApi->slotRegisterPath(folder->alias()); }