Example #1
0
// -------------------------------------
//    PRIVATE FUNCTIONS
// -------------------------------------
void LPWatcher::readLogFile(bool quiet){
  QStringList reppools = listReplicatedPools();
  QTextStream in(logfile);
  while(!LFSTREAM->atEnd()){
    QString log = LFSTREAM->readLine();
    //Divide up the log into it's sections
    QString timestamp = log.section(":",0,2).simplified();
    QString time = timestamp.section(" ",3,3).simplified();
    QString message = log.section(":",3,3).toLower().simplified();
    QString dev = log.section(":",4,4).simplified(); //dataset/snapshot/nothing
    //Now decide what to do/show because of the log message
    //qDebug() << "New Log Message:" << log;
    if(message.contains("creating snapshot")){
      dev = message.section(" ",-1).simplified();
      //Setup the status of the message
      LOGS.insert(10,"SNAPCREATED");
      LOGS.insert(11,dev); //dataset
      LOGS.insert(12, QString(tr("New snapshot of %1")).arg(dev) ); //summary
      LOGS.insert(13, QString(tr("Creating snapshot for %1")).arg(dev) );
      LOGS.insert(14, timestamp); //full timestamp
      LOGS.insert(15, time); // time only
      if(!quiet){ emit MessageAvailable("message"); }
    }else if(message.contains("starting replication")){
      //Setup the file watcher for this new log file
      FILE_REPLICATION = dev;
      dev = message.section(" ",5,5,QString::SectionSkipEmpty);
      //Make sure the device is currently setup for replication
      if( !reppools.contains(dev) ){ FILE_REPLICATION.clear(); continue; }
      //Try to start the replication watcher
      if( startRepFileWatcher() ){
        //Set the appropriate status variables
        LOGS.insert(20,"STARTED");
        LOGS.insert(21, dev); //zpool
        LOGS.insert(22, tr("Replication Starting") ); //summary
        LOGS.insert(23, QString(tr("Starting replication for %1")).arg(dev) ); //Full message
        LOGS.insert(24, timestamp); //full timestamp
        LOGS.insert(25, time); // time only
        LOGS.insert(26,tr("Replication Log")+" <"+FILE_REPLICATION+">"); //log file
        if(!quiet){ emit MessageAvailable("replication"); }
      }
    }else if(message.contains("finished replication")){
      stopRepFileWatcher();
      dev = message.section(" ",-1).simplified();
      //Make sure the device is currently setup for replication
      if( reppools.contains(dev) ){
        //Now set the status of the process
        LOGS.insert(20,"FINISHED");
        LOGS.insert(21,dev); //dataset
        LOGS.insert(22, tr("Finished Replication") ); //summary
        LOGS.insert(23, QString(tr("Finished replication for %1")).arg(dev) );
        LOGS.insert(24, timestamp); //full timestamp
        LOGS.insert(25, time); // time only
        LOGS.insert(26, ""); //clear the log file entry
        if(!quiet){ emit MessageAvailable("replication"); }
      }else if( !reppools.contains( LOGS.value(21) ) ){
        //Clear the current replication log, device was removed from replication
	LOGS.remove(20);
	LOGS.remove(21);
	LOGS.remove(22);
	LOGS.remove(23);
	LOGS.remove(24);
	LOGS.remove(25);
	LOGS.remove(26);
	if(!quiet){ emit MessageAvailable(""); }
      }
    }else if( message.contains("failed replication") ){
      stopRepFileWatcher();
      //Now set the status of the process
      dev = message.section(" ",-1).simplified();
      //Make sure the device is currently setup for replication
      if( reppools.contains(dev) ){
	//Update the logs
        QString file = log.section("LOGFILE:",1,1).simplified();
        QString tt = QString(tr("Replication Failed for %1")).arg(dev) +"\n"+ QString(tr("Logfile available at: %1")).arg(file);
        LOGS.insert(20,"ERROR");
        LOGS.insert(21,dev); //dataset
        LOGS.insert(22, tr("Replication Failed") ); //summary
        LOGS.insert(23, tt );
        LOGS.insert(24, timestamp); //full timestamp
        LOGS.insert(25, time); // time only      
        LOGS.insert(26, tr("Replication Error Log")+" <"+file+">" );
        if(!quiet){ emit MessageAvailable("replication"); }
      }else if( !reppools.contains( LOGS.value(21) ) ){
        //Clear the current replication log, device was removed from replication
	LOGS.remove(20);
	LOGS.remove(21);
	LOGS.remove(22);
	LOGS.remove(23);
	LOGS.remove(24);
	LOGS.remove(25);
	LOGS.remove(26);
	if(!quiet){ emit MessageAvailable(""); }
      }
    }
	  
  }
}
Example #2
0
// -------------------------------------
//    PRIVATE FUNCTIONS
// -------------------------------------
void LPWatcher::readLogFile(bool quiet){
  QTextStream in(logfile);
  while(!LFSTREAM->atEnd()){
    QString log = LFSTREAM->readLine();
    //Divide up the log into it's sections
    QString timestamp = log.section(":",0,2).simplified();
    QString time = timestamp.section(" ",3,3).simplified();
    QString message = log.section(":",3,3).toLower().simplified();
    QString dev = log.section(":",4,4).simplified(); //dataset/snapshot/nothing
    //Now decide what to do/show because of the log message
    //qDebug() << "New Log Message:" << log;
    if(message.contains("creating snapshot")){
      dev = message.section(" ",-1).simplified();
      //Setup the status of the message
      LOGS.insert(10,"SNAPCREATED");
      LOGS.insert(11,dev); //dataset
      LOGS.insert(12, QString(tr("New snapshot of %1")).arg(dev) ); //summary
      LOGS.insert(13, QString(tr("Creating snapshot for %1")).arg(dev) );
      LOGS.insert(14, timestamp); //full timestamp
      LOGS.insert(15, time); // time only
      if(!quiet){ emit MessageAvailable("message"); }
    }else if(message.contains("starting replication")){
      //Setup the file watcher for this new log file
      FILE_REPLICATION = dev;
      startRepFileWatcher();
      //Set the appropriate status variables
      LOGS.insert(20,"REPSTARTED");
      // 21 - dataset set on update ping
      LOGS.insert(22, tr("Replication Started") ); //summary
      // 23 - Full message set on update ping
      LOGS.insert(24, timestamp); //full timestamp
      LOGS.insert(25, time); // time only
      if(!quiet){ emit MessageAvailable("replication"); }
    }else if(message.contains("finished replication")){
      stopRepFileWatcher();
      dev = message.section(" ",-1).simplified();
      //Now set the status of the process
      LOGS.insert(20,"REPFINISHED");
      LOGS.insert(21,dev); //dataset
      LOGS.insert(22, tr("Finished Replication") ); //summary
      LOGS.insert(23, QString(tr("Finished replication for %1")).arg(dev) );
      LOGS.insert(24, timestamp); //full timestamp
      LOGS.insert(25, time); // time only      
      if(!quiet){ emit MessageAvailable("replication"); }
    }else if( message.contains("FAILED replication") ){
      stopRepFileWatcher();
      //Now set the status of the process
      dev = message.section(" ",-1).simplified();
      QString file = log.section("LOGFILE:",1,1).simplified();
      QString tt = QString(tr("Replication Failed for %1")).arg(dev) +"\n"+ QString(tr("Logfile available at: %1")).arg(file);
      LOGS.insert(20,"REPERROR");
      LOGS.insert(21,dev); //dataset
      LOGS.insert(22, tr("Replication Failed") ); //summary
      LOGS.insert(23, tt );
      LOGS.insert(24, timestamp); //full timestamp
      LOGS.insert(25, time); // time only      
      if(!quiet){ emit MessageAvailable("replication"); }
    }
	  
  }
}