#include <DQMTopLevelFolder.h>

Classes
class	Record
Public Member Functions
void	addDQMEvent (const DQMEventMsgView &)
void	addDQMEvent (const I2OChain &dqmEvent)
	DQMTopLevelFolder (const DQMKey &, const QueueIDs &, const DQMProcessingParams &, DQMEventMonitorCollection &, const unsigned int expectedUpdates, AlarmHandlerPtr)
bool	getRecord (Record &)
bool	isReady (const utils::TimePoint_t &now) const
	~DQMTopLevelFolder ()
Private Types
typedef boost::shared_ptr < DQMFolder >	DQMFolderPtr
typedef std::map< std::string, DQMFolderPtr >	DQMFoldersMap
Private Member Functions
void	addEvent (std::auto_ptr< DQMEvent::TObjectTable >)
size_t	populateTable (DQMEvent::TObjectTable &) const
Private Attributes
AlarmHandlerPtr	alarmHandler_
const QueueIDs	dqmConsumers_
DQMEventMonitorCollection &	dqmEventMonColl_
DQMFoldersMap	dqmFolders_
const DQMKey	dqmKey_
const DQMProcessingParams	dqmParams_
const unsigned int	expectedUpdates_
utils::TimePoint_t	lastUpdate_
unsigned int	mergeCount_
unsigned int	nUpdates_
std::string	releaseTag_
edm::Timestamp	timeStamp_
uint32_t	updateNumber_
Static Private Attributes
static unsigned int	sentEvents_

Detailed Description

Class holding information for one DQM event

Author:: mommsen

Revision:: 1.5

Date:: 2011/04/04 16:05:37

Definition at line 36 of file DQMTopLevelFolder.h.

Member Typedef Documentation

typedef boost::shared_ptr<DQMFolder> stor::DQMTopLevelFolder::DQMFolderPtr [private]

Definition at line 179 of file DQMTopLevelFolder.h.

typedef std::map<std::string, DQMFolderPtr> stor::DQMTopLevelFolder::DQMFoldersMap [private]

Definition at line 180 of file DQMTopLevelFolder.h.

Constructor & Destructor Documentation

stor::DQMTopLevelFolder::DQMTopLevelFolder	(	const DQMKey &	dqmKey,
		const QueueIDs &	dqmConsumers,
		const DQMProcessingParams &	dqmParams,
		DQMEventMonitorCollection &	dqmEventMonColl,
		const unsigned int	expectedUpdates,
		AlarmHandlerPtr	alarmHandler
	)

Definition at line 26 of file DQMTopLevelFolder.cc.

    :
  dqmKey_(dqmKey),
  dqmConsumers_(dqmConsumers),
  dqmParams_(dqmParams),
  dqmEventMonColl_(dqmEventMonColl),
  expectedUpdates_(expectedUpdates),
  alarmHandler_(alarmHandler),
  nUpdates_(0),
  mergeCount_(0),
  updateNumber_(0)
  {
    gROOT->SetBatch(kTRUE);
    dqmEventMonColl_.getNumberOfTopLevelFoldersMQ().addSample(1);
  }

stor::DQMTopLevelFolder::~DQMTopLevelFolder ( )

Definition at line 49 of file DQMTopLevelFolder.cc.

References dqmFolders_.

  {
    dqmFolders_.clear();
  }

Member Function Documentation

void stor::DQMTopLevelFolder::addDQMEvent ( const DQMEventMsgView & view )

Adds the DQMEventMsgView, but does not take ownership of the underlying data buffer. Collates the histograms with the existing DQMEventMsgView if there is one.

Definition at line 55 of file DQMTopLevelFolder.cc.

References addEvent(), stor::MonitoredQuantity::addSample(), alarmHandler_, edm::StreamDQMDeserializer::deserializeDQMEvent(), dqmEventMonColl_, stor::AlarmHandler::ERROR, expectedUpdates_, stor::utils::getCurrentTime(), stor::DQMEventMonitorCollection::getDQMEventSizeMQ(), edm::Timestamp::invalidTimestamp(), lastUpdate_, DQMEventMsgView::lumiSection(), max(), DQMEventMsgView::mergeCount(), mergeCount_, min, MatrixRunner::msg, nUpdates_, DQMEventMsgView::releaseTag(), releaseTag_, DQMEventMsgView::size(), DQMEventMsgView::timeStamp(), timeStamp_, DQMEventMsgView::topFolderName(), DQMEventMsgView::updateNumber(), and updateNumber_.

  {
    if ( releaseTag_.empty() ) releaseTag_ = view.releaseTag();
    // A restarted EP will start counting at 0 again.
    // Thus, take the maximum of all updates we get.
    updateNumber_ = std::max(updateNumber_, view.updateNumber());
    if ( timeStamp_ == edm::Timestamp::invalidTimestamp() )
      timeStamp_ = view.timeStamp();
    else
      timeStamp_ = std::min(timeStamp_, view.timeStamp());
    mergeCount_ += std::max(1U, view.mergeCount());

    edm::StreamDQMDeserializer deserializer;
    std::auto_ptr<DQMEvent::TObjectTable> toTablePtr =
      deserializer.deserializeDQMEvent(view);
    
    addEvent(toTablePtr);
    
    ++nUpdates_;

    if (nUpdates_ > expectedUpdates_)
    {
      std::ostringstream msg;
      msg << "Received " << nUpdates_
        << " updates for top level folder " << view.topFolderName()
        << " and lumi section " << view.lumiSection()
        << " whereas only " << expectedUpdates_
        << " updates are expected.";
      XCEPT_DECLARE(exception::DQMEventProcessing,
        sentinelException, msg.str());
      alarmHandler_->notifySentinel(AlarmHandler::ERROR, sentinelException);
    }

    lastUpdate_ = utils::getCurrentTime();
    
    dqmEventMonColl_.getDQMEventSizeMQ().addSample(
      static_cast<double>(view.size()) / 0x100000
    );
  }

void stor::DQMTopLevelFolder::addDQMEvent ( const I2OChain & dqmEvent )

Adds the DQM event message contained in the I2OChain. It copies the data from the I2OChain in its own buffer space. Collates the histograms with the existing DQMEventMsgView if there is one.

void stor::DQMTopLevelFolder::addEvent ( std::auto_ptr< DQMEvent::TObjectTable > toTablePtr ) [private]

Definition at line 112 of file DQMTopLevelFolder.cc.

References dqmFolders_, and pos.

Referenced by addDQMEvent().

  {
    for (
      DQMEvent::TObjectTable::const_iterator it = toTablePtr->begin(),
        itEnd = toTablePtr->end();
      it != itEnd; 
      ++it
    ) 
    {
      const std::string folderName = it->first;
      
      DQMFoldersMap::iterator pos = dqmFolders_.lower_bound(folderName);
      if ( pos == dqmFolders_.end() || (dqmFolders_.key_comp()(folderName, pos->first)) )
      {
        pos = dqmFolders_.insert(pos, DQMFoldersMap::value_type(
            folderName, DQMFolderPtr( new DQMFolder() )
          ));
      }
      pos->second->addObjects(it->second);
    }
  }

bool stor::DQMTopLevelFolder::getRecord ( DQMTopLevelFolder::Record & record )

Populate the record with the currently available data. Return false if no data is available.

Definition at line 135 of file DQMTopLevelFolder.cc.

References stor::MonitoredQuantity::addSample(), edm::StreamDQMSerializer::adler32_chksum(), edm::StreamDQMSerializer::bufferPointer(), stor::DQMTopLevelFolder::Record::clear(), stor::DQMProcessingParams::compressionLevelDQM_, filterCSVwithJSON::copy, edm::StreamDQMSerializer::currentEventSize(), dqmConsumers_, dqmEventMonColl_, dqmKey_, dqmParams_, stor::DQMTopLevelFolder::Record::getBuffer(), stor::DQMEventMonitorCollection::getNumberOfUpdatesMQ(), stor::DQMEventMonitorCollection::getServedDQMEventSizeMQ(), stor::DQMKey::lumiSection, mergeCount_, nUpdates_, populateTable(), releaseTag_, stor::DQMKey::runNumber, sentEvents_, edm::StreamDQMSerializer::serializeDQMEvent(), LaserTracksInput_cfi::source, asciidump::table, stor::DQMTopLevelFolder::Record::tagForEventConsumers(), timeStamp_, stor::DQMKey::topLevelFolderName, stor::DQMTopLevelFolder::Record::totalDataSize(), updateNumber_, and stor::DQMProcessingParams::useCompressionDQM_.

  {
    if ( nUpdates_ == 0 ) return false;
    
    record.clear();
    record.tagForEventConsumers(dqmConsumers_);
    
    // Package list of TObjects into a DQMEvent::TObjectTable
    DQMEvent::TObjectTable table;
    const size_t folderSize = populateTable(table);
    
    edm::StreamDQMSerializer serializer;
    const size_t sourceSize =
      serializer.serializeDQMEvent(table,
        dqmParams_.useCompressionDQM_,
        dqmParams_.compressionLevelDQM_);
    
    // Add space for header
    const size_t totalSize =
      sourceSize
      + sizeof(DQMEventHeader)
      + 12*sizeof(uint32_t)
      + releaseTag_.length()
      + dqmKey_.topLevelFolderName.length()
    + folderSize;
    
    DQMEventMsgBuilder builder(
      record.getBuffer(totalSize),
      totalSize,
      dqmKey_.runNumber,
      ++sentEvents_,
      timeStamp_,
      dqmKey_.lumiSection,
      updateNumber_,
      (uint32_t)serializer.adler32_chksum(),
      toolbox::net::getHostName().c_str(),
      releaseTag_,
      dqmKey_.topLevelFolderName,
      table
    ); 
    unsigned char* source = serializer.bufferPointer();
    std::copy(source,source+sourceSize, builder.eventAddress());
    builder.setEventLength(sourceSize);
    if ( dqmParams_.useCompressionDQM_ ) 
    {
      // the "compression flag" contains the uncompressed size
      builder.setCompressionFlag(serializer.currentEventSize());
    }
    else
    {
      // a size of 0 indicates no compression
      builder.setCompressionFlag(0);
    }
    builder.setMergeCount(mergeCount_);
    dqmEventMonColl_.getNumberOfUpdatesMQ().addSample(nUpdates_);
    dqmEventMonColl_.getServedDQMEventSizeMQ().addSample(
      static_cast<double>(record.totalDataSize()) / 0x100000
    );
    
    return true;
  }

bool stor::DQMTopLevelFolder::isReady ( const utils::TimePoint_t & now ) const

Returns true if this top level folder is ready to be served. This is either the case if all expected updates have been received or when the last update was more than dqmParams.readyTimeDQM ago.

Definition at line 96 of file DQMTopLevelFolder.cc.

References stor::MonitoredQuantity::addSample(), dqmEventMonColl_, dqmParams_, expectedUpdates_, stor::DQMEventMonitorCollection::getNumberOfCompleteUpdatesMQ(), lastUpdate_, nUpdates_, and stor::DQMProcessingParams::readyTimeDQM_.

  {
    if ( nUpdates_ == 0 ) return false;
    
    if ( nUpdates_ == expectedUpdates_ )
    {
      dqmEventMonColl_.getNumberOfCompleteUpdatesMQ().addSample(1);
      return true;
    }
    
    if ( now > lastUpdate_ + dqmParams_.readyTimeDQM_ ) return true;
    
    return false;
  }

size_t stor::DQMTopLevelFolder::populateTable ( DQMEvent::TObjectTable & table ) const [private]

Definition at line 198 of file DQMTopLevelFolder.cc.

References dqmFolders_, and pos.

Referenced by getRecord().

  {
    size_t folderSize = 0;
    
    for ( DQMFoldersMap::const_iterator it = dqmFolders_.begin(), itEnd = dqmFolders_.end();
          it != itEnd; ++it )
    {
      const std::string folderName = it->first;
      const DQMFolderPtr folder = it->second;
      
      DQMEvent::TObjectTable::iterator pos = table.lower_bound(folderName);
      if ( pos == table.end() || (table.key_comp()(folderName, pos->first)) )
      {
        std::vector<TObject*> newObjectVector;
        pos = table.insert(pos, DQMEvent::TObjectTable::value_type(folderName, newObjectVector));
        folderSize += 2*sizeof(uint32_t) + folderName.length();
      }
      folder->fillObjectVector(pos->second);
    }
    return folderSize;
  }