McIterator.cxx

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#include "McIterator.h"
#include "McAddress.h"
 
#include <iostream>
 
IOpaqueAddress*         McIterator::operator*() const { return dereference(); }
IOpaqueAddress*         McIterator::operator->() const { return dereference(); }
IEvtSelector::Iterator& McIterator::operator++() {
  if ( m_eventNo >= m_eventsP )
  {
    m_runNo++;
    m_eventNo = 1;
  }
  m_eventNo++;
  return *this;
}
IEvtSelector::Iterator& McIterator::operator--() {
  m_eventNo--;
  return *this;
}
IEvtSelector::Iterator& McIterator::operator++( int ) {
 
  if ( m_eventNo >= m_eventsP )
  {
    m_runNo++;
    m_eventNo = 1;
  }
  m_eventNo++;
  return *this;
}
 
IEvtSelector::Iterator& McIterator::operator--( int ) {
  m_eventNo--;
  return *this;
}
 
bool McIterator::operator==( const IEvtSelector::Iterator& it ) const {
  const McIterator* zIt = dynamic_cast<const McIterator*>( &it );
  return ( NULL != zIt ) && ( m_runNo == zIt->runNumber() ) &&
         ( m_eventNo == zIt->eventNumber() );
}
 
bool McIterator::operator!=( const IEvtSelector::Iterator& it ) const {
  return !operator==( it );
}
 
McAddress* McIterator::dereference() const {
  McAddress* zAddress( dynamic_cast<McAddress*>( m_evtSelector->reference( *this ) ) );
  if ( NULL != zAddress )
  {
    zAddress->setRunEvt( m_runNo, m_eventNo );
    //    cerr << "McIterator::dereference: to object "
    //       << zAddress->objectName() << " : " << zAddress->clID()<< " : "
    //       << zAddress->svcType()<<endl;
  }
  else
    std::cerr << "McIterator::dereference() ERROR invalid opaque address type!! " << std::endl;
  return zAddress;
}