CondMultChanCollImpl.h

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/*
  Copyright (C) 2002-2024 CERN for the benefit of the ATLAS collaboration
*/
 
#ifndef DBDATAOBJECTS_CONDMULTCHANCOLLIMPL_H
# define DBDATAOBJECTS_CONDMULTCHANCOLLIMPL_H 
 
//<<<<<< INCLUDES                                                       >>>>>>
 
#include "AthenaPoolUtilities/CondAttrListCollection.h"
#include "AthContainers/DataVector.h"
#include "AthenaKernel/IOVRange.h"
#include <vector>
 
class CondMultChanCollImpl 
{
public:
 
    typedef unsigned int                  ChanNum;
    typedef std::vector<ChanNum>          ChanVec;
    typedef std::vector<IOVRange>         IOVVec;
    typedef std::vector<std::string>      TokenVec;
    typedef ChanVec::const_iterator       chan_const_iterator;
    typedef ChanVec::iterator             chan_iterator;
    typedef ChanVec::size_type            chan_size_type;
    typedef IOVVec::const_iterator        iov_const_iterator;
    typedef IOVVec::iterator              iov_iterator;
    typedef IOVVec::size_type             iov_size_type;
    typedef TokenVec::const_iterator      token_const_iterator;
    typedef TokenVec::iterator            token_iterator;
    typedef TokenVec::size_type           token_size_type;
    
    CondMultChanCollImpl();
 
    virtual ~CondMultChanCollImpl();
 
    chan_const_iterator         chan_begin() const;
    chan_const_iterator         chan_end  () const;
    
    chan_size_type              chan_size() const;
    
    iov_const_iterator          iov_begin() const;
    iov_const_iterator          iov_end  () const;
    
    iov_size_type               iov_size() const;
 
    const IOVRange&             minRange() const;
 
    bool                        hasUniqueIOV() const;
 
    token_const_iterator        token_begin() const;
    token_const_iterator        token_end  () const;
    
    token_size_type             token_size() const;
 
    void                        add(ChanNum chanNum);
 
    void                        add(const IOVRange& range);
 
    void                        addNewStop(const IOVTime& stop);
 
    void                        add(const std::string& token);
 
    void                        setAttrListColl(CondAttrListCollection* coll);
 
    void                        resetChannelNumbers();
 
    void                        resetTokens();
 
private:
 
 
    CondAttrListCollection*   m_attrListColl;
    ChanVec                   m_channels;
    IOVVec                    m_iovs;
    TokenVec                  m_tokens;
    IOVRange                  m_minRange;
    bool                      m_hasUniqueIOV;
    bool                      m_checkRunEventTime;
};
 
//<<<<<< INLINE PUBLIC FUNCTIONS                                        >>>>>>
//<<<<<< INLINE MEMBER FUNCTIONS                                        >>>>>>
 
 
inline
CondMultChanCollImpl::CondMultChanCollImpl()
    :
    m_attrListColl(nullptr),
    // Assume run/event for minRange
    m_minRange(IOVRange(IOVTime(IOVTime::MINRUN, IOVTime::MINEVENT),
                IOVTime(IOVTime::MAXRUN, IOVTime::MAXEVENT))),
    m_hasUniqueIOV(true),
    m_checkRunEventTime(true)
{}
 
inline
CondMultChanCollImpl::~CondMultChanCollImpl()
{}
 
 
inline 
CondMultChanCollImpl::chan_const_iterator
CondMultChanCollImpl::chan_begin() const
{
    return (m_channels.begin());
}
 
inline 
CondMultChanCollImpl::chan_const_iterator 
CondMultChanCollImpl::chan_end  () const
{
    return (m_channels.end());
}
 
inline 
CondMultChanCollImpl::chan_size_type
CondMultChanCollImpl::chan_size() const
{
    return (m_channels.size());
}
 
 
inline 
CondMultChanCollImpl::iov_const_iterator
CondMultChanCollImpl::iov_begin() const
{
    return (m_iovs.begin());
}
 
inline 
CondMultChanCollImpl::iov_const_iterator
CondMultChanCollImpl::iov_end  () const
{
    return (m_iovs.end());
}
    
inline 
CondMultChanCollImpl::iov_size_type 
CondMultChanCollImpl::iov_size() const
{
    return (m_iovs.size());
}
 
inline 
const IOVRange&
CondMultChanCollImpl::minRange() const
{
    return (m_minRange);
}
 
inline 
bool
CondMultChanCollImpl::hasUniqueIOV() const
{
    return (m_hasUniqueIOV);
}
 
inline 
CondMultChanCollImpl::token_const_iterator
CondMultChanCollImpl::token_begin() const
{
    return m_tokens.begin();
}
 
inline 
CondMultChanCollImpl::token_const_iterator
CondMultChanCollImpl::token_end  () const
{
    return m_tokens.end();
}
    
inline 
CondMultChanCollImpl::token_size_type
CondMultChanCollImpl::token_size() const
{
    return m_tokens.size();
}
 
inline 
void                    
CondMultChanCollImpl::add(ChanNum chanNum)
{
    m_channels.push_back(chanNum);
}
 
inline
void
CondMultChanCollImpl::add(const IOVRange& range)
{
    // Check if we're adding too many iovs - may be a 2nd pass
    if (m_iovs.size() >= m_channels.size()) {
    // Should throw an exception here because we are trying to
    // add more iovs than channels. Now we just return
    return;
    }
 
    // Save range
    m_iovs.push_back(range);
 
    // If CondAttrListCollection exists, also add to it
    if(m_attrListColl) {
    // Get channel number
    ChanNum chan = m_channels[m_iovs.size()-1];
    m_attrListColl->add(chan, range);
    }
 
    if(m_checkRunEventTime) {
    // On the first push_back we must check if we're using a time
    // stamp and if so, reset the minRange
    if(range.start().isTimestamp()) {
        m_minRange = IOVRange(IOVTime(IOVTime::MINTIMESTAMP),
                  IOVTime(IOVTime::MAXTIMESTAMP));
    }
    m_checkRunEventTime = false;
    }
 
    // Accumulate minRange
    IOVTime start = m_minRange.start();
    if (m_minRange.start() < range.start()) start = range.start();
    IOVTime stop = m_minRange.stop();
    if (range.stop() < m_minRange.stop()) stop = range.stop();
    m_minRange = IOVRange(start, stop);
    if (m_hasUniqueIOV && range != m_minRange) m_hasUniqueIOV = false;
}
 
inline 
void                    
CondMultChanCollImpl::addNewStop(const IOVTime& stop)
{
    if (stop < m_minRange.stop()) {
    m_minRange = IOVRange(m_minRange.start(), stop);
    }
}
 
inline 
void                  
CondMultChanCollImpl::add(const std::string& token)
{
    m_tokens.push_back(token);
}
 
inline 
void                    
CondMultChanCollImpl::setAttrListColl(CondAttrListCollection* coll)
{
    m_attrListColl = coll;
}
 
inline 
void    
CondMultChanCollImpl::resetChannelNumbers()
{
    m_channels.clear();
}
 
inline
void
CondMultChanCollImpl::resetTokens()
{
    m_tokens.clear();
}
 
 
#endif // DBDATAOBJECTS_CONDMULTCHANCOLLIMPL_H