DistIncomingAnalogSources2BufPosMap.h

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#ifndef DistIncomingAnalogSources2BufPosMap_H_
#define DistIncomingAnalogSources2BufPosMap_H_

#include <vector>
#include <string>
#include "pcsim_hash.h"
#include <boost/functional/hash.hpp>

#include "SimObject.h"
#include "hash_ext.h"
#include "AnalogDelayObject.h"

using std::vector;
using std::string;

using std::pair;
using std::make_pair;

class DistIncomingAnalogSources2BufPosMap
{
public:
        template<typename T>
        struct type
        {
                typedef typename hash_map< pair<SimObject::ID, T>, pair<unsigned, IncomingAnalogDelayObject *>,
                        PCSIM::hash< pair<SimObject::ID, T> > >::iterator iterator;
        };

        DistIncomingAnalogSources2BufPosMap();
        virtual ~DistIncomingAnalogSources2BufPosMap();

        inline type<analog_port_id_t>::iterator
                find(const SimObject::ID &id, analog_port_id_t port);

        inline type<string>::iterator
                find(const SimObject::ID &id, const string &fieldname);

        inline int insert(const SimObject::ID &id, analog_port_id_t port, size_t position, IncomingAnalogDelayObject *delayObject = NULL);

        inline int insert(const SimObject::ID &id, const string & fieldname, size_t position, IncomingAnalogDelayObject *delayObject = NULL);

        type<string>::iterator end(string const&);
        //type<string>::iterator begin(string const&);

        type<analog_port_id_t>::iterator end(analog_port_id_t const&);
        //type<analog_port_id_t>::iterator begin(analog_port_id_t const&);


protected:
        // [simobject][port/field] -> position in the incoming buffer or null
        typedef hash_map< pair<SimObject::ID, analog_port_id_t>,
                pair<unsigned, IncomingAnalogDelayObject *>,
                PCSIM::hash< pair<SimObject::ID, analog_port_id_t> > >
                port_incoming_sources_map_type;

        port_incoming_sources_map_type port_incoming_sources_map;

        typedef hash_map< pair<SimObject::ID, string>,
                pair<unsigned, IncomingAnalogDelayObject *>,
                PCSIM::hash< pair<SimObject::ID, string > > >
                field_incoming_sources_map_type;

        field_incoming_sources_map_type field_incoming_sources_map;

};

inline DistIncomingAnalogSources2BufPosMap::type<analog_port_id_t>::iterator
DistIncomingAnalogSources2BufPosMap::find(const SimObject::ID &id, analog_port_id_t port)
{
        return port_incoming_sources_map.find(make_pair(id, port));
}

inline DistIncomingAnalogSources2BufPosMap::type<string>::iterator
DistIncomingAnalogSources2BufPosMap::find(const SimObject::ID &id, const string &fieldname)
{
        return field_incoming_sources_map.find(make_pair(id, fieldname));
}

inline int DistIncomingAnalogSources2BufPosMap::insert(const SimObject::ID &id, analog_port_id_t port, size_t position, IncomingAnalogDelayObject *delayObj)
{
        return port_incoming_sources_map.insert(make_pair(make_pair(id, port), make_pair(position, delayObj))).first->second.first;
}

inline int DistIncomingAnalogSources2BufPosMap::insert(const SimObject::ID &id, const string &fieldname, size_t position, IncomingAnalogDelayObject *delayObj)
{
        return field_incoming_sources_map.insert(make_pair(make_pair(id, fieldname), make_pair(position, delayObj))).first->second.first;
}

/*template <typename analogSrcType>
inline typename DistIncomingAnalogSources2BufPosMap::type<analogSrcType>::iterator
DistIncomingAnalogSources2BufPosMap::end()
{
return port_incoming_sources_map.end();
}

template <typename analogSrcType>
inline typename DistIncomingAnalogSources2BufPosMap::type<analogSrcType>::iterator
DistIncomingAnalogSources2BufPosMap::begin()
{
return port_incoming_sources_map.begin();
}*/



inline DistIncomingAnalogSources2BufPosMap::type<string>::iterator
DistIncomingAnalogSources2BufPosMap::end(string const&)
{
        return field_incoming_sources_map.end();
}

inline DistIncomingAnalogSources2BufPosMap::type<analog_port_id_t>::iterator
DistIncomingAnalogSources2BufPosMap::end(analog_port_id_t const&)
{
        return port_incoming_sources_map.end();
}

/*inline DistIncomingAnalogSources2BufPosMap::type<string>::iterator
DistIncomingAnalogSources2BufPosMap::begin(string const&)
{
        return field_incoming_sources_map.begin();
}

inline DistIncomingAnalogSources2BufPosMap::type<analog_port_id_t>::iterator
DistIncomingAnalogSources2BufPosMap::begin(analog_port_id_t const&)
{
        return port_incoming_sources_map.begin();
}*/



#endif /*DistIncomingAnalogSources2BufPosMap_H_*/

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