source: Revenant/geoworld/include/gmregistry.h@ 8125274

#pragma once

#include <string>
#include <map>
#include <list>
#include <exception>

#include <mars_util.h>
#include <mars_streams.h>

#include "geomorph.h"
#include "gwconfig.h"

namespace geoworld
{
        class GeoMorph;
        class SynthesisSession;

        class IGeoFactoryBase {
        public:
                virtual void configure (IConfigFactoryBase * pFactoryConfig) = 0;
        };

        class GeoMorphFactory : public IGeoFactoryBase
        {
        private:
                IConfigGMFactory::Settings _settings;
                
        public:
                inline float getFrequency () const { return _settings.frequency; }

                virtual void configure (IConfigGMFactory * pFactoryConfig, const IConfigGMFactory::Settings & settings) = 0;
                void configure (IConfigFactoryBase * pFactoryConfig);
        };

        class GeoTemplateFactory : public IGeoFactoryBase
        {
        public:
                IConfigGTFactory::Settings _settings;

        public:
                inline bool inPhase (const GeoTemplatePhase & enPhase) const { return _settings.phase == enPhase; }
                inline GeoTemplatePhase getPhase() const { return _settings.phase; }

                virtual void configure (IConfigGTFactory * pFactoryConfig, const IConfigGTFactory::Settings & settings) = 0;
                void configure (IConfigFactoryBase * pFactoryConfig);
        };

        class IOpenGeoMorphFactory
        {
        public:
                virtual GeoMorph * createRandomInstance() const = 0;
        };

        class IUniformGeoMorphFactory : public IOpenGeoMorphFactory {};

        class IBoundedGeoMorphFactory
        {
        public:
                virtual GeoMorph * createRandomInstance(const GWCoords & position) const = 0;
        };

        class ISurfaceBoundedGeoMorphFactory
        {
        public:
                virtual GeoMorph * createRandomInstance(const long x, const long y) const = 0;
        };

        class IPersistentGeoMorphFactory
        {
        public:
                virtual void save (const GeoMorph * pGM, mars::ObjectStream & outs) const = 0;
                virtual const GeoMorph * restore (mars::ObjectStream & ins) const = 0;
        };

        class GeoMorphRegistry
        {
        public:
                typedef std::set< GeoMorphFactory * > GMFactorySet;
                typedef std::set< GeoTemplateFactory * > GTFactorySet;

                GeoMorphRegistry();

                void configure (IFactoryConfigReader & reader);
                void registerFactory (const std::string & name, IGeoFactoryBase * pFactory);
                IGeoFactoryBase * unregisterFactory (const std::string & name);
                const IGeoFactoryBase * getFactory (const std::string & name) const;

                GMFactorySet::const_iterator beginGM() const { return _gmfact.begin(); }
                GMFactorySet::const_iterator endGM() const { return _gmfact.end(); }

                GTFactorySet::const_iterator beginGT(const GeoTemplatePhase & engtpPhase) const { return _gtfact[engtpPhase].begin(); }
                GTFactorySet::const_iterator endGT(const GeoTemplatePhase & engtpPhase) const { return _gtfact[engtpPhase].end(); }

                void go(SynthesisSession & sess);

                ~GeoMorphRegistry();

        private:
                typedef std::map< std::string, IGeoFactoryBase * > FactoryMap;

                FactoryMap _factories, _factconf;
                GMFactorySet _gmfact;
                GTFactorySet _gtfact[CountGTP];
        };
}