servicing.h

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/*
     This file is part of Advanced Strategic Command; http://www.asc-hq.de
     Copyright (C) 1994-1999  Martin Bickel  and  Marc Schellenberger
 
     This program is free software; you can redistribute it and/or modify
     it under the terms of the GNU General Public License as published by
     the Free Software Foundation; either version 2 of the License, or
     (at your option) any later version.
 
     This program is distributed in the hope that it will be useful,
     but WITHOUT ANY WARRANTY; without even the implied warranty of
     MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
     GNU General Public License for more details.
 
     You should have received a copy of the GNU General Public License
     along with this program; see the file COPYING. If not, write to the 
     Free Software Foundation, Inc., 59 Temple Place, Suite 330, 
     Boston, MA  02111-1307  USA
*/


#ifndef servicingH
#define servicingH

#include "../containerbase.h"
#include "../vehicletype.h"


class ResourceWatch {
      ContainerBase* container;
      Resources available;
      Resources storagelimit;
      Resources orgAmount;
   public:
      ResourceWatch( ContainerBase* container );
      ContainerBase* getContainer();
      SigC::Signal1<void, int> sigChanged;

      const Resources amount();
      const Resources avail();
      const Resources limit();
      bool putResource( int resourcetype, int amount );
      bool getResource( int resourcetype, int amount );
      bool getResources( Resources res );
};

class Transferrable: public SigC::Object {
   protected:
      ResourceWatch& source;
      ResourceWatch& dest;

      ResourceWatch& getResourceWatch( const ContainerBase* unit );
      ResourceWatch& getOpposingResourceWatch( const ContainerBase* unit );
      ContainerBase* opposingContainer( const ContainerBase* unit );

      void show( const ContainerBase* unit );
      
   public:
      Transferrable( ResourceWatch& s, ResourceWatch& d );
      virtual ASCString getName() = 0;

      virtual int getMax( ContainerBase* c, bool avail ) = 0;
      virtual int getMin( ContainerBase* c, bool avail ) = 0;
      virtual int transfer( ContainerBase* target, int delta ) = 0;
      virtual int getAmount ( const ContainerBase* target ) = 0;
      virtual void commit() = 0;
      virtual bool isExchangable() const = 0;


      ContainerBase* getSrcContainer();
      ContainerBase* getDstContainer();
      bool setDestAmount( long amount );
      void showAll();
      
      SigC::Signal1<void,const std::string&> sigSourceAmount;
      SigC::Signal1<void,const std::string&> sigDestAmount;
      
      int setAmount( ContainerBase* target, int newamount );
      void fill( ContainerBase* target );
      void empty( ContainerBase* target );
      virtual ~Transferrable() {};
};



class ServiceChecker {
   protected:
      ContainerBase* source;
      int ignoreChecks;

      const SingleWeapon* getServiceWeapon();
      virtual void ammo( ContainerBase* dest, int type ) = 0;
      virtual void resource( ContainerBase* dest, int type, bool active )  = 0;


   private:
      bool serviceWeaponFits( ContainerBase* dest );

   public:
      static const int ignoreHeight = 1;
      static const int ignoreDistance = 2;
      ServiceChecker( ContainerBase* src, int skipChecks = 0 );


      void check( ContainerBase* dest );
      virtual ~ServiceChecker() {};
};


class ServiceTargetSearcher : protected ServiceChecker {

   private:
      GameMap* gamemap;

      void fieldChecker( const MapCoordinate& pos );
      void addTarget( ContainerBase* target );
   public:
      typedef vector<ContainerBase*> Targets;
   protected:
      Targets targets;

      void ammo( ContainerBase* dest, int type );
      void resource( ContainerBase* dest, int type, bool active );

   public:
      bool available();
      ServiceTargetSearcher( ContainerBase* src );
      void startSearch();
      const Targets& getTargets() const { return targets; };
};




class TransferHandler : public SigC::Object, protected ServiceChecker {
   private:
      ResourceWatch sourceRes;
      ResourceWatch destRes;
   public:
      typedef deallocating_vector<Transferrable*> Transfers;
   private:
      Transfers transfers;

      bool allowProduction;

      ContainerBase* source;
      ContainerBase* dest;
      
   protected:
      void ammo( ContainerBase* dest, int type );
      void resource( ContainerBase* dest, int type, bool active );
      
   public:
      TransferHandler( ContainerBase* src, ContainerBase* dst );
      bool allowAmmoProduction( bool allow );
      bool allowAmmoProductionAllowed();
      bool ammoProductionPossible();
      Transfers& getTransfers();
      void fillDest();
      void emptyDest();
      bool commit();

      SigC::Signal0<bool> updateRanges;
      ~TransferHandler();
};



#endif

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