facility.h

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#ifndef CYCLUS_SRC_FACILITY_H_
#define CYCLUS_SRC_FACILITY_H_
 
#include <string>
#include <vector>
#include <set>
 
#include "agent.h"
#include "time_listener.h"
#include "trader.h"
 
namespace cyclus {
 
// forward declare Material class to avoid full inclusion and dependency
class Material;
class Institution;
 
/// @class Facility
/// The Facility class is the abstract class/interface used by all
/// facility agents
///
/// This is all that is known externally about facilities
///
/// @section intro Introduction
///
/// The Facility type plays a primary role in Cyclus.  A Facility
/// facility is where offers and requests are generated and transmitted to a
/// ResourceExchange and where shipments of material, issued by the exchange, are
/// executed. The algorithms to determine what offers and requests are issued and
/// how material shipments are handled are the primary differentiators between
/// different Facility implementations.
///
/// Like all agent implementations, there are a number of implementations that
/// are distributed as part of the core Cyclus application as well as
/// implementations contributed by third-party developers.  The links below
/// describe additional parameters necessary for the complete definition of a
/// facility of that implementation.
///
/// @section available Available Core Implementations
///
/// - SourceFacility: A facility that can produce a constant (or
/// infinite) amount of some commodity
/// - SinkFacility:  A facility that can consume a constant (or infinite)
/// amount of some commodity
/// - NullFacility: A facility that consumes a constant amount of one
/// commodity and produces a constant amount of another
///
///
/// @section anticipated Anticipated Core Implementations
///
/// Developers are encouraged to add to this list and create pages that
/// describe the detailed behavior of these agents.
///
/// - RecipeReactor: A facility that consumes a fixed fresh fuel recipe
/// one a time scale governed by reactor cycle lengths and batch sizes,
/// and produced a fixed/corresponding spent fuel recipe at the same
/// frequency - SeparationsMatrixFacility: A facility that consumes a
/// fixed quantity of material of one commodity and produces many
/// different output streams with the input nuclides distributed across
/// those output streams according to a fixed matrix
/// - EnrichmentFacility: A facility that offers a fixed quantity of SWUs
/// to accomplish enrichment of material
///
/// @section thirdparty Third-party Implementations
///
/// Collaborators are encouraged to add to this list and link to external
/// pages that describe how to get the agents and the detailed behavior
class Facility : public TimeListener, public Agent, public Trader {
 public:
  Facility(Context* ctx);
 
  virtual ~Facility();
 
  // DO NOT call Agent class implementation of this method
  virtual void InfileToDb(InfileTree* qe, DbInit di) {}
 
  // DO NOT call Agent class implementation of this method
  virtual void InitFrom(QueryableBackend* b) {}
 
  // DO NOT call Agent class implementation of this method
  virtual void Snapshot(DbInit di) {}
 
  /// Copy module members from a source agent
  /// Any facility subclassing facility agent should invoke their own InitFrom
  /// method, calling Facility's first!
  /// @param m the agent to copy from
  void InitFrom(Facility* m);
 
  /// @brief builds the facility in the simulation
  /// @param parent the parent of this facility
  virtual void Build(Agent* parent);
 
  /// Called to give the agent an opportunity to register for services.
  virtual void EnterNotify();
 
  /// decommissions the facility, default behavior is for the facility
  /// to delete itself
  virtual void Decommission();
 
  /// facilities over write this method if a condition must be met
  /// before their destructors can be called
  virtual bool CheckDecommissionCondition();
 
  /// every agent should be able to print a verbose description
  virtual std::string str();
 
  /// @brief default implementation for material requests
  virtual std::set<RequestPortfolio<Material>::Ptr>
      GetMatlRequests() {
    return std::set<RequestPortfolio<Material>::Ptr>();
  }
 
  /// @brief default implementation for product requests
  virtual std::set<RequestPortfolio<Product>::Ptr>
      GetProductRequests() {
    return std::set<RequestPortfolio<Product>::Ptr>();
  }
 
  /// @brief default implementation for material requests
  virtual std::set<BidPortfolio<Material>::Ptr>
      GetMatlBids(CommodMap<Material>::type& commod_requests) {
    return std::set<BidPortfolio<Material>::Ptr>();
  }
 
  /// @brief default implementation for product requests
  virtual std::set<BidPortfolio<Product>::Ptr>
      GetProductBids(CommodMap<Product>::type& commod_requests) {
    return std::set<BidPortfolio<Product>::Ptr>();
  }
 
  /// default implementation for material preferences.
  virtual void AdjustMatlPrefs(PrefMap<Material>::type& prefs) {}
 
  /// default implementation for material preferences.
  virtual void AdjustProductPrefs(PrefMap<Product>::type& prefs) {}
 
  /// @brief default implementation for responding to material trades
  /// @param trades all trades in which this trader is the supplier
  /// @param responses a container to populate with responses to each trade
  virtual void GetMatlTrades(
      const std::vector< Trade<Material> >& trades,
      std::vector<std::pair<Trade<Material>, Material::Ptr> >& responses) {
    std::cout << "in material facility getmatltrades\n";
    }
 
  /// @brief default implementation for responding to product trades
  /// @param trades all trades in which this trader is the supplier
  /// @param responses a container to populate with responses to each trade
  virtual void GetProductTrades(
      const std::vector< Trade<Product> >& trades,
      std::vector<std::pair<Trade<Product>,
      Product::Ptr> >& responses) {}
 
  /// @brief default implementation for material trade acceptance
  virtual void AcceptMatlTrades(
      const std::vector<std::pair<Trade<Material>,
      Material::Ptr> >& responses) {}
 
  /// @brief default implementation for product trade acceptance
  virtual void AcceptProductTrades(
      const std::vector<std::pair<Trade<Product>,
      Product::Ptr> >& responses) {}
 
};
 
}  // namespace cyclus
 
#endif  // CYCLUS_SRC_FACILITY_H_