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UE.hpp

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#ifndef LTE_UPPERCONVERGENCE_UE_HPP
#define LTE_UPPERCONVERGENCE_UE_HPP

#include <DLL/UpperConvergence.hpp>
#include <DLL/Layer2.hpp>

#include <WNS/ldk/FunctionalUnit.hpp>

namespace lte { namespace controlplane { namespace flowmanagement { class IFlowManagerUE; }}}

namespace lte { namespace upperconvergence {

class UEUpperConvergence :
    virtual public wns::ldk::FunctionalUnit,
    virtual public dll::UTUpperConvergence
{
public:

  UEUpperConvergence(wns::ldk::fun::FUN* fun,
             const wns::pyconfig::View& config);

  void
  sendData(const wns::service::dll::UnicastAddress& _peer,
       const wns::osi::PDUPtr& pdu,
       wns::service::dll::protocolNumber protocol,
       wns::service::dll::FlowID _dllFlowID = 0);

  void
  processIncoming(const wns::ldk::CompoundPtr& compound);


  void
  onFUNCreated();

  virtual void
  registerHandler(wns::service::dll::protocolNumber protocol,
          wns::service::dll::Handler* _dh);

  void
  registerFlowHandler(wns::service::dll::FlowHandler* flowHandler);

  void
  establishFlow(wns::service::tl::FlowID flowID, wns::service::qos::QoSClass qosClass);

  void
  releaseFlow(wns::service::tl::FlowID flowID);

  void
  onFlowBuilt(wns::service::tl::FlowID _flowID,
          wns::service::dll::FlowID _dllFlowID,
          bool newFlow);

private:

  wns::ldk::fun::FUN* fun;

  wns::ldk::CommandReaderInterface* rlcReader;
  
  dll::ILayer2* layer2;
  
  lte::controlplane::flowmanagement::IFlowManagerUE* flowManager;
  
  wns::service::dll::FlowHandler* tlFlowHandler;
};

} // upperconvergence
} // lte

#endif // LTE_UPPERCONVERGENCE_UE_HPP

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