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/usr/include/resip/stack/UdpTransport.hxx is in libresiprocate-1.11-dev 1:1.11.0~beta5-1.

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#if !defined(RESIP_UDPTRANSPORT_HXX)
#define RESIP_UDPTRANSPORT_HXX

#include <memory>
#include "resip/stack/InternalTransport.hxx"
#include "resip/stack/MsgHeaderScanner.hxx"
#include "rutil/HeapInstanceCounter.hxx"
#include "resip/stack/Compression.hxx"

namespace osc { class Stack; }

namespace resip
{
class UdpTransport;

/** Interface functor for external unrecognized datagram handling.
  * User can catch datagram messages recevied that are not recognized by
  * the stack.
  */
class ExternalUnknownDatagramHandler {
public:
   virtual ~ExternalUnknownDatagramHandler(){};

   /** .
    * @param transport contains a pointer to the specific UdpTransport object that
    *                  received the unknown packet.
    * @param unknownDatagram contains the actual contents of unknown data received. */
   virtual void operator()(UdpTransport* transport, const Tuple& source, std::auto_ptr<Data> unknownDatagram) = 0;
};

/**
   @ingroup transports

   @brief A Transport based on UDP.

   @internal Used in test cases, TransportSelector (which is itself
   internal), DtlsTransport as a base class and in
   SipStack::addTransport(...).  Not expected to be used in an API.
*/
class UdpTransport : public InternalTransport, public FdPollItemIf
{
public:
   RESIP_HeapCount(UdpTransport);
      /**
         @param fifo the TransactionMessage Fifo that will receive
         any ConnectionTerminated or TransportFailure messages.
      
         @param interfaceObj a "presentation format" representation
         of the IP address of this transport
         @see Tuple::inet_ntop() for information about "presentation
         format"
      
         @param portNum is the port to receive and/or send on
      
         @param socketFunc Functor (defined in rutil/Socket.hxx) that is called 
               when a socket is created; allows app to log fd creation, tweak 
               sockopts, and so forth.
      */
   UdpTransport(Fifo<TransactionMessage>& fifo,
                int portNum,
                IpVersion version,
                StunSetting stun,
                const Data& interfaceObj,
                AfterSocketCreationFuncPtr socketFunc = 0,
                Compression &compression = Compression::Disabled,
                unsigned transportFlags = 0);
   virtual  ~UdpTransport();

   virtual bool isReliable() const { return false; }
   virtual bool isDatagram() const { return true; }

   virtual void process(FdSet& fdset);
   virtual void process();
   virtual bool hasDataToSend() const;
   virtual void buildFdSet( FdSet& fdset);
   virtual void setPollGrp(FdPollGrp *grp);
   virtual void setRcvBufLen(int buflen);

   // FdPollItemIf
   // virtual Socket getPollSocket() const;
   virtual void processPollEvent(FdPollEventMask mask);

   static const int MaxBufferSize = 8192;

   // STUN client functionality
   bool stunSendTest(const Tuple& dest);
   bool stunResult(Tuple& mappedAddress);

   /// Installs a handler for the unknown datagrams arriving on the udp transport.
   void setExternalUnknownDatagramHandler(ExternalUnknownDatagramHandler *handler);

protected:

   void processRxAll();
   int processRxRecv(char*& buffer, Tuple& sender);
   bool processRxParse(char *buffer, int len, Tuple& sender);
   void processTxAll();
   void processTxOne(SendData *data);
   void updateEvents();

   osc::Stack *mSigcompStack;

   // statistics
   unsigned mPollEventCnt;
   unsigned mTxTryCnt;
   unsigned mTxMsgCnt;
   unsigned mTxFailCnt;
   unsigned mRxTryCnt;
   unsigned mRxMsgCnt;
   unsigned mRxKeepaliveCnt;
   unsigned mRxTransactionCnt;
private:
   char* mRxBuffer;
   MsgHeaderScanner mMsgHeaderScanner;
   mutable resip::Mutex  myMutex;
   Tuple mStunMappedAddress;
   bool mStunSuccess;
   ExternalUnknownDatagramHandler* mExternalUnknownDatagramHandler;
   bool mInWritable;
   bool mInActiveWrite;
};

}

#endif

/* ====================================================================
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