// Copyright (c) 2008-2009 Nokia Corporation and/or its subsidiary(-ies).

// All rights reserved.

// This component and the accompanying materials are made available

// under the terms of "Eclipse Public License v1.0"

// which accompanies this distribution, and is available

// at the URL "http://www.eclipse.org/legal/epl-v10.html".

//

// Initial Contributors:

// Nokia Corporation - initial contribution.

//

// Contributors:

//

// Description:

// RTP Provision info definitions.

// 

//

/**

 @file

 @internalComponent

*/

#ifndef __RTP_PROVISION_INFO_H

#define __RTP_PROVISION_INFO_H

#include <e32base.h>

#include <e32std.h>

#include <in_sock.h>

#include <comms-infras/metadata.h>

#include <comms-infras/metatype.h>

#include <comms-infras/metabuffer.h>

#include <es_enum.h>

/* Giving RTPSCPR Dlls UID */

 const TUint KRtpProvisionUid        = 0xE10042F0;

 const TUint KRtpProvisionConfigType = 0x100;

class CRtpProvisionConfig: public CBase, public Meta::SMetaData

	{

	 /** 

	 *  CRtpProvisionConfig is used by RtpScpr to pass the provision info 

	 *  to RTP and RTCP Flows

	 *  @internalComponent 

	 **/				    

      public:

	  static CRtpProvisionConfig*  NewLC();

	  static CRtpProvisionConfig*  NewL();

	  void SetBandWidth(TUint aBandWidth)

	  	{

		iBandWidth = aBandWidth;

	 	}

	  void SetMaxDropOut(TUint aMaxDropout)

	  	{

        iMaxDropout = aMaxDropout;

	 	}

	  void SetMaxMisorder(TUint aMaxMisorder)

	  	{

		iMaxMisorder = aMaxMisorder;

	 	}

	  void SetMinSequential(TUint aMinSequential)

	  	{

		iMinSequential = aMinSequential;

	  	}

	  void SetRtptimeConversion(TUint aRtpTimeConversion)

	  	{

		iRtpTimeConversion = aRtpTimeConversion;

	  	}

	  void SetRtpTimeNow(TUint aRtpTimeNow)

	  	{

		iRtpTimeNow = aRtpTimeNow;

	  	}

	  void SetRtpAutoSend(TBool aAutoSendRtcp)

	  	{

		iAutoSendRtcp = aAutoSendRtcp;

	  	}

	  void SetDefDestinationAddr(const TInetAddr& aDestAddr)

	  	{

	  	iDefDestAddr = aDestAddr;

	  	}

	  void SetCNAMEL(const TDesC8& aCName)

	  	{

	  	iCName.CreateL(aCName);

	  	return;

	  	}

	  void SetRtcpReportInterval(const TTimeIntervalMicroSeconds32& aInterval)

	  	{

		iRtcpInterval = aInterval;

		return;

	  	}

	  TUint BandWidth() const

	  	{

		return iBandWidth;

	 	}

	  TUint MaxDropOut() const

	  	{

        return iMaxDropout;

	 	}

	  TUint MaxMisorder() const

	  	{

		return iMaxMisorder;

	 	}

	   TUint MinSequential() const

	  	{

		return iMinSequential;

	  	}

	   TUint RtptimeConversion() const

	  	{

		return iRtpTimeConversion;

	  	}

	  TUint RtpTimeNow() const

	  	{

		return iRtpTimeNow;

	  	}

	  TBool RtpAutoSend() const

	  	{

		return iAutoSendRtcp;

	  	}

	  const TDesC8& GetCNAME() const

	  	{

	  	return iCName;

	  	}

	  const TInetAddr& GetDefDestinationAddr() const

	  	{

	  	return iDefDestAddr;

	  	}

	  const TTimeIntervalMicroSeconds32& GetRtcpReportInterval() const

	  	{

		return iRtcpInterval;

	  	}

	  ~CRtpProvisionConfig()

	  	{

	  	iCName.Close();

	  	}

	  private:

	  CRtpProvisionConfig()

	  	{

	  	}

	  DATA_VTABLE

	  TUint iBandWidth;

	  TUint iMaxDropout;

	  TUint iMaxMisorder;

      TUint iMinSequential;

      TUint iRtpTimeConversion;

	  TUint iRtpTimeNow;

	  TBool iAutoSendRtcp;

	  RBuf8 iCName;

	  TInetAddr iDefDestAddr;

	  TTimeIntervalMicroSeconds32 iRtcpInterval;

	};

#endif //__RTP_PROVISION_INFO_H