//   Read the documentation to learn more about C++ code generator

//   versioning.

// Copyright (c) 2004-2009 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:

// Reserved

// 

//

/**

 @file

 @internalComponent

*/

#ifndef __BNEPTYPES_H

#define __BNEPTYPES_H 

#include <bttypes.h>

#define UNUSEDPARAMETER1 /* */

#define UNUSEDPARAMETER2 /* */

#define UNUSEDPARAMETER3 /* */

#define UNUSEDPARAMETER4 /* */

#define UNUSEDPARAMETER5 /* */

const TUint KMaxNetworkTypeFilterPairs = 16; 			// the maximum number of network type filters we will support

const TUint KMaxMultiAddrFilterPairs = 16; 				// the maximum number of multicast address filters we will support

const TUint KSizeOfBnepControlType = 1; 				// size in bytes of a BNEP control type header

const TUint KSizeOfBnepResponseCode = 2; 				// size in bytes of a BNEP control response code (all response codes are currently the same length)

const TUint KSizeOfNetTypeFilterListLength = 2; 		// size in bytes of the length member of the BNEP network packet type filter list

const TUint16 KMaxSizeOfNetTypeFilterList = 4*422; 		// maximum size in bytes of a net type filter list outside and extension header

const TUint KMaxSixeOfExtensionNetTypeFilterList = 4*64; // maximum size in bytes of a net type filter list in an exyension header

const TUint KSizeOfNetType = 2; 						// size in bytes of the BNEP network packet type field

const TUint KSizeOfMultiAddrFilterListLength = 2; 		// size in bytes of the length member of the BNEP multicast address filter list

const TUint KSizeOfMultiAddr = KBTDevAddrSize;			// size in bytes of the BNEP multicast address field

const TUint KMaxNetTypeFilters = 10;								// Maximum allowable number of filters

const TUint KNetTypeFilterTableBoundary = 2*KMaxNetTypeFilters;		// Upper boundary of filter table

const TUint KMaxMultiAddrFilters = 10;								// Maximum allowable number of filters

const TUint KMultiAddrFilterTableBoundary = 2*KMaxMultiAddrFilters; // Upper boundary of filter table

const TUint KExtensionHeaderHeaderBytes = 2; 			// Number of header bytes in BNEP extension header

const TUint KSizeOfBnepExtensionType	= 1;			// Size in bytes of the BNEP extension type

typedef enum

    {

    EBnepGeneralEthernet = 0x00,

    EBnepControl = 0x01,

    EBnepCompressedEthernet = 0x02,

    EBnepCompressedEthernetSourceOnly = 0x03,

    EBnepCompressedEthernetDestOnly = 0x04,

    EBnepHighestSigReserved = 0xfe

    // highest future use reserved value for BT SIG use

    // IEEE802.15 group has reserved 0xff

    } TBnepPacketType;

typedef enum

    {

    EBnepExtensionControl = 0x00

    } TBnepExtensionType;

typedef enum

    {

    EBnepControlCommandNotUnderstood = 0x00,

    EBnepSetupConnectionRequestMessage = 0x01,

    EBnepSetupConnectionResponseMessage = 0x02,

    EBnepFilterNetTypeSetMsg = 0x03,

    EBnepFilterNetTypeResponse = 0x04,

    EBnepFilterMultiAddrSetMsg = 0x05,

    EBnepFilterMultiAddrResponseMsg = 0x06

    } TBnepControlType;

typedef enum

    {

    EFilterNetTypeOperationSuccessful = 0x0000,

    EFilterNetTypeUnsupportedRequest = 0x0001,

    EFilterNetTypeInvalidNetworkingProtocolTypeRange = 0x0002,

    EFilterNetTypeTooManyFilters = 0x0003,

    EFilterNetTypeFailedDueToSecurity = 0x0004

    } TFilterNetTypeResponse;

typedef enum

    {

    EFilterMultiAddrOperationSuccessful = 0x0000,

    EFilterMultiAddrUnsupportedRequest = 0x0001,

    EFilterMultiAddrInvalidMulticastAddress = 0x0002,

    EFilterMultiAddrTooManyFilters = 0x0003,

    EFilterMultiAddrFailedDueToSecurity = 0x0004

    } TFilterMultiAddrResponse;

#endif