/*

* Copyright (c) 2005-2009 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:  Part of WLAN HAL API

*

*/

/*

* %version: 8 %

*/

#ifndef WHA_MIB_H

#define WHA_MIB_H

#include <wlanwhanamespace.h>

#include <wlanwha_types.h>

NAMESPACE_BEGIN_WHA

struct Sdot11StationId

    {

    TMacAddress iAddr;

    TUint8      iReserved[2];

    };

struct Sdot11MaxReceiveLifeTime

    {

    TUint32 iDot11MaxReceiveLifeTime;

    };

struct Sdot11SlotTime 

    {

    TUint32 iDot11SlotTime;

    };

struct Sdot11GroupAddressesTable 

    {    

    enum { KHeaderSize = sizeof( TBool ) + sizeof( TUint32 ) };

    TBool           iEnable;       

    TUint32         iNumOfAddrs;

    TMacAddress     iAddrData[1]; // addresses start here

    };

struct Sdot11WepDefaultKeyId 

    {

    TPrivacyKeyId   iDot11WepDefaultKeyId;

    TUint8          iReserved[3];

    };

struct Sdot11CurrentTxPowerLevel 

    {

    TPowerLevel iDot11CurrentTxPowerLevel;

    };

struct Sdot11RTSThreshold 

    {

    TUint32 iDot11RTSThreshold;

    };

struct SctsToSelf 

    {

    TBool iCtsToSelf;

    };

struct SarpIpAddressTable

    {

    TBool          iEnable;

    TIpv4Address   iIpV4Addr; 

    };

struct StemplateFrame

    {    

    enum { KHeaderSize = sizeof( TTemplateType ) + sizeof( TRate ) + sizeof( TUint32 ) };

    TTemplateType   iFrameType;

    TRate           iInitialTransmitRate;

    TUint32         iLength;

    TUint8          iTemplateData[1]; // the template data starts here

    };

struct SrxFilter 

    {

    enum { KPromiscous          = (1 << 0) };

    enum { KBssId               = (1 << 1) }; /** deprecated */

    TUint32 iRxFilter;

    };

struct SDefaultIeFilterTable

    {

    enum { KTrackChange     = (1 << 0) };

    enum { KTrackPresence   = (1 << 1) };

    TUint8      iIe;

    TUint8      iTreatMeant;

    };

struct SIe221FilterTable

    {

    enum { KTrackChange     = (1 << 0) };

    enum { KTrackPresence   = (1 << 1) };

    enum { KOuiLen          = 3 };

    TUint8          iIe;

    TUint8          iTreatMeant;

    TUint8          iOui[KOuiLen];     

    TUint8          iType;

    TUint16         iVersion;

    };

struct SbeaconFilterIeTable 

    {    

    enum { KHeaderSize = sizeof( TUint32 ) };

    TUint32     iNumofElems;

    TUint8      iIeTable[1]; // IE table details start here

    };

struct SbeaconFilterEnable 

    {

    TBool   iEnable;

    TUint32 iCount; /** deprecated */

    };

struct SsleepMode 

    {

    TSleepMode iMode;

    };

struct SwlanWakeUpInterval 

    {

    TWlanWakeUpInterval iMode;

    TUint8              iListenInterval;

    TUint8              iReserved[2];

    };

struct SbeaconLostCount 

    {

    TUint32 iLostCount;

    };

struct SrcpiThreshold 

    {

    TRcpi   iThreshold;

    TUint8  iReserved[3];

    };

struct SstatisticsTable 

    {

    TUint8  iSnr;

    TRcpi   iRcpi;

    TUint8  iReserved[2];

    };

struct SibssPsConfig /** deprecated */

    {

    TIbssPsMode iMode;

    };

struct StxRateClass

    {

    TUint8  iTxPolicy54;

    TUint8  iTxPolicy48;

    TUint8  iTxPolicy36;

    TUint8  iTxPolicy33;

    TUint8  iTxPolicy24;

    TUint8  iTxPolicy22;

    TUint8  iTxPolicy18;

    TUint8  iTxPolicy12;

    TUint8  iTxPolicy11;

    TUint8  iTxPolicy9;

    TUint8  iTxPolicy6;

    TUint8  iTxPolicy5_5;

    TUint8  iTxPolicy2;

    TUint8  iTxPolicy1;

    TUint8  iShortRetryLimit;

    TUint8  iLongRetryLimit;

    TUint32 iFlags;

    };

struct StxRatePolicy 

    {    

    enum { KHeaderSize = sizeof( TUint32 ) };

    TUint32         iNumOfPolicyObjects;

    StxRateClass    iTxRateClass[1]; // rate classes start here

    };

struct ScountersTable                    

    {

    TUint32 iPlcpError;

    TUint32 iFcsError;

    };

struct Sdot11Preamble

    {

    TPreambleType iType;

    TUint8        iReserved[3];

    };

struct ShtCapabilities

    {

    TBool           iHtSupport;

    TMacAddress     iPeerMac;

    THtRxStbc       iRxStbc;

    THtMaxAmpdu     iMaxAmpduLength;

    THtCapabilities iPeerFeatures;

    THtMcsSet       iMcsSet;

    THtAmpduSpacing iAmpduSpacing;

    THtMcsFeedback  iMcsFeedback;

    TUint32	        iTxBeamFormingCapab;

    TUint8          iAntennaSelCapab;

    TUint8          iReserved[3];

    };

struct ShtBssOperation

    {

    enum { KNonGreenfieldPresent    = ( 1 << 0 ) };

    enum { KPcoActive               = ( 1 << 2 ) };

    enum { KRifsPermitted           = ( 1 << 3 ) };

    enum { KDualCtsProtReq          = ( 1 << 4 ) };

    enum { KSecondaryBeaconTx       = ( 1 << 5 ) };

    enum { KLsigTxopProtection      = ( 1 << 6 ) };

    TUint32	            iInfo;

    THtMcsSet           iMcsSet;

    THtProtection       iOpMode;

    THtSecChannelOffset	iSecChOffset;

    THtChannelWidth	    iApChWidth;

    TUint8              iReserved[3];

    };

struct ShtSecondaryBeacon

    {

    THtSecBeacon iSecBeacon;

    TUint8       iReserved[3];

    };

struct ShtBlockAckConfigure

    {

    static const TUint8 KTid0 = ( 1 << 0 );

    static const TUint8 KTid1 = ( 1 << 1 );

    static const TUint8 KTid2 = ( 1 << 2 );

    static const TUint8 KTid3 = ( 1 << 3 );

    static const TUint8 KTid4 = ( 1 << 4 );

    static const TUint8 KTid5 = ( 1 << 5 );

    static const TUint8 KTid6 = ( 1 << 6 );

    static const TUint8 KTid7 = ( 1 << 7 );

    TUint8 iTxBlockAckUsage;

    TUint8 iRxBlockAckUsage;

    TUint8 iReserved[2];

    };

struct StxAutoRatePolicy

    {

    TRate     iBAndGRates;

    THtMcsSet iMcsSet;

    TUint8    iTxRateClassId;

    TUint8    iShortRetryLimit;

    TUint8    iLongRetryLimit;

    TUint8    iReserved[3];

    };

struct SetherTypeFilter

    {    

    enum { KHeaderSize = sizeof( TFilterMode ) + sizeof( TUint8 ) };

    TFilterMode     iFilterMode;       

    TUint8          iNumOfTypes;

    TUint16         iTypeData[1]; // Ethernet type codes start here

    };

struct SbroadcastUdpFilter

    {    

    enum { KHeaderSize = sizeof( TFilterMode ) + sizeof( TUint8 ) };

    TFilterMode     iFilterMode;       

    TUint8          iNumOfPorts;

    TUint16         iPortData[1]; // UDP port numbers start here

    };

NAMESPACE_END_WHA

#endif // WHA_MIB_H