williamr@2: // Copyright (c) 1999-2009 Nokia Corporation and/or its subsidiary(-ies).
williamr@2: // All rights reserved.
williamr@2: // This component and the accompanying materials are made available
williamr@4: // under the terms of "Eclipse Public License v1.0"
williamr@2: // which accompanies this distribution, and is available
williamr@4: // at the URL "http://www.eclipse.org/legal/epl-v10.html".
williamr@2: //
williamr@2: // Initial Contributors:
williamr@2: // Nokia Corporation - initial contribution.
williamr@2: //
williamr@2: // Contributors:
williamr@2: //
williamr@2: // Description:
williamr@2: // BT protocol wide types
williamr@2: // 
williamr@2: //
williamr@2: 
williamr@2: #ifndef _BTTYPES_H
williamr@2: #define _BTTYPES_H
williamr@2: 
williamr@4: #ifndef SYMBIAN_ENABLE_SPLIT_HEADERS
williamr@4: #include <bttypespartner.h>
williamr@4: #endif
williamr@4: 
williamr@2: #include <e32std.h>
williamr@2: #include <bluetooth/eirdatacodec.h>
williamr@2: 
williamr@2: /**
williamr@2: @publishedAll
williamr@2: @released
williamr@2: 
williamr@2: Minimum eSCO connection latency in milliseconds.  Attempts to specify less than this will be silently
williamr@2: increased to this level.
williamr@2: */
williamr@2: static const TInt KMinESCOLatency = 4;
williamr@2: 
williamr@2: /**
williamr@2: @publishedAll
williamr@2: @released
williamr@2: 
williamr@2: Typedef to represent a HCI connection handle.
williamr@2: */
williamr@2: typedef TUint16 THCIConnHandle;
williamr@2: 
williamr@2: /**
williamr@2: @publishedAll
williamr@2: @released
williamr@2: 
williamr@2: Bluetooth SIG specified values for specification of (piconet) role.
williamr@2: */
williamr@2: enum TBTBasebandRole
williamr@2: 	{
williamr@2: 	EMaster			= 0x00, /*!< Master role */
williamr@2: 	ESlave			= 0x01, /*!< Slave role */
williamr@2: 	ERoleUnknown,			/*!< Unknown role */
williamr@2: 	};
williamr@2: 
williamr@2: /**
williamr@2: @publishedAll
williamr@2: @released
williamr@2: 
williamr@2: Bluetooth SIG specified values for indicating link modes.
williamr@2: */
williamr@2: enum TBTLinkMode
williamr@2:     {
williamr@2:     EActiveMode		= 0x00, /*!< Active mode */
williamr@2:     EHoldMode		= 0x01, /*!< Hold mode */
williamr@2:     ESniffMode		= 0x02, /*!< Sniff mode */
williamr@2:     EParkMode		= 0x04, /*!< Park mode */
williamr@2: 	EScatterMode	= 0x08, /*!< Scatter mode */
williamr@2:     };
williamr@2: 
williamr@2: /**
williamr@2: @publishedAll
williamr@2: @released
williamr@2: 
williamr@2: Typedef to represent a union of TBTLinkMode values.
williamr@2: */
williamr@2: typedef TUint32 TBTLinkModeSet;
williamr@2: 
williamr@2: /**
williamr@2: @publishedAll
williamr@2: @released
williamr@2: 
williamr@2: Bitmask values to help request combinations of link modes.
williamr@2: @see TBTLinkMode
williamr@2: */
williamr@2: enum TBTLinkModeCombinations
williamr@2: 	{
williamr@2: 	EAnyLowPowerMode = (EHoldMode | ESniffMode | EParkMode | EScatterMode) /*!< Any low power mode */
williamr@2: 	};
williamr@2: 
williamr@2: /**
williamr@2: @publishedAll
williamr@2: @released
williamr@2: 
williamr@2: Bluetooth SIG specified values for indicating packet types.
williamr@2: 
williamr@2: DM1, DH1, DM3, DH3, DM5, DH5 are ACL packet types
williamr@2: HV1, HV2, HV3 are SCO (synchronous link) packet types
williamr@2: */
williamr@2: enum TBTPacketType
williamr@2: 	{
williamr@2: 	EPacketsDM1			= 0x0008, /*!< DM1 ACL packet type */
williamr@2: 	EPacketsDH1			= 0x0010, /*!< DH1 ACL packet type */
williamr@2: 	EPacketsDM3			= 0x0400, /*!< DM3 ACL packet type */
williamr@2: 	EPacketsDH3			= 0x0800, /*!< DH3 ACL packet type */
williamr@2: 	EPacketsDM5			= 0x4000, /*!< DM5 ACL packet type */
williamr@2: 	EPacketsDH5			= 0x8000, /*!< DH5 ACL packet type */
williamr@2: 	
williamr@2: 	EPackets2_DH1		= 0x0002, /*!< 2-DH1 ACL packet type */
williamr@2: 	EPackets3_DH1		= 0x0004, /*!< 3-DH1 ACL packet type */
williamr@2: 	EPackets2_DH3		= 0x0100, /*!< 2-DH3 ACL packet type */
williamr@2: 	EPackets3_DH3		= 0x0200, /*!< 3-DH3 ACL packet type */
williamr@2: 	EPackets2_DH5		= 0x1000, /*!< 2-DH5 ACL packet type */
williamr@2: 	EPackets3_DH5		= 0x2000, /*!< 3-DH5 ACL packet type */
williamr@2: 
williamr@2: 	EPacketsHV1			= 0x0020, /*!< HV1 SCO packet type */
williamr@2: 	EPacketsHV2			= 0x0040, /*!< HV2 SCO packet type */
williamr@2: 	EPacketsHV3			= 0x0080, /*!< HV3 SCO packet type */
williamr@2: 	};
williamr@2: 
williamr@2: /**
williamr@2: @publishedAll
williamr@2: @released
williamr@2: 
williamr@2: Typedef to represent a set of SCO packet types.
williamr@2: */
williamr@2: typedef TUint16 TBTSCOPackets;
williamr@2: 
williamr@2: /**
williamr@2: @publishedAll
williamr@2: @released
williamr@2: 
williamr@2: Typedef to represent a set of ACL packet types.
williamr@2: */
williamr@2: typedef TUint16 TBTACLPackets;
williamr@2: 
williamr@2: /**
williamr@2: @publishedAll
williamr@2: @released
williamr@2: 
williamr@2: Bitmask values to help request combinations of packets.
williamr@2: @see TBTPacketType
williamr@2: */
williamr@2: enum TBTPacketTypeCombinations
williamr@2: 	{
williamr@2: 	EAnyACLPacket	 = EPacketsDM1 | EPacketsDM3 | EPacketsDM5 | EPacketsDH1 | EPacketsDH3 | EPacketsDH5, /*!< Any ACL packet */
williamr@2: 	EAnyNonEdrACLPacket = EAnyACLPacket | EPackets2_DH1 | EPackets3_DH1 | EPackets2_DH3 | EPackets3_DH3 | EPackets2_DH5 | EPackets3_DH5, /*!< Any Non-EDR ACL packet */
williamr@2: 	EAnySCOPacket	 = EPacketsHV1 | EPacketsHV2 | EPacketsHV3, /*!< Any SCO packet */
williamr@2: 	EAnyPacket		= EAnyACLPacket | EAnySCOPacket  /*!< Any packet */
williamr@2: 	};
williamr@2: 
williamr@2: 
williamr@2: /**
williamr@2: @publishedAll
williamr@2: @released
williamr@2: 
williamr@2: Typedef to represent a set of synchronous packet types (SCO and eSCO on v1.2).
williamr@2: @see TBTSyncPackets::TSyncPackets
williamr@2: */
williamr@2: typedef TUint32 TBTSyncPacketTypes;
williamr@2: 
williamr@2: /**
williamr@2: @publishedAll
williamr@2: @deprecated
williamr@2: 
williamr@2: This constant is no longer needed to translate the SCO mapping of HV packet types to Synchronous
williamr@2: because CBluetoothSynchronousLink::SetupConnection(const TBTDevAddr& aBDAddr, const TUint16 aPacketTypes)
williamr@2: adjusts aPacketTypes internally on behalf of clients.
williamr@2: */
williamr@2: static const TInt KSCOvsSyncHVOffset = 5;
williamr@2: 
williamr@4: 
williamr@2: /**
williamr@2: @publishedAll
williamr@2: @released
williamr@2: 
williamr@2: Class to represent a set of synchronous packet types (SCO and eSCO on v1.2).
williamr@2: This differs from TBTSyncPacketTypes as it is the interface used by CBluetoothSynchronousLink
williamr@2: in order to detect the difference between a pre and post eSCO caller.  This is necessary
williamr@2: as HV1 packets in the SCO numbering clash with EV5 packets in the sync numbering.
williamr@2: */
williamr@2: NONSHARABLE_CLASS(TBTSyncPackets)
williamr@2: 	{
williamr@2: 	public:
williamr@2: 		/**
williamr@2: 		@publishedAll
williamr@2: 		@released
williamr@2: 		
williamr@2: 		Individual synchronous packet types.
williamr@2: 		@see TBTSyncPacketTypes
williamr@2: 		*/
williamr@2: 		enum TSyncPackets
williamr@2: 			{
williamr@2: 			ESyncPacketsHV1		= 0x10001,
williamr@2: 			ESyncPacketsHV2		= 0x10002,
williamr@2: 			ESyncPacketsHV3		= 0x10004,
williamr@2: 
williamr@2: 			ESyncPacketsEV3		= 0x20008,
williamr@2: 			ESyncPacketsEV4		= 0x20010,
williamr@2: 			ESyncPacketsEV5		= 0x20020,
williamr@2: 			
williamr@2: 			ESyncAnySCOPacket	= ESyncPacketsHV1 | ESyncPacketsHV2 | ESyncPacketsHV3,
williamr@2: 			ESyncAnyESCOPacket	= ESyncPacketsEV3 | ESyncPacketsEV4 | ESyncPacketsEV5
williamr@2: 			};
williamr@2: 	
williamr@2: 	public:
williamr@2: 		IMPORT_C explicit TBTSyncPackets(TBTSyncPacketTypes aPackets);
williamr@2: 		IMPORT_C TBTSyncPacketTypes operator()() const;
williamr@2: 		
williamr@2: 	private:
williamr@2: 		TUint32 iPacketTypes;
williamr@2: 
williamr@2: 		// This data padding has been added to help prevent future binary compatibility breaks	
williamr@2: 		// Neither iPadding1 nor iPadding2 have been zero'd because they are currently not used
williamr@4: 		TUint32		iPadding1;
williamr@4: 		TUint32		iPadding2;
williamr@2: 	};
williamr@2: 
williamr@2: 
williamr@2: /**
williamr@2: @publishedAll
williamr@2: @released
williamr@2: 
williamr@2: eSCO links can have different retransmission options, optimised for link usage,
williamr@2: power or reliability.
williamr@2: 
williamr@2: @see CBluetoothSynchronousLink::SetRetransmissionEffort
williamr@2: */
williamr@2: enum TBTeSCORetransmissionTypes
williamr@2: 	{
williamr@2: 	EeSCORetransmitNone			= 0,
williamr@2: 	EeSCORetransmitPower		= 1,
williamr@2: 	EeSCORetransmitReliability	= 2,
williamr@2: 	EeSCORetransmitDontCare		= 0xff
williamr@2: 	};
williamr@2: 
williamr@2: /**
williamr@2: @publishedAll
williamr@2: @released
williamr@2: 
williamr@2: eSCO unspecified bandwidth.  This value can only be used by the accepting side
williamr@2: of an eSCO link, to allow any bandwidth to be specified by the initiator.
williamr@2: Otherwise both sides of the link must agree on the same bandwidth.
williamr@2: 
williamr@2: @see CBluetoothSynchronousLink::SetBandwidth
williamr@2: @see CBluetoothSynchronousLink::AcceptConnection
williamr@2: */
williamr@2: static const TUint32 KESCOBandwidthDontCare = KMaxTUint32;
williamr@2: 
williamr@2: /**
williamr@2: @publishedAll
williamr@2: @released
williamr@2: 
williamr@2: Bluetooth SIG specified values indicating whether a device
williamr@2: is physically able to support a baseband (or link manager protocol) feature
williamr@2: */
williamr@2: enum TBTSupportedFeatures
williamr@2: 	{
williamr@2: 	ESupportedThreeSlotPackets				= 1<<0,  /*!< Three slot packets are supported */
williamr@2: 	ESupportedFiveSlotPackets				= 1<<1,  /*!< Five slot packets are supported */
williamr@2: 	ESupportedEncryption					= 1<<2,  /*!< Encryption is supported */
williamr@2: 	ESupportedSlotOffset					= 1<<3,  /*!< Slot offset is supported */
williamr@2: 	ESupportedTimingAccuracy				= 1<<4,  /*!< Timing accuracy is supported */
williamr@2: 	ESupportedSwitch						= 1<<5,  /*!< Role switch is supported */
williamr@2: 	ESupportedHoldMode						= 1<<6,  /*!< Hold mode is supported */
williamr@2: 	ESupportedSniffMode						= 1<<7,  /*!< Sniff mode is supported */
williamr@2: 	ESupportedParkMode						= 1<<8,  /*!< Park mode is supported */
williamr@2: 	ESupportedRSSI							= 1<<9,  /*!< Receive signal strength indication is supported */
williamr@2: 	ESupportedChannelQualityDrivenDataRate	= 1<<10, /*!< Channel quality driven data rate is supported */
williamr@2: 	ESupportedSCOLink						= 1<<11, /*!< SCO links are supported */
williamr@2: 	ESupportedHV2Packets					= 1<<12, /*!< HV2 packets are supported */
williamr@2: 	ESupportedHV3Packets					= 1<<13, /*!< HV3 packets are supported */
williamr@2: 	ESupportedu_lawLog						= 1<<14, /*!< SCO u-law encoding is supported */
williamr@2: 	ESupportedA_lawLog						= 1<<15, /*!< SCO A-law encoding is supported */
williamr@2: 	ESupportedCVSD							= 1<<16, /*!< SCO Continuously variable slope delta modulation is supported */
williamr@2: 	ESupportedPagingScheme					= 1<<17, /*!< Paging scheme is supported */
williamr@2: 	ESupportedPowerControl					= 1<<18, /*!< Power control is supported */
williamr@2: 	ESupportedTransparentSCOData			= 1<<19, /*!< Transparent SCO data is supported */
williamr@2: 	ESupportedFlowControlLagBit0			= 1<<20, /*!< Flow control lag bit 0 is supported */
williamr@2: 	ESupportedFlowControlLagBit1			= 1<<21, /*!< Flow control lag bit 1 is supported */
williamr@2: 	ESupportedFlowControlLagBit2			= 1<<22, /*!< Flow control lag bit 2 is supported */
williamr@2: 	};
williamr@2: 
williamr@2: /**
williamr@2: @publishedAll
williamr@2: @released
williamr@2: 
williamr@2: Bitmask values for notifying/requesting notification of the state of a physical link.
williamr@2: 
williamr@2: These values have a two fold purpose:
williamr@2: 1) They can be used along with TBTPhysicalLinkStateNotifierCombinations to specify
williamr@2: a set of baseband change events for which notification is desired.
williamr@2: 2) They can be used to notify the state of a physical link or a subset of that state.
williamr@2: For example if only mode change events are being monitored, then at each mode change event
williamr@2: only the bit reperesenting the new mode will be returned, however if the whole link state
williamr@2: is required, then a combination of bit values indicating that state will be returned.
williamr@2: 
williamr@2: THESE BIT VALUES MUST ONLY BE USED WHEN REQUESTING NOTIFICATION, OR WHEN PARSING THE
williamr@2: RESULTS OF A NOTIFICATION. All other baseband state activities should use one of the 
williamr@2: appropriate Bluetooth SIG specified enums
williamr@2: @see TBTBasebandRole
williamr@2: @see TBTLinkMode
williamr@2: @see TBTLinkModeCombinations
williamr@2: @see TBTPacketType
williamr@2: @see TBTPacketTypeCombinations
williamr@2: */
williamr@2: enum TBTPhysicalLinkStateNotifier
williamr@2: 	{
williamr@2: 	ENotifyMaster					= 0x00000001, /*!< Master */
williamr@2: 	ENotifySlave					= 0x00000002, /*!< Slave */
williamr@2: 
williamr@2: 	ENotifyActiveMode				= 0x00000004, /*!< Active mode */
williamr@2: 	ENotifySniffMode				= 0x00000008, /*!< Sniff mode */
williamr@2: 	ENotifyParkMode					= 0x00000010, /*!< Park mode */
williamr@2: 	ENotifyHoldMode					= 0x00000020, /*!< Hold mode */
williamr@2: 
williamr@2: 	ENotifyMaxSlots1				= 0x00000040, /*!< Max slots 1 */
williamr@2: 	ENotifyMaxSlots3				= 0x00000080, /*!< Max slots 3 */
williamr@2: 	ENotifyMaxSlots5				= 0x00000100, /*!< Max slots 5 */
williamr@2: 
williamr@2: 	ENotifyPacketsDM1				= 0x00000200, /*!< Packets DM1 */
williamr@2: 	ENotifyPacketsDH1				= 0x00000400, /*!< Packets DH1 */
williamr@2: 	ENotifyPacketsDM3				= 0x00000800, /*!< Packets DM3 */
williamr@2: 	ENotifyPacketsDH3				= 0x00001000, /*!< Packets DH3 */
williamr@2: 	ENotifyPacketsDM5				= 0x00002000, /*!< Packets DM5 */
williamr@2: 	ENotifyPacketsDH5				= 0x00004000, /*!< Packets DH5 */
williamr@2: 
williamr@2: 	ENotifyPacketsHV1				= 0x00008000, /*!< HV1 */
williamr@2: 	ENotifyPacketsHV2				= 0x00010000, /*!< HV2 */
williamr@2: 	ENotifyPacketsHV3				= 0x00020000, /*!< HV3 */
williamr@2: 
williamr@2: 	ENotifyAuthenticationComplete	= 0x00040000, /*!< Authentication Complete */
williamr@2: 	ENotifyEncryptionChangeOn		= 0x00080000, /*!< Encryption Change On */
williamr@2: 	ENotifyEncryptionChangeOff		= 0x00100000, /*!< Encryption Change Off */
williamr@2: 
williamr@2: 	ENotifyPhysicalLinkUp			= 0x00200000, /*!< Physical Link Up */
williamr@2: 	ENotifyPhysicalLinkDown			= 0x00400000, /*!< Physical Link Down */
williamr@2: 	ENotifyPhysicalLinkError		= 0x00800000, /*!< Physical Link Error */
williamr@2: 
williamr@2: 	ENotifySynchronousLinkUp		= 0x01000000, /*!< Synchronous Link Up */
williamr@2: 	ENotifySynchronousLinkDown		= 0x02000000, /*!< Synchronous Link Down */
williamr@2: 	ENotifySynchronousLinkError		= 0x04000000, /*!< Synchronous Link Error */
williamr@2: 
williamr@4: 	
williamr@2: 	/**
williamr@4: 	@deprecated This has been superseded by ENotifySynchronousLinkUp
williamr@4: 	@see ENotifySynchronousLinkUp 
williamr@4: 	*/
williamr@4: 	ENotifySCOLinkUp				= ENotifySynchronousLinkUp,
williamr@4: 	/**
williamr@4: 	@deprecated This has been superseded by ENotifySynchronousLinkDown
williamr@4: 	@see ENotifySynchronousLinkDown 
williamr@4: 	*/
williamr@4: 	ENotifySCOLinkDown				= ENotifySynchronousLinkDown, 
williamr@4: 	/**
williamr@4: 	@deprecated This has been superseded by ENotifySynchronousLinkError
williamr@4: 	@see ENotifySynchronousLinkError 
williamr@4: 	*/
williamr@4: 	ENotifySCOLinkError				= ENotifySynchronousLinkError 
williamr@2: 
williamr@2: 	};
williamr@2: 
williamr@2: /**
williamr@2: @publishedAll
williamr@2: @released
williamr@2: 
williamr@2: Bitmask values to help request notification of the state of a physical link.
williamr@2: @see TBTPhysicalLinkStateNotifier
williamr@2: */
williamr@2: enum TBTPhysicalLinkStateNotifierCombinations
williamr@2: 	{
williamr@2: 	ENotifyAnyRole					= ENotifyMaster | ENotifySlave,
williamr@2: 	ENotifyAnyLowPowerMode			= ENotifySniffMode | ENotifyParkMode | ENotifyHoldMode,
williamr@2: 	ENotifyAnyPowerMode				= ENotifyActiveMode | ENotifyAnyLowPowerMode,
williamr@2: 	ENotifyAnyMaxSlots				= ENotifyMaxSlots1 | ENotifyMaxSlots3 | ENotifyMaxSlots5,
williamr@2: 	ENotifyAnyACLPacketType			= ENotifyPacketsDM1 | ENotifyPacketsDH1 | ENotifyPacketsDM3 | EPacketsDH3 | EPacketsDM5 | EPacketsDH5,
williamr@2: 	ENotifyAnySCOPacketType			= ENotifyPacketsHV1 | ENotifyPacketsHV2 | ENotifyPacketsHV3,
williamr@2: 	ENotifyAnyPacketType			= ENotifyAnyACLPacketType | ENotifyAnySCOPacketType,
williamr@2: 	ENotifyAnyPhysicalLinkState		= 0xffffffff,
williamr@2: 	};
williamr@2: 
williamr@2: /**
williamr@2: @publishedAll
williamr@2: @released
williamr@2: 
williamr@2: The maximum length of an SDP UUID.
williamr@2: */
williamr@2: static const TInt KSdpUUIDMaxLength			= 16;
williamr@2: 
williamr@2: /**
williamr@2: @publishedAll
williamr@2: @released
williamr@2: 
williamr@2: The size of a bluetooth device address in bytes.
williamr@2: */
williamr@2: const TInt KBTDevAddrSize=0x06;
williamr@2: 
williamr@2: /**
williamr@2: @publishedAll
williamr@2: @released
williamr@2: 
williamr@2: The size of a bluetooth device address in bytes.
williamr@2: */
williamr@2: const TInt KBTMaxDevAddrSize = KBTDevAddrSize;
williamr@2: 
williamr@2: /**
williamr@2: @publishedAll
williamr@2: @released
williamr@2: 
williamr@2: 48-bit bluetooth device address.
williamr@2: Each bluetooth device has a unique address built into the hardware, which
williamr@2: is represented by this class. Used for identifying remote addresses.
williamr@2: The interface operates in a big-endian manner -- e.g. addr[0] refers
williamr@2: to the most significant byte of the address. This is the same ordering
williamr@2: as the addresses would naturally be written down on paper.
williamr@2: **/
williamr@2: NONSHARABLE_CLASS(TBTDevAddr)
williamr@4: 	{
williamr@2: public:
williamr@4: 	IMPORT_C TBTDevAddr();
williamr@4: 	IMPORT_C TBTDevAddr(const TInt64 &aInt);
williamr@4: 	IMPORT_C TBTDevAddr(const TDesC8 &aDes);
williamr@4: 	IMPORT_C TBool operator==(const TBTDevAddr& aAddr) const;
williamr@4: 	IMPORT_C TBool operator!=(const TBTDevAddr& aAddr) const;
williamr@2: 	IMPORT_C const TUint8 &operator[](TInt aIndex) const;
williamr@2: 	IMPORT_C TUint8 &operator[](TInt aIndex);
williamr@2: 	IMPORT_C void Reset();
williamr@2: 	IMPORT_C TPtr8 Des();
williamr@2: 	IMPORT_C const TPtrC8 Des() const;
williamr@2: 	IMPORT_C TInt SetReadable(const TDesC& aSource);
williamr@2: 	IMPORT_C void GetReadable(TDes& aDest) const;
williamr@2: 	IMPORT_C void GetReadable(TDes& aDest, const TDesC& aPrepend, const TDesC& aByteSeperator, const TDesC& aAppend) const;
williamr@4: 	IMPORT_C TBool operator<=(const TBTDevAddr& aAddr) const;
williamr@2: private:
williamr@2: 	TFixedArray<TUint8, KBTDevAddrSize> iAddr;
williamr@2: 
williamr@2: 	// This data padding has been added to help prevent future binary compatibility breaks	
williamr@2: 	// iPadding hasn't been zero'd because it is currently not used
williamr@4: 	TUint16		iPadding;
williamr@2:     };
williamr@2: 
williamr@4: /** Array of device addresses
williamr@4: @see Enumerate method
williamr@4: */
williamr@4: typedef RArray<TBTDevAddr> RBTDevAddrArray;
williamr@4: 
williamr@2: /**
williamr@2: @publishedAll
williamr@2: @released
williamr@2: 
williamr@2: A Bluetooth Universally Unique Identifier.
williamr@2: 
williamr@2: This is a 128-bit quantity that can be created without a central registry 
williamr@2: while still being globally unique.
williamr@2: UUIDs are always held in full 128 bit format, however they can be set from 
williamr@2: BT SIG short form (16 or 32 bit) addresses, and returned as down to their 
williamr@2: shortest form using ShortestForm().
williamr@2: **/
williamr@2: NONSHARABLE_CLASS(TUUID)
williamr@2: 	{
williamr@2: public:
williamr@2: 	IMPORT_C TUUID();
williamr@2: 	IMPORT_C TUUID(TUint32 aLong);
williamr@2: 	IMPORT_C TUUID(TUint32 aHH, TUint32 aHL, TUint32 aLH, TUint32 aLL);
williamr@2: 	IMPORT_C TUUID(const TUid& aUid);
williamr@2: 	IMPORT_C void SetL(const TDesC8& aDes);
williamr@2: 	IMPORT_C const TPtrC8 LongForm() const;
williamr@2: 	IMPORT_C const TPtrC8 ShortestForm() const;
williamr@2: 	IMPORT_C const TPtrC8 Des() const;
williamr@2: 	/**
williamr@2: 	@deprecated
williamr@2: 	Use SpecifiedLengthL(TInt aLength) instead
williamr@2: 	*/
williamr@2: 	IMPORT_C const TPtrC8 FixedLengthL(TInt aLength) const;
williamr@2: 	IMPORT_C TInt MinimumSize() const;
williamr@4: 	IMPORT_C TBool operator==(const TUUID& aUUID) const;
williamr@4: 	IMPORT_C TBool operator!=(const TUUID& aUUID) const;
williamr@2: 	IMPORT_C const TUint8 &operator[](TInt aIndex) const;
williamr@2: 	IMPORT_C TUint8 &operator[](TInt aIndex);
williamr@2: 	IMPORT_C const TPtrC8 SpecifiedLengthL(TInt aLength) const;
williamr@2: 	IMPORT_C void SetFromLittleEndianL(const TDesC8& aDes);
williamr@2: private:
williamr@2: 	TFixedArray<TUint8, KSdpUUIDMaxLength> iUUID;	
williamr@2: 
williamr@2: 	// This data padding has been added to help prevent future binary compatibility breaks	
williamr@2: 	// Neither iPadding1 nor iPadding2 have been zero'd because they are currently not used
williamr@2: 	TUint32		iPadding1;
williamr@2: 	TUint32		iPadding2;
williamr@2: 	};
williamr@2: 
williamr@2: 
williamr@2: /**
williamr@2: @publishedAll
williamr@2: @released
williamr@2: 
williamr@2: A UUID container class
williamr@2: */
williamr@2: NONSHARABLE_CLASS(RUUIDContainer)
williamr@2: 	{
williamr@2: public:
williamr@2: 	IMPORT_C void Close();
williamr@2: 	IMPORT_C void Reset();
williamr@2: 	IMPORT_C TInt Count() const;
williamr@2: 	IMPORT_C TUUID& operator[](TInt aIndex);
williamr@2: 	IMPORT_C const TUUID& operator[](TInt aIndex) const;
williamr@2: 	IMPORT_C const TUUID& At(TInt aIndex) const;
williamr@2: 	IMPORT_C TBool IsPresent(const TUUID& aUuid) const;
williamr@2: 	IMPORT_C TInt Add(const TUUID& aUuid);
williamr@2: 
williamr@2: private:
williamr@2: 	RArray<TUUID> iUUIDs;
williamr@2: 	
williamr@2: 	// This data padding has been added to help prevent future binary compatibility breaks
williamr@2: 	// Neither iPadding1 nor iPadding2 have been zero'd because they are currently not used
williamr@2: 	TUint32		iPadding1;
williamr@2: 	TUint32		iPadding2;
williamr@2: 	};
williamr@2: 
williamr@2: 
williamr@2: /**
williamr@2: @publishedAll
williamr@2: @released
williamr@2: 
williamr@2: An EIR UUID container class. Contains UUIDs and indications of data completeness
williamr@2: */
williamr@2: NONSHARABLE_CLASS(RExtendedInquiryResponseUUIDContainer)
williamr@2: 	{
williamr@2: public:
williamr@2: 	enum TUUIDType
williamr@2: 		{
williamr@2: 		EUUID16  = 0x1,
williamr@2: 		EUUID32  = 0x2,
williamr@2: 		EUUID128 = 0x4,
williamr@2: 		};
williamr@2: 	
williamr@2: public:
williamr@2: 	IMPORT_C void Close();
williamr@2: 	IMPORT_C RUUIDContainer& UUIDs();
williamr@2: 	IMPORT_C void SetCompleteness(TUUIDType aType, TBool aIsComplete);
williamr@2: 	IMPORT_C TBool GetCompleteness(TUUIDType aType) const;
williamr@2: 
williamr@2: private:
williamr@2: 	RUUIDContainer iUUIDs;
williamr@2: 	TInt iCompleteness;
williamr@2: 	
williamr@2: 	// This data padding has been added to help prevent future binary compatibility breaks
williamr@2: 	// Neither iPadding1 nor iPadding2 have been zero'd because they are currently not used
williamr@2: 	TUint32     iPadding1;
williamr@2: 	TUint32     iPadding2;
williamr@2: 	};
williamr@2: 
williamr@2: /**
williamr@2: @publishedAll
williamr@2: @released
williamr@2: 
williamr@2: The size of a link key, in bytes.
williamr@2: */
williamr@2: const TUint8 KHCILinkKeySize=16;
williamr@2: 
williamr@2: /**
williamr@2: @publishedAll
williamr@2: @released
williamr@2: 
williamr@2: The size of a pin code, in bytes.
williamr@2: */
williamr@2: const TUint8 KHCIPINCodeSize=16;
williamr@2: 
williamr@2: /**
williamr@2: @publishedAll
williamr@2: @released
williamr@2: 
williamr@2: Link key structure.
williamr@2: */
williamr@2: NONSHARABLE_CLASS(TLinkKeyV10)
williamr@4: 	{
williamr@2: public:
williamr@4: 	TUint8 iLinkKey[KHCILinkKeySize]; /*!< The link key */
williamr@4: 	};
williamr@2: 
williamr@2: /**
williamr@2: @publishedAll
williamr@2: @released
williamr@2: 
williamr@2: Typedef'ed TPckgBuf of the class TLinkKeyV10.
williamr@2: */
williamr@2: typedef TPckgBuf<TLinkKeyV10> TBTLinkKey;
williamr@2: 
williamr@2: /**
williamr@2: The type of a link key with a remote device
williamr@2: @publishedAll
williamr@2: @released
williamr@2: */
williamr@2: enum TBTLinkKeyType
williamr@2: 	{
williamr@2: 	ELinkKeyCombination,					/*!< this key has been generated with pairing with pre-v2.1 Bluetooth devices. */
williamr@2: 	ELinkKeyUnauthenticatedUpgradable,		/*!< this key hasn't yet been tried with MITM protection */
williamr@2: 	ELinkKeyUnauthenticatedNonUpgradable,	/*!< this key tried MITM protection; remote device incapable */
williamr@2: 	ELinkKeyAuthenticated,					/*!< this key authenticated with MITM protection */
williamr@2: 	ELinkKeyDebug							/*!< this key has been generated when in simple pairing debug mode */
williamr@2: 	};
williamr@2: 
williamr@2: /**
williamr@2: @publishedAll
williamr@2: @released
williamr@2: 
williamr@2: Bluetooth PIN Code structure.
williamr@2: */
williamr@2: NONSHARABLE_CLASS(TPINCodeV10)
williamr@4: 	{
williamr@2: public:
williamr@2: 	IMPORT_C TBool operator==(const TPINCodeV10& aTPINCodeV10) const;
williamr@2: 	
williamr@2: public:
williamr@4: 	TUint8 iLength; /*!< The length of the pin key */
williamr@4: 	TUint8 iPIN[KHCIPINCodeSize]; /*!< The pin code */
williamr@4: 	};
williamr@2: 
williamr@2: /**
williamr@2: @publishedAll
williamr@2: @released
williamr@2: 
williamr@2: Typedef'ed TPckgBuf of the class TPINCodeV10.
williamr@2: */
williamr@2: typedef TPckgBuf<TPINCodeV10> TBTPinCode;
williamr@2: 
williamr@2: 
williamr@2: /**
williamr@2: Extended Inquiry Response Class
williamr@2: This class takes a reference from inquiry result, which could hold both local name and Extended Inquiry Response. 
williamr@2: It provides API to parse and return the local name and data for any Extended Inquiry Response tag.
williamr@2: To get Device Name, Manufacturer Specific Data or Flags, firstly getting length of the data, 
williamr@2: and then allocating a suitable buffer, which is where the data will be placed. 
williamr@2: */
williamr@2: NONSHARABLE_CLASS(TBluetoothNameRecordWrapper)
williamr@2: {
williamr@2: public:
williamr@2: 	IMPORT_C explicit TBluetoothNameRecordWrapper(const TNameRecord& aNameRecord);
williamr@2: 	IMPORT_C TInt GetDeviceName(TDes16& aName, TBool& aIsComplete) const;
williamr@2: 	IMPORT_C TInt GetServiceClassUuids(RExtendedInquiryResponseUUIDContainer& aEIRContainer) const;
williamr@2: 	IMPORT_C TInt GetVendorSpecificData(TDes8& aDes) const;
williamr@2: 	IMPORT_C TInt GetTxPowerLevel(TInt8& aTxPowerLevel) const;
williamr@2: 	IMPORT_C TInt GetFlags(TDes8& aDes) const;
williamr@2: 	IMPORT_C TInt GetDeviceNameLength() const;
williamr@2: 	IMPORT_C TInt GetVendorSpecificDataLength() const;
williamr@2: 	IMPORT_C TInt GetFlagsLength() const;
williamr@2: 
williamr@2: private:
williamr@2: 	TInt AddUuids16(RExtendedInquiryResponseUUIDContainer& aEIRContainer, TPtrC8& aUuids) const;
williamr@2: 	TInt AddUuids128(RExtendedInquiryResponseUUIDContainer& aEIRContainer, TPtrC8& aUuids) const;
williamr@2: private:
williamr@2: 	TExtendedInquiryResponseDataCodec iEirCodec;
williamr@2: 	
williamr@2: 	// This data padding has been added to help prevent future binary compatibility breaks	
williamr@2: 	// Neither iPadding1 nor iPadding2 have been zero'd because they are currently not used
williamr@2: 	TUint32		iPadding1;
williamr@2: 	TUint32		iPadding2;
williamr@2: };
williamr@2: 
williamr@2: /**
williamr@2: @publishedAll
williamr@2: @released
williamr@2: 
williamr@2: Contains information resulting from a baseband notification.
williamr@2: */
williamr@2: NONSHARABLE_CLASS(TBTBasebandEventNotification)
williamr@2: 	{
williamr@2: public:
williamr@2: 	/** 
williamr@2: 	Constructor.
williamr@2: 	@param aEventType The type of event.
williamr@2: 	@param aErrorCode The error code.
williamr@2: 	*/
williamr@2: 	TBTBasebandEventNotification(TUint32 aEventType, TInt aErrorCode = KErrNone) : iEventType(aEventType), iErrorCode(aErrorCode) {};
williamr@2: 
williamr@2: 	/**
williamr@2: 	Default constructor.
williamr@2: 	*/
williamr@2: 	TBTBasebandEventNotification() : iEventType(0), iErrorCode(KErrNone) {};
williamr@2: 
williamr@2: 	/**
williamr@2: 	Copy constructor.
williamr@2: 	@param aEvent The event to copy.
williamr@2: 	*/
williamr@2: 	TBTBasebandEventNotification(const TBTBasebandEventNotification& aEvent) : iEventType(aEvent.iEventType), iErrorCode(aEvent.iErrorCode) {};
williamr@2: 
williamr@2: 	/**
williamr@2: 	The event type.
williamr@2: 	@return The event type.
williamr@2: 	*/
williamr@2: 	TUint32 EventType() const	{ return iEventType; };
williamr@2: 
williamr@2: 	/**
williamr@2: 	The Bluetooth SIG error code associated with the event.
williamr@2: 	@return The SIG error code.
williamr@2: 	*/
williamr@2: 	TInt ErrorCode() const		{ return iErrorCode; };
williamr@2: 
williamr@2: 	/**
williamr@2: 	The Symbian HCI error code associated with the event.
williamr@2: 	@return The Symbian error code.
williamr@2: 	*/
williamr@2: 	IMPORT_C TInt SymbianErrorCode() const;
williamr@2: 
williamr@2: 	/**
williamr@2: 	Set the event type.
williamr@2: 	@param aEventType The event type.
williamr@2: 	*/
williamr@2: 	void SetEventType(TUint32 aEventType)	{ iEventType = aEventType; };
williamr@2: 
williamr@2: 	/**
williamr@2: 	Set the error code.
williamr@2: 	@param aErrorCode The Bluetooth SIG error code.
williamr@2: 	*/
williamr@2: 	void SetErrorCode(TInt aErrorCode)		{ iErrorCode = aErrorCode; };
williamr@2: 
williamr@2: private:
williamr@2: 	TUint32 iEventType;
williamr@2: 	TInt iErrorCode;
williamr@2: 	};
williamr@2: 
williamr@2: /**
williamr@2: @publishedAll
williamr@2: @released
williamr@2: 
williamr@2: Typedef'ed pckgbuf of the class TBTBasebandEventNotification.
williamr@2: */
williamr@2: typedef TPckgBuf<TBTBasebandEventNotification> TBTBasebandEvent;
williamr@2: 
williamr@2: /**
williamr@2: @publishedAll
williamr@2: @released
williamr@2: 
williamr@2: General Unlimited Inquiry Access Code
williamr@2: */
williamr@2: const TUint KGIAC=0x9e8b33;
williamr@2: 
williamr@2: /**
williamr@2: @publishedAll
williamr@2: @released
williamr@2: 
williamr@2: Limited Inquiry Access Code
williamr@2: */
williamr@2: const TUint KLIAC=0x9e8b00;
williamr@2: 
williamr@4: /**
williamr@4: L2CAP channel modes
williamr@4: @publishedAll
williamr@4: @released
williamr@4: */
williamr@4: enum TL2CapChannelMode
williamr@4: 	{
williamr@4: 	EL2CAPBasicMode 					= 0x00,
williamr@4: 	EL2CAPRetransmissionMode 			= 0x01,
williamr@4: 	EL2CAPFlowControlMode 				= 0x02,
williamr@4: 	EL2CAPEnhancedRetransmissionMode	= 0x03,
williamr@4: 	EL2CAPStreamingMode					= 0x04,
williamr@4: 	};
williamr@2: 
williamr@2: /**
williamr@2: @publishedAll
williamr@2: @released
williamr@2: 
williamr@4: API class for setting up an L2Cap channel configuration.
williamr@2: 
williamr@4: This class may be used to set all or a subset of the following configuration
williamr@4: items:
williamr@2: Channel Reliability (and associated timer)
williamr@4: Maximum Transmission Unit (MTU) value preferred during MTU negotiation
williamr@4: Maximum Receive Unit (MRU) value preferred during MRU negotiation
williamr@4: Minimum MTU value acceptable during MTU negotiation
williamr@4: Minimum MRU value acceptable during MRU negotiation
williamr@2: Channel Priority
williamr@2: 
williamr@4: If a configuration item is to be set, then its 'Set' or 'Configure'
williamr@2: method should be called.
williamr@2: 
williamr@4: Once a TL2CapConfig object has been set up it can be used to configure a socket
williamr@4: using RSocket::SetOption or RSocket::Ioctl (or the CBluetoothSocket equivalents).
williamr@4: 
williamr@4: If the preferred Maximum Transmission Unit (MTU) value is specified but its
williamr@4: minimum acceptable value is not specified in the same object, then the minimum
williamr@4: acceptable value will be implicitly taken to be equal to the preferred MTU by
williamr@4: the L2CAP APIs processing the object. This means that only an MTU greater than or
williamr@4: equal to the preferred MTU will be accepted from the peer during negotiation.
williamr@4: 
williamr@4: If the Maximum Receive Unit (MRU) value is specified but its minimum acceptable
williamr@4: value is not, then the minimum acceptable value is implicitly taken to be equal
williamr@4: to the protocol minimum (48 bytes) by the L2CAP APIs processing the object.
williamr@4: 
williamr@4: Note that even though this API allows setting of Obsolescence timer, outgoing
williamr@4: packet flushing may not be supported on all hardware.
williamr@2: 
williamr@2: @see RSocket
williamr@2: @see CBluetoothSocket
williamr@2: */
williamr@2: NONSHARABLE_CLASS(TL2CapConfig)
williamr@2: 	{
williamr@2: public:
williamr@2: 	/**	
williamr@2: 	Priority required for data on L2Cap channel
williamr@2: 	*/
williamr@2: 	enum TChannelPriority
williamr@2: 		{
williamr@2: 		EHigh		= 2,
williamr@2: 		EMedium		= 1,
williamr@2: 		ELow		= 0,
williamr@2: 		};
williamr@2: 
williamr@2: 	/**	
williamr@4: 	Reliability of data transfer preferred for L2Cap channel.
williamr@2: 	*/
williamr@2: 	enum TChannelReliability
williamr@2: 		{
williamr@2: 		EReliableChannel,
williamr@2: 		EUnreliableChannel,
williamr@4: 		EUnreliableDesiredChannel
williamr@2: 		};	
williamr@2: 
williamr@2: 	/**	
williamr@2: 	Timer values in milliseconds for reliable and unreliable channels
williamr@2: 	*/
williamr@2: 	enum TL2CapConfigSpecifiedTimers
williamr@2: 		{
williamr@2: 		/**
williamr@4: 		This is a time in milliseconds. However 0xffff has been given a special
williamr@4: 		meaning in this interface.  It means "Allow maximum possible number of
williamr@4: 		transmissions of a single packet before giving up and disconnecting the
williamr@4: 		L2Cap channel." This is the maximum number of transmissions effectively
williamr@4: 		allowed by the spec. It only applies to reliable modes and is 255 for
williamr@4: 		Retransmission Mode and Infinity for Enhanced Retransmission Mode.
williamr@2: 		*/
williamr@2: 		EDefaultRetransmission = 0xffff,
williamr@2: 		/**
williamr@2: 		Minimum data obsolescence timeout required because data packets 
williamr@2: 		will not ever be sent if we flush them too quickly.
williamr@2: 		Speed of sending data depends on how many channels are open and channel priority.
williamr@4: 		Note that flushing of outgoing packets may not be implemented on all Symbian OS
williamr@4: 		platforms.
williamr@2: 		*/
williamr@2: 		EMinDataObsolescenceTimeout = 0x0a,
williamr@2: 		/**
williamr@2: 		This is translated to mean never flush (as per spec).
williamr@2: 		*/
williamr@2: 		EDefaultDataObsolescenceTimeout = 0xffff, 
williamr@2: 		};	
williamr@2: 
williamr@2: 	/**	
williamr@2: 	Used to indicate which config options have been specified by the user
williamr@2: 	*/
williamr@2: 	enum TL2CapConfigSpecifiedMask
williamr@2: 		{
williamr@2: 		ENoConfigElementsSpecified			= 0x0000,
williamr@2: 		EMTUSizeSpecifiedMask				= 0x0001,
williamr@2: 		EMRUSizeSpecifiedMask				= 0x0002,
williamr@2: 		EReliabilitySpecifiedMask			= 0x0004,
williamr@2: 		EPrioritySpecifiedMask				= 0x0008,
williamr@4: 		EMinMTUSizeSpecifiedMask			= 0x0010,
williamr@4: 		EMinMRUSizeSpecifiedMask			= 0x0020,
williamr@4: 		ELegacyModesDisallowedSpecifiedMask	= 0x0040
williamr@2: 		};
williamr@2: 		
williamr@2: 	IMPORT_C TL2CapConfig();
williamr@2: 
williamr@2: 	IMPORT_C TInt SetMaxTransmitUnitSize(TUint16 aSize = 0xffff);
williamr@2: 	IMPORT_C TUint16 MaxTransmitUnitSize(TBool& aIsSpecified) const;
williamr@2: 	IMPORT_C TInt SetMaxReceiveUnitSize(TUint16 aSize = 0xffff);
williamr@2: 	IMPORT_C TUint16 MaxReceiveUnitSize(TBool& aIsSpecified) const;
williamr@4: 	
williamr@4: 	IMPORT_C TInt SetMinMTU(TUint16 aSize);
williamr@4: 	IMPORT_C TUint16 MinMTU(TBool& aIsSpecified) const;
williamr@4: 
williamr@4: 	IMPORT_C TInt SetMinMRU(TUint16 aSize);
williamr@4: 	IMPORT_C TUint16 MinMRU(TBool& aIsSpecified) const;
williamr@2: 
williamr@2: 	IMPORT_C TInt ConfigureReliableChannel(TUint16 aRetransmissionTimer);
williamr@2: 	IMPORT_C TInt ConfigureUnreliableChannel(TUint16 aObsolescenceTimer);
williamr@4: 	IMPORT_C TInt ConfigureUnreliableDesiredChannel(TUint16 aObsolescenceTimer, TUint16 aRetransmissionTimer);
williamr@4: 	IMPORT_C void SetLegacyModesDisallowed(TBool aDisallowed);
williamr@4: 	IMPORT_C TBool LegacyModesDisallowed() const;
williamr@4: 
williamr@2: 	IMPORT_C TChannelReliability ChannelReliability(TBool& aIsSpecified, TUint16& aAssociatedTimer) const;
williamr@4: 
williamr@4: 	IMPORT_C TChannelReliability ChannelReliability(TBool& aIsSpecified) const;
williamr@4: 	IMPORT_C TUint16 RetransmissionTimer(TBool& aIsSpecified) const;
williamr@4: 	IMPORT_C TUint16 ObsolescenceTimer(TBool& aIsSpecified) const;
williamr@2: 	
williamr@2: 	IMPORT_C TInt ConfigureChannelPriority(TChannelPriority aPriority);
williamr@2: 	IMPORT_C TChannelPriority ChannelPriority(TBool& aIsSpecified) const;
williamr@4: 
williamr@2: 	/**
williamr@2: 	@deprecated
williamr@2: 	Use ConfigureReliableChannel(TUint16 aRetransmissionTimer) instead
williamr@2: 	*/
williamr@2: 	IMPORT_C TInt SetupReliableChannel(TUint16 aRetransmissionTimer = EDefaultRetransmission);
williamr@2: 	/**
williamr@2: 	@deprecated
williamr@2: 	Use ConfigureUnreliableChannel(TUint16 aObsolescenceTimer) instead
williamr@2: 	*/
williamr@2: 	IMPORT_C TInt SetupUnreliableChannel(TUint16 aObsolescenceTimer = EDefaultDataObsolescenceTimeout);
williamr@2: 	/**
williamr@2: 	@deprecated
williamr@2: 	Use ConfigureChannelPriority(TChannelPriority aPriority) instead
williamr@2: 	*/
williamr@2: 	IMPORT_C TInt SetChannelPriority(TChannelPriority aPriority = ELow);
williamr@4: 
williamr@2: private:
williamr@4: 	TUint16				iMTUSize;
williamr@4: 	TUint16				iMRUSize;
williamr@4: 	TChannelReliability	iChannelReliability;
williamr@4: 	TUint16				iChannelReliabilityTimer;	// see note below
williamr@4: 	TChannelPriority	iChannelPriority;
williamr@4: 	TUint16				iSpecifiedMask;
williamr@4: 	TUint16 			iMinMTUSize;	// Minimum acceptable MTU.
williamr@4: 	TUint16				iMinMRUSize;	// Minimum acceptable MRU.
williamr@4: 	TUint16				iAdditionalChannelReliabilityTimer;	// see note below
williamr@4: 	// This data padding has been added to help prevent future binary compatibility breaks.
williamr@4: 	TUint16				iPadding;
williamr@2: 
williamr@4: 	// Note on the timer fields:
williamr@4: 	// iAdditionalChannelReliabilityTimer has been added when a need to pass two timers within
williamr@4: 	// one object arose. To maintain BC with existing clients of this class, when a single timer
williamr@4: 	// is passed, it's always stored in iChannelReliabilityTimer. Changing this to just having
williamr@4: 	// iRetransmissionTimer & iObsolescenceTimer would break BC.
williamr@4: 	// When both timers are stored, Flush timeout goes in iChannelReliabilityTimer and
williamr@4: 	// Retransmission timeout goes in iAdditionalChannelReliabilityTimer.
williamr@2: 	};
williamr@2: 
williamr@2: /**
williamr@2: @publishedAll
williamr@2: @released
williamr@2: 
williamr@2: Typedef to represent a L2CAP Config object.
williamr@2: */
williamr@2: typedef TPckgBuf<TL2CapConfig> TL2CapConfigPkg;
williamr@2: 
williamr@2: 
williamr@2: enum TEirWrapperPanics
williamr@2: 	{
williamr@2: 	EEirBadUuid16List = 0,
williamr@2: 	EEirBadUuid128List = 1,
williamr@2: 	};
williamr@2: _LIT(KEirWrapperPanicName, "ExtendedInquiryResponseWrapper");
williamr@2: 
williamr@2: #endif	//_BTTYPES_H