// Copyright (c) 1997-2009 Nokia Corporation and/or its subsidiary(-ies).

// All rights reserved.

// This component and the accompanying materials are made available

// which accompanies this distribution, and is available

//

// Initial Contributors:

// Nokia Corporation - initial contribution.

//

// Contributors:

//

// Description:

//

/**

 @file

 @publishedAll

 @released

*/

#ifndef __IR_SOCK_H__

#define __IR_SOCK_H__

#include "es_sock.h"

#include <e32property.h>

//################## EXPORTED CONSTANTS ########################

/** IrDA protocol family. */

const TUint KIrdaAddrFamily=0x100;   // Address of Irda prot family

/** IrMUX protocol within the IrDA protocol family. */

const TUint KIrmux=88;               // Protocol number for Irmux

/** IrTinyTP protocol within the IrDA protocol family.. */

const TUint KIrTinyTP=89;            // Protocol number for IrTinyTP

/** An invalid LSAP number--binding to this will select the first unused LSAP. */

const TUint KAutoBindLSAP = 0xffff;

/** Category used when publishing IrDA status notifications. */

const TUid KIrdaPropertyCategory = {KUidSystemCategoryValue};

/** Key used when publishing IrDA status notifications. */

const TUint KIrdaStatus = 0x100052d1;

/** Names used for IrDA status notifications. */

namespace TIrdaStatusCodes

	{

	enum

		{

		EIrLoaded,

		EIrDiscoveredPeer,

		EIrLostPeer,

		EIrConnected,

		EIrBlocked,

		EIrDisconnected,

		EIrUnloaded,

		};

	}

/** PnP support - first service hint byte. */

const TUint8 KIrPnPMask=0x01;	   // PnP support - FIRST SERVICE HINT BYTE

/** PDA/Palmtop - first service hint byte. */

const TUint8 KPalmtopMask=0x02;    // PDA/Palmtop - FIRST SERVICE HINT BYTE

/** Computer - first service hint byte. */

const TUint8 KComputerMask=0x04;   // Computer - FIRST SERVICE HINT BYTE

/** Printer - first service hint byte. */

const TUint8 KPrinterMask=0x08;	   // Printer - FIRST SERVICE HINT BYTE

/** IrModem - first service hint byte. */

const TUint8 KModemMask=0x10;      // IrModem - FIRST SERVICE HINT BYTE

/** Fax - first service hint byte. */

const TUint8 KFaxMask=0x20;        // Fax - FIRST SERVICE HINT BYTE

/** LAN Access - first service hint byte. */

const TUint8 KLANAccessMask=0x40;  // LAN Access - FIRST SERVICE HINT BYTE

/** Extension bit - first service hint byte. */

const TUint8 KExtensionMask=0x80;  // Extension bit - FIRST SERVICE HINT BYTE

/** Telephony - second service hint byte. */

const TUint8 KTelephonyMask=0x01;  // Telephony - SECOND SERVICE HINT BYTE

/** File Server - second service hint byte. */

const TUint8 KFileServerMask=0x02; // File Server - SECOND SERVICE HINT BYTE

/** IrCOMM support - second service hint byte. */

const TUint8 KIrCommMask=0x04;     // IrCOMM support - SECOND SERVICE HINT BYTE

/** IrOBEX support - second service hint byte. */

const TUint8 KIrObexMask=0x20;     // IrObex support - SECOND SERVICE HINT BYTE

//

// IrDA Ioctls

//

/** Completes on receipt of a discovery indication. 

Returns log entry in a TNameEntry. 

Ioctl level : KIrdaAddrFamily */

const TUint KDiscoveryIndicationIoctl=0;

/** Completes on successfully making RSocket EXCLUSIVE else returns error. 

Completes successfully or returns KErrDisconnected if failed.

Ioctl level: KIrdaAddrFamily */

const TUint KExclusiveModeIoctl=1;

/** Completes on successfully making RSocket MULTIPLEXED else returns error.

Completes successfully or returns KErrDisconnected if failed.

Ioctl level: KIrdaAddrFamily */

const TUint KMultiplexModeIoctl=2;

/** Completes on doing a status request on IrMUX layer packets to send.

Returns TDes8* holding TUint indicating number of outstanding MUX data requests.

Ioctl level: KIrdaAddrFamily */

const TUint KIrmuxStatusRequestIoctl=3;

/** Completes on doing a status request on IrLAP layer packets to send.

Returns TDes8* holding TUint indicating the number of outstanding LAP data 

requests.

Ioctl level: KIrdaAddrFamily */

const TUint KIrlapStatusRequestIoctl=4;

/** Completes on successfully putting RSocket into IDLE mode.

Completes successfully or returns KErrAbort if failed.

Ioctl level: KIrdaAddrFamily */

const TUint KIdleRequestIoctl=5;

/** Completes on successfully taking RSocket out of IDLE mode.

Completes successfully or returns KErrAbort if failed.

Ioctl level: KIrdaAddrFamily */

const TUint KIdleClearRequestIoctl=6;

/** Completes on receipt of an IrLAP disconnect indication.

Completes successfully on IrLAP or IrMUX disconnect on this connection.

Ioctl level: KIrdaAddrFamily */

const TUint KDisconnectIndicationIoctl=7;

/** Completes on doing a status request on IrLAP layer packets to send.

Returns TDes8* holding TUint indicating the number of outstanding LAP data 

requests.

Ioctl level: KIrdaAddrFamily */

const TUint KIrlapStatusIndicationIoctl=8;

/** Completes on receiving a status indication from IrLAP.

Returns TDes8* holding TUint indicating the number of outstanding MUX data 

requests.

Ioctl level: KIrdaAddrFamily */

const TUint KIrmuxStatusIndicationIoctl=9;

/** Completes on doing an IrLAP link reset.

Does an SNRMP-UAF link reset which can be initiated from either primary or 

secondary.

Ioctl level: KIrdaAddrFamily */

const TUint KIrlapResetRequestIoctl=10;

/** Completes on receipt of an IrLAP link reset indication.

Completes with error value KErrNone if link is successfully reset.

Ioctl level: KIrdaAddrFamily */

const TUint KIrlapResetIndicationIoctl=11;

/** Completes on doing an IrLAP link reset.

Does a DISCP-UAF link disconnect which can be initiated from either primary 

or secondary.

Ioctl level: KIrdaAddrFamily */

const TUint KIrlapDisconnectRequestIoctl=12;

const TUint KExclusiveMode=0;

const TUint KMultiplexMode=1;

//********************  Irda Set/GetOpts ******************************

// These two are done on Socket Write

//

/** KLevelIrlap.

Sets transfer mode to be unexpedited (the default).

Not recommended for use with SetOpt(). Preferred use is with RSocket::Send()

Returns KErrNone */

const TUint KUnexpeditedDataOpt		= 0;		// Default

/** KLevelIrlap

Sets transfer mode to be expedited (urgent).

Not recommended for use with SetOpt(). Preferred use is with RSocket::Send()

Returns KErrNone */

const TUint KExpeditedDataOpt		= 1;		// Urgent data transfer

// On KLevelIrlap

/** KLevelIrlap

Sets number of discovery slots.

Returns KErrNone */

const TUint KDiscoverySlotsOpt		= 2;

/** KLevelIrlap

Sets the requested maximum link baud rate.

Returns KErrInUse, if the link is already running.

Returns with the currently set maximum link baud supported. */

const TUint KUserBaudOpt			= 3;

/** KLevelIrlap

Sets the requested maximum data packet size that can be received by the host.

Returns KErrInUse, if the link is already running.

Returns with the currently set value for the maximum receivable data size 

of the host IrLAP layer. */

const TUint KHostMaxDataSizeOpt		= 4;

/** KLevelIrlap

Returns KErrNotSupported.

Cannot set this value for the remote station.

Returns with the currently set value for the maximum transmissible data size 

to remote IrLAP layer. */

const TUint KRemoteMaxDataSizeOpt	= 6;	// Remote packet size

/** KLevelIrlap

Set the maximum link turnaround time for the host IrLAP layer.

Returns KErrInUse, if the link is already running.

Returns with the currently set value for the host link turnaround time */

const TUint KHostMaxTATimeOpt		= 5;

/** KLevelIrlap

Disables IrLAP level reset_check/wait states */

const TUint KIrlapDisableResetOpt	= 9;	// This disables Irlap level reset_check/wait states.

/** KLevelIrlap

Allows the client to set local busy in IrLAP. */

const TUint KLocalBusyDetectedOpt	= 10;	// Client can set local busy in Irlap

/** KLevelIrlap

Allows the client to clear local busy in IrLAP */

const TUint KLocalBusyClearedOpt	= 11;	// Client can clear local busy in Irlap

/** KLevelIrlap

Disables discovery response for a short period (typically 3 seconds). */

const TUint KDiscoveryResponseDisableOpt = 12;

/** KLevelIrlap

Sets the host's first service hint byte used in XID frames.

Retrieves the first hint byte. */

const TUint KFirstHintByteOpt		= 13;	// Hint Bytes

/** KLevelIrlap

Sets the host's second service hint byte used in XID frames.

Retrieves the second hint byte */

const TUint KSecondHintByteOpt		= 14;

// On KLevelIrmux

/** KLevelIrmux

Turns on transport layer segmentation with the segment size specified. This 

value is advertised to the remote machine as the maximum amount of data we 

can reassemble.

Returns KErrNone */

const TUint KTinyTPLocalSegSizeOpt=7;	// This value is advertised to the remote machine as the max amount of data we can reassemble

/** KLevelIrmux

Queries the remote machine's segment size. The remote machine is unable 

to assemble more data than this.

Returns the remote machine's segment size. */

const TUint KTinyTPRemoteSegSizeOpt=8;	// Remote machine is unable to reassemble more data than this

/**

Disables TinyTP reassembly of segmented packets. */

const TUint KTinyTPDisabledSegmentation=15;

/**

@deprecated

Disables TinyTP reassembly of segmented packets. */

const TUint KTinyTPDiasbledSegmentation=15;

/**

@internalComponent

*/

const TUint KIrdaInternalOption=0x4000000;

/**

@internalTechnology

*/

const TUint KTinyTPSetMaxBufferSpace=16 | KIrdaInternalOption;

/** The option relates to IrLAP. */

const TUint KLevelIrlap=4;

/** The option relates to IrMUX. */

const TUint KLevelIrmux=5;

/** The maximum length of a class name in an IAS entry. */

const TUint KIASClassNameMax=60;

/** The maximum length of an attribute in an IAS entry. */

const TUint KIASAttributeNameMax=60;

/** The maximum length of a TIASQuery descriptor. */

const TUint KMaxQueryStringLength=128;

//################# CLASS DEFINITIONS ########################

NONSHARABLE_CLASS(TIrdaSockAddr) : public TSockAddr

/** An IrDA socket address. 

	@publishedAll 

	@released */

	{

struct SIrdaAddr

	{	

	TUint iHostDevAddr;

	TUint iRemoteDevAddr;

	TBool iSniff;

	TBool iSolicited;

	TUint8 iIrlapVersion;

	TUint8 iFirstServiceHintByte;

	TUint8 iSecondServiceHintByte;

	TUint8 iCharacterSet;

	TUint8 iServiceHintByteCount;

	// Extra stuff for MUX

	TUint8 iHomePort;

	TUint8 iRemotePort;

	TUint8 iSpare;

    };

public:

	IMPORT_C TIrdaSockAddr();

	IMPORT_C TIrdaSockAddr(const TSockAddr &aAddr);

	/** Casts a reference to a general socket address into an IrDA socket address.

	@param aAddr A reference to a general socket address. 

	@return The socket address returned as a reference to an IrDA socket address. */

	/** Casts a pointer to a general socket address into an IrDA socket address.

	@param aAddr A pointer to a general socket address. 

	@return The socket address returned as a reference to an IrDA socket address. */

	IMPORT_C static TIrdaSockAddr &Cast(const TSockAddr &aAddr);

	/** Casts a reference to a general socket address into an IrDA socket address.

	@param aAddr A reference to a general socket address. 

	@return The socket address returned as a reference to an IrDA socket address. */

	/** Casts a pointer to a general socket address into an IrDA socket address.

	@param aAddr A pointer to a general socket address. 

	@return The socket address returned as a reference to an IrDA socket address. */

	IMPORT_C static TIrdaSockAddr &Cast(const TSockAddr *aAddr);

	/** Returns the remote device address.

	@return The remote device address as a 32 bit value. */

	IMPORT_C TUint GetRemoteDevAddr() const;

	/** Sets the remote device address.

	@param aRemote The remote device address as a 32-bit value. */

	IMPORT_C void SetRemoteDevAddr(const TUint aRemote);

	/** Returns the host device address.

	@return The host device address as a 32 bit value. */

	IMPORT_C TUint GetHostDevAddr() const;

	/** Sets the host device address.

	@param aHost The host device address as a 32-bit value. */

	IMPORT_C void SetHostDevAddr(const TUint aHost);

	/** Returns the remote device's sniff status, i.e. whether the device is capable 

	of sniffing for IrDA devices.

	@return True, if the device is capable of sniffing for IrDA devices; false, 

	otherwise. */

	IMPORT_C TBool GetSniffStatus() const;

	/** Sets the sniff status for the remote device, i.e. whether the device is capable 

	of sniffing for IrDA devices.

	@param aSniff True, if the device is capable of sniffing for IrDA devices; 

	false, otherwise. */

	IMPORT_C void SetSniffStatus(const TBool aSniff);

	/** Returns the solicited status.

	The solicited status indicates whether a discovery was initiated by the host 

	device or a remote device.

	@return True, if the discovery was initiated by the host device; false if 

	the discovery was initiated by the remote device. */

	IMPORT_C TBool GetSolicitedStatus() const;

	/** Sets the solicited status. The solicited status indcates whether a discovery 

	was initiated by the host device or a remote device.

	@param aSolicited ETrue, if the discovery was initiated by the host device; 

	EFalse, if discovery was initiated by the remote device. */

	IMPORT_C void SetSolicitedStatus(const TBool aSolicited);

	/** Returns the remote device's IrLAP version number.

	This should be 0x00 indicating that the device conforms to the IrDA IrLAP 

	1.00 specification.

	@return The device's IrLAP version number. */

	IMPORT_C TUint8 GetIrlapVersion() const;

	/** Sets the IrLAP version number for the remote device.

	This should be 0x00 indicating that the device conforms to the IrDA IrLAP 

	1.00 specification.

	@param aIrlapVersion The device's IrLAP version number. */

	IMPORT_C void SetIrlapVersion(const TUint8 aIrlapVersion);

	/** Returns the character set supported by the remote device.

	@return One of the TIASCharSet enumerator values defining the character set 

	supported by the device. */

	IMPORT_C TUint8 GetCharacterSet() const;

	/** Sets the character set supported by the remote device.

	@param aCharacterSet One of the TIASCharSet enumerator values defining the 

	character set supported by the device */

	IMPORT_C void SetCharacterSet(const TUint8 aCharacterSet);

	/** Returns the remote device's first service hint byte. Service hint bytes indicate 

	the level of IrLMP support provided by the device.

	@return The first service hint byte. The individual bits have the following