/*

* Copyright (c) 2005 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: 

*

*/

// INCLUDE FILES

#include "TrkSettingsData.h"

// ================= MEMBER FUNCTIONS =========================================

// ----------------------------------------------------------------------------

// CTrkSettingsData::NewL

// Two-phase constructor

// ----------------------------------------------------------------------------

//

CTrkSettingsData* CTrkSettingsData::NewL(RTrkSrvCliSession& aTrkSession)

{

    CTrkSettingsData* data = new(ELeave) CTrkSettingsData(aTrkSession);

    CleanupStack::PushL(data);

    data->ConstructL();

    CleanupStack::Pop(); // data

    return data;

}

// Destructor

//

CTrkSettingsData::~CTrkSettingsData()

{

}

// Constructor

//

CTrkSettingsData::CTrkSettingsData(RTrkSrvCliSession& aTrkSession)

:iTrkSession(aTrkSession)

{

    iConnTypeIndex = 1;

	iPortNumber = KDefaultUsbPortNumber;

	iBaudRateIndex = 8;

}

// Epoc default constructor

//

void CTrkSettingsData::ConstructL()

{

    iTrkSession.GetCurrentConnData(iTrkConnData);

	iConnTypeIndex = iTrkConnData.iConnType;

#ifdef __OEM_TRK__

	if (iConnTypeIndex>ETrkDcc)

#else

	if (iConnTypeIndex>ETrkBt)

#endif

	{

		iTrkConnData.iConnType = ETrkBt;

		iConnTypeIndex = ETrkBt;

	}

	iPlugAndPlay = iTrkConnData.iPlugPlay;

	iPortNumber = iTrkConnData.iPortNumber;

	iBaudRateIndex = GetIndexForBaudRate(iTrkConnData.iRate);

	if(iPlugAndPlay == 1)

	  iPlugAndPlayType = 0;

	else

	  iPlugAndPlayType = 1;

}

TInt CTrkSettingsData::SaveSettings()

{

	iTrkConnData.iConnType = (TTrkConnType)iConnTypeIndex;

	iTrkConnData.iRate = GetBaudRateForIndex(iBaudRateIndex);

	iTrkConnData.iPortNumber = iPortNumber;

	if(iPlugAndPlayType == 1)

	    iPlugAndPlay = 0;

	else

	    iPlugAndPlay = 1;

	switch (iTrkConnData.iConnType)

	{

		case ETrkUsbDbgTrc:

		{

			iTrkConnData.iCommType = EDbgTrcComm;

			iTrkConnData.iPDD.Copy(KDefaultUsbPDD);

			iTrkConnData.iLDD.Copy(KDefaultUsbLDD);

			iTrkConnData.iCSY.Copy(KDefaultUsbCSY);

			iTrkConnData.iPlugPlay = iPlugAndPlay;

			break;

		}

		case ETrkBt:

		{

			iTrkConnData.iCommType = EBtSocket;

			iTrkConnData.iPDD = KNullDesC;

			iTrkConnData.iLDD = KNullDesC;

			iTrkConnData.iCSY = KNullDesC;

			iTrkConnData.iPlugPlay = iPlugAndPlay;

			break;

		}

		case ETrkXti:

		{

			iTrkConnData.iCommType = EXti;

			iTrkConnData.iPDD = KNullDesC;

			iTrkConnData.iLDD.Copy(KTrkXTILDD);

			iTrkConnData.iCSY = KNullDesC;

			iTrkConnData.iPlugPlay = iPlugAndPlay;

			break;

		}

		case ETrkDcc:

		{

			iTrkConnData.iCommType = EDcc;

			iTrkConnData.iPDD = KNullDesC;

			iTrkConnData.iLDD.Copy(KTrkDCCLDD);

			iTrkConnData.iCSY = KNullDesC;

			iTrkConnData.iPortNumber = 42;

			iTrkConnData.iPlugPlay = iPlugAndPlay;

			break;

		}

		case ETrkUsb:

		{

			iTrkConnData.iCommType = ESerialComm;

			iTrkConnData.iPDD.Copy(KDefaultUsbPDD);

			iTrkConnData.iLDD.Copy(KDefaultUsbLDD);

			iTrkConnData.iCSY.Copy(KDefaultUsbCSY);

			iTrkConnData.iPlugPlay = iPlugAndPlay;

			break;

		}

		case ETrkIr:

		{

			iTrkConnData.iCommType = ESerialComm;

			iTrkConnData.iPDD.Copy(KDefaultIrPDD);

			iTrkConnData.iLDD.Copy(KDefaultIrLDD);

			iTrkConnData.iCSY.Copy(KDefaultIrCSY);

			iTrkConnData.iPlugPlay = iPlugAndPlay;

			break;

		}

		default:

		{

			iTrkConnData.iCommType = ESerialComm;

			break;

		}

	}

	return iTrkSession.SetCurrentConnData(iTrkConnData);

}

TInt CTrkSettingsData::GetIndexForBaudRate(TUint aRate)

{

	switch (aRate)

	{

		case 300:     return 0;

		case 1200:    return 1;

		case 2400:    return 2;

		case 4800:    return 3;

		case 9600:    return 4;

		case 19200:   return 5;

		case 38400:   return 6;

		case 57600:   return 7;

		case 115200:  return 8;

		case 234000:  return 9;

		case 460800:  return 10;

		case 576000:  return 11;

		case 1152000: return 12;

		case 4000000: return 13;

		default: return 8;

	}

}

TUint CTrkSettingsData::GetBaudRateForIndex(TInt aIndex)

{

	switch (aIndex)

	{

		case 0:  return 300;

		case 1:  return 1200;

		case 2:  return 2400;

		case 3:  return 4800;

		case 4:  return 9600;

		case 5:  return 19200;

		case 6:  return 38400;

		case 7:  return 57600;

		case 8:  return 115200;

		case 9:  return 234000;

		case 10: return 460800;

		case 11: return 576000;

		case 12: return 1152000;

		case 13: return 4000000;

		default: return 115200;

	}

}

// End of File