// Copyright (c) 2006-2009 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:

//

/**

 @file

 @internalComponent

*/

#include <mtp/cmtptypedevicepropdesc.h>

#include <mtp/mmtpdataproviderframework.h>

#include <mtp/mtpdatatypeconstants.h>

#include <mtp/mtpprotocolconstants.h>

#include <mtp/tmtptyperequest.h>

#include <mtp/mmtpframeworkconfig.h>

#include <centralrepository.h>

#include "cmtpdevicedatastore.h"

#include "cmtpgetdevicepropdesc.h"

#include "mtpdevicedpconst.h"

#include "mtpdevdppanic.h"

#include "cmtpdevicedpconfigmgr.h"

// Class constants.

_LIT(KSpace, " ");

/**

Two-phase constructor.

@param aPlugin The data provider plugin

@param aFramework The data provider framework

@param aConnection The connection from which the request comes

@return a pointer to the created request processor object

*/  

MMTPRequestProcessor* CMTPGetDevicePropDesc::NewL(MMTPDataProviderFramework& aFramework, MMTPConnection& aConnection)

    {

    CMTPGetDevicePropDesc* self = new (ELeave) CMTPGetDevicePropDesc(aFramework, aConnection);

    CleanupStack::PushL(self);

    self->ConstructL();

    CleanupStack::Pop(self);

    return self;

    }

/**

Destructor.

*/    

CMTPGetDevicePropDesc::~CMTPGetDevicePropDesc()

    {    

    delete iData;

    delete iPropDesc;

    delete iRepository;

    iDpSingletons.Close();

    }

/**

Constructor.

*/    

CMTPGetDevicePropDesc::CMTPGetDevicePropDesc(MMTPDataProviderFramework& aFramework, MMTPConnection& aConnection) :

    CMTPRequestProcessor(aFramework, aConnection, 0, NULL)

    {    

    }

/**

GetDevicePropDesc request validator.

@return EMTPRespCodeOK if request is verified, otherwise one of the error response codes

*/

TMTPResponseCode CMTPGetDevicePropDesc::CheckRequestL()

    {

    TMTPResponseCode respCode(EMTPRespCodeDevicePropNotSupported);

    iPropCode = Request().Uint32(TMTPTypeRequest::ERequestParameter1);

    const TInt count = sizeof(KMTPDeviceDpSupportedProperties) / sizeof(KMTPDeviceDpSupportedProperties[0]);

    for (TUint i(0); ((respCode != EMTPRespCodeOK) && (i < count)); i++)

        {

        if (iPropCode == KMTPDeviceDpSupportedProperties[i])

            {

            respCode = EMTPRespCodeOK;

            }

        }

    if((respCode != EMTPRespCodeOK) && iDpSingletons.DeviceDataStore().ExtnDevicePropDp())//2113 

        {

        respCode = EMTPRespCodeOK;

        }

    return respCode;

    }

/**

GetDevicePropDesc request handler.

*/    

void CMTPGetDevicePropDesc::ServiceL()

    {

    iPropCode = Request().Uint32(TMTPTypeRequest::ERequestParameter1);

    //before performing any operation will check the properties are supported or 

    //not if not then return EMTPRespCodeDevicePropNotSupported

    const CMTPTypeArray *mtpArray = &(iDpSingletons.DeviceDataStore().GetSupportedDeviceProperties());

    RArray <TUint> supportedArray;	    

    mtpArray->Array(supportedArray);

    if(KErrNotFound == supportedArray.Find(iPropCode))

        {

        SendResponseL(EMTPRespCodeDevicePropNotSupported);       

        }

    else

        {

        switch (iPropCode)

            {

            case EMTPDevicePropCodeBatteryLevel:

            if (iDpSingletons.DeviceDataStore().RequestPending())

                {

                // BatteryLevel already pending - return busy code

                SendResponseL(EMTPRespCodeDeviceBusy);

                }

            else

                {

                iDpSingletons.DeviceDataStore().BatteryLevelL(iStatus, iBatteryLevelValue);

                SetActive();	

                }

            break;

            case EMTPDevicePropCodeSynchronizationPartner:

                ServiceSynchronisationPartnerL();

            break;

            case EMTPDevicePropCodeDeviceFriendlyName:

                ServiceDeviceFriendlyNameL();

            break;

            case EMTPDevicePropCodeSessionInitiatorVersionInfo:

                ServiceSessionInitiatorVersionInfoL();

            break;

            case EMTPDevicePropCodePerceivedDeviceType:

                ServicePerceivedDeviceTypeL();

            break;

            case EMTPDevicePropCodeDateTime:

                ServiceDateTimeL();

            break;

            case EMTPDevicePropCodeDeviceIcon:

                ServiceDeviceIconL();

            break;

            case EMTPDevicePropCodeSupportedFormatsOrdered:

            ServiceSupportedFormatsOrderedL();

            break;

            case EMTPDevicePropCodeFunctionalID:

            	ServiceFunctionalIDL();

            break;

            case EMTPDevicePropCodeModelID:

            	ServiceModelIDL();

            break;

            case EMTPDevicePropCodeUseDeviceStage:

            	ServiceUseDeviceStageL();

            break;

            default:

            if(iDpSingletons.DeviceDataStore().ExtnDevicePropDp())

                {

                HandleExtnServiceL(iPropCode, iDpSingletons.DeviceDataStore().ExtnDevicePropDp());

                }

            else 

                SendResponseL(EMTPRespCodeDevicePropNotSupported); 

            break;

            }

        }

    supportedArray.Close();

    }

void  CMTPGetDevicePropDesc::HandleExtnServiceL(TInt aPropCode, MExtnDevicePropDp* aExtnDevplugin )

	{

	//call	 plugin ->desc

	MMTPType* mtptype;

	if(KErrNone == aExtnDevplugin->GetDevPropertyDescL((TMTPDevicePropertyCode)aPropCode, &mtptype))

	{

	SendDataL(*mtptype);	

	}

	else

	{

	SendResponseL(EMTPRespCodeDevicePropNotSupported); 	

	}

	}

void CMTPGetDevicePropDesc::DoCancel()

    {

    if (iPropCode == EMTPDevicePropCodeBatteryLevel)

        {

        iDpSingletons.DeviceDataStore().Cancel();

        }

    }

void CMTPGetDevicePropDesc::RunL()

    {

    if (iPropCode == EMTPDevicePropCodeBatteryLevel)

        {

        ServiceBatteryLevelL();

        }

    else

        {

        __DEBUG_ONLY(Panic(EMTPDevDpUnknownDeviceProperty));

        }

    }

/**

Second-phase constructor.

*/        

void CMTPGetDevicePropDesc::ConstructL()

    {

    iDpSingletons.OpenL(iFramework);

	const TUint32 KUidMTPRepositoryValue(0x10282FCC);

    const TUid KUidMTPRepository = {KUidMTPRepositoryValue};

    iRepository = CRepository::NewL(KUidMTPRepository);

    }

/**

Services the battery level property.

*/        

void CMTPGetDevicePropDesc::ServiceBatteryLevelL()

    {

    CMTPTypeDevicePropDescRangeForm* form = CMTPTypeDevicePropDescRangeForm::NewLC(EMTPTypeUINT8);

    form->SetUint8L(CMTPTypeDevicePropDescRangeForm::EMinimumValue, 0);

    form->SetUint8L(CMTPTypeDevicePropDescRangeForm::EMaximumValue, 100);

    form->SetUint8L(CMTPTypeDevicePropDescRangeForm::EStepSize, 10);

    delete iPropDesc;

    iPropDesc = NULL;

    iPropDesc = CMTPTypeDevicePropDesc::NewL(EMTPDevicePropCodeBatteryLevel, *form);

    iPropDesc->SetUint8L(CMTPTypeDevicePropDesc::EFactoryDefaultValue, 0);    

    iPropDesc->SetUint8L(CMTPTypeDevicePropDesc::ECurrentValue, iBatteryLevelValue);

    CleanupStack::PopAndDestroy(form);

    SendDataL(*iPropDesc);

    }

/**

Services the device friendly name property.

*/    

void CMTPGetDevicePropDesc::ServiceDeviceFriendlyNameL()

    {

    delete iPropDesc;

    iPropDesc = NULL;

    iPropDesc = CMTPTypeDevicePropDesc::NewL(EMTPDevicePropCodeDeviceFriendlyName);

    CMTPDeviceDataStore& device(iDpSingletons.DeviceDataStore());

    iPropDesc->SetStringL(CMTPTypeDevicePropDesc::EFactoryDefaultValue, device.DeviceFriendlyNameDefault());

    //if device friendly name is blank, which means it is the first time the device get connected,

    //, so will use "manufacture + model id" firstly; if neither manufacture nor model

    //id not able to be fetched by API, then use the default device friendly name 

    if ( device.DeviceFriendlyName().Length()<=0 )

        {

        if ( device.Manufacturer().Compare(KMTPDefaultManufacturer) && device.Model().Compare(KMTPDefaultModel) )

            {

            HBufC* friendlyName = HBufC::NewLC(device.Manufacturer().Length()+1+ device.Model().Length());

            TPtr ptrName = friendlyName->Des();

            ptrName.Copy(device.Manufacturer());

            ptrName.Append(KSpace);

            ptrName.Append(device.Model());

            device.SetDeviceFriendlyNameL(ptrName);

            iPropDesc->SetStringL(CMTPTypeDevicePropDesc::ECurrentValue, ptrName);

            CleanupStack::PopAndDestroy(friendlyName);

            }

        else

            {

            iPropDesc->SetStringL(CMTPTypeDevicePropDesc::ECurrentValue, device.DeviceFriendlyNameDefault());

            }

        }

    else

        {

        iPropDesc->SetStringL(CMTPTypeDevicePropDesc::ECurrentValue, device.DeviceFriendlyName());

        }

    SendDataL(*iPropDesc);    

    }

/**

Services the synchronisation partner property.

*/    

void CMTPGetDevicePropDesc::ServiceSynchronisationPartnerL()

    {

    delete iPropDesc;

    iPropDesc = NULL;

    iPropDesc = CMTPTypeDevicePropDesc::NewL(EMTPDevicePropCodeSynchronizationPartner);

    CMTPDeviceDataStore& device(iDpSingletons.DeviceDataStore());

    iPropDesc->SetStringL(CMTPTypeDevicePropDesc::EFactoryDefaultValue, device.SynchronisationPartnerDefault());

    iPropDesc->SetStringL(CMTPTypeDevicePropDesc::ECurrentValue, device.SynchronisationPartner());

    SendDataL(*iPropDesc); 

    }

/**

*Services the synchronisation partner property. 

*/    

void CMTPGetDevicePropDesc::ServiceSessionInitiatorVersionInfoL()

    {

    delete iPropDesc;

    iPropDesc = NULL;

    // this property is of type set or get 

    iPropDesc = CMTPTypeDevicePropDesc::NewL(EMTPDevicePropCodeSessionInitiatorVersionInfo, 0x01/*set/get*/, 0x00, NULL);   

    CMTPDeviceDataStore& device(iDpSingletons.DeviceDataStore());   

    iPropDesc->SetStringL(CMTPTypeDevicePropDesc::EFactoryDefaultValue, device.SessionInitiatorVersionInfoDefault());

    iPropDesc->SetStringL(CMTPTypeDevicePropDesc::ECurrentValue, device.SessionInitiatorVersionInfo());

    SendDataL(*iPropDesc); 

    }

/**

*Services the Service Perceived Device Type. 

*/    

void CMTPGetDevicePropDesc::ServicePerceivedDeviceTypeL()

    {

    delete iPropDesc;

    iPropDesc = NULL;

    iPropDesc = CMTPTypeDevicePropDesc::NewL(EMTPDevicePropCodePerceivedDeviceType, 0x00/*get only*/, 0x00, NULL);

    CMTPDeviceDataStore& device(iDpSingletons.DeviceDataStore());    

    iPropDesc->SetUint32L(CMTPTypeDevicePropDesc::EFactoryDefaultValue, device.PerceivedDeviceTypeDefault());

    iPropDesc->SetUint32L(CMTPTypeDevicePropDesc::ECurrentValue, device.PerceivedDeviceType());

    SendDataL(*iPropDesc); 

    }

/**

Services the Date Time property. 

*/    

void CMTPGetDevicePropDesc::ServiceDateTimeL()

    {

    delete iPropDesc;

    iPropDesc = NULL;

    iPropDesc = CMTPTypeDevicePropDesc::NewL(EMTPDevicePropCodeDateTime, 0x01/*get/set*/, 0x00, NULL);

    CMTPDeviceDataStore& device(iDpSingletons.DeviceDataStore());    

    iPropDesc->SetStringL(CMTPTypeDevicePropDesc::EFactoryDefaultValue, device.DateTimeL());

    iPropDesc->SetStringL(CMTPTypeDevicePropDesc::ECurrentValue, device.DateTimeL());

    SendDataL(*iPropDesc); 

    }

/**

Services the Date Time property. 

*/	  

void CMTPGetDevicePropDesc::ServiceDeviceIconL()

    {

    delete iPropDesc;

    iPropDesc = NULL;

    iPropDesc = CMTPTypeDevicePropDesc::NewL(EMTPDevicePropCodeDeviceIcon, 0x00, 0x00, NULL);

    CMTPDeviceDataStore& device(iDpSingletons.DeviceDataStore());	 

    //need to think of which one to be used for default.

    iPropDesc->SetL(CMTPTypeDevicePropDesc::EFactoryDefaultValue, device.DeviceIcon());

    iPropDesc->SetL(CMTPTypeDevicePropDesc::ECurrentValue, device.DeviceIcon());

    SendDataL(*iPropDesc); 

    }

/*

*Service Supported format ordered.

*/

void CMTPGetDevicePropDesc::ServiceSupportedFormatsOrderedL()

    {

    delete iPropDesc;

    iPropDesc = NULL;

    iPropDesc = CMTPTypeDevicePropDesc::NewL(EMTPDevicePropCodeSupportedFormatsOrdered, 0x00, 0x00, NULL);    

    iPropDesc->SetUint8L(CMTPTypeDevicePropDesc::EFactoryDefaultValue, (TUint8)FORMAT_UNORDERED);

    iPropDesc->SetUint8L(CMTPTypeDevicePropDesc::ECurrentValue, GetFormatOrdered());

    SendDataL(*iPropDesc); 

    }

/*

*Service Supported FuntionalID.

*/

void CMTPGetDevicePropDesc::ServiceFunctionalIDL()

    {

    delete iPropDesc;

    iPropDesc = NULL;

    iPropDesc = CMTPTypeDevicePropDesc::NewL(EMTPDevicePropCodeFunctionalID, 1, 0, NULL); 

    delete iData;

	iData = GetGUIDL( MMTPFrameworkConfig::EDeviceDefaultFuncationalID ); 

	iPropDesc->SetL(CMTPTypeDevicePropDesc::EFactoryDefaultValue, *iData);

	delete iData;

	iData = GetGUIDL(MMTPFrameworkConfig::EDeviceCurrentFuncationalID); 

	iPropDesc->SetL(CMTPTypeDevicePropDesc::ECurrentValue, *iData);

    SendDataL(*iPropDesc); 

    }

/*

*Service Supported ModelID.

*/

void CMTPGetDevicePropDesc::ServiceModelIDL()

    {

    delete iPropDesc;

    iPropDesc = NULL;

    iPropDesc = CMTPTypeDevicePropDesc::NewL(EMTPDevicePropCodeModelID, 0, 0, NULL);   

    delete iData;

    iData = GetGUIDL(MMTPFrameworkConfig::EDeviceDefaultModelID);  

    iPropDesc->SetL(CMTPTypeDevicePropDesc::EFactoryDefaultValue, *iData);

    delete iData;

    iData = GetGUIDL(MMTPFrameworkConfig::EDeviceCurrentModelID); 

	iPropDesc->SetL(CMTPTypeDevicePropDesc::ECurrentValue, *iData);

    SendDataL(*iPropDesc); 

    }

/*

*Service Supported UseDeviceStage.

*/

void CMTPGetDevicePropDesc::ServiceUseDeviceStageL()

    {

    delete iPropDesc;

    iPropDesc = NULL;

    iPropDesc = CMTPTypeDevicePropDesc::NewL(EMTPDevicePropCodeUseDeviceStage, 0, 0, NULL); 

    TMTPTypeUint8 *data = new (ELeave)TMTPTypeUint8(1);

    iPropDesc->SetL(CMTPTypeDevicePropDesc::EFactoryDefaultValue, *data);

    iPropDesc->SetL(CMTPTypeDevicePropDesc::ECurrentValue, *data);

    delete data;

    SendDataL(*iPropDesc); 

    }

/*

*This method to set the supported format order.

*this value will be set by getdevice info based on the formats present in the

*mtpdevicedp_config.rss file.

*/

TUint8 CMTPGetDevicePropDesc::GetFormatOrdered()

    {

    TUint8 formatOrdered;

    RArray<TUint> orderedFormats(8);

    CleanupClosePushL(orderedFormats);  

    TRAPD(error,iDpSingletons.ConfigMgr().GetRssConfigInfoArrayL(orderedFormats, EDevDpFormats));

	if(error!=KErrNone)

		{

		}

    if(orderedFormats.Count() > 0)

        {

        formatOrdered = (TUint8)FORMAT_ORDERED;

        }

    else

        {

        formatOrdered = (TUint8)FORMAT_UNORDERED; 

        }

    CleanupStack::PopAndDestroy(&orderedFormats);   

    return formatOrdered;

    }

TMTPTypeGuid* CMTPGetDevicePropDesc::GetGUIDL(const TUint aKey)

    {

    TBuf<KGUIDFormatStringLength> buf;

    TMTPTypeGuid* ret = new (ELeave) TMTPTypeGuid( buf );

    return ret;

    }

void CMTPGetDevicePropDesc::SaveGUID( const TUint aKey,  TMTPTypeGuid& aValue )