// Copyright (c) 2008-2009 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:

// mw/remoteconn/mtpdataproviders/mtpcontactdp/src/CMTPFullEnumDataCodeMgr.cpp

#include <mtp/mmtpstoragemgr.h>

#include <mtp/mmtpdataproviderframework.h>

#include <mtp/mmtpdatacodegenerator.h>

#include "cmtpabstractdatacodemgr.h"

__FLOG_STMT(_LIT8(KComponent, "FullEnumDataCodeMgr");)

EXPORT_C RMTPServiceFormat::~RMTPServiceFormat()

	{

	iProps.Close();

	}

EXPORT_C TInt TMTPServicePropertyInfo::LinearOrderServicePropOrder(const TMTPServicePropertyInfo& aLhs, const TMTPServicePropertyInfo& aRhs)

	{

	return aLhs.iServicePropCode - aRhs.iServicePropCode;

	}

EXPORT_C TInt TMTPServicePropertyInfo::LinearOrderServicePropOrder(const TUint16* aServicePropCode, const TMTPServicePropertyInfo& aObject)

	{

	return (*aServicePropCode - aObject.iServicePropCode);

	}

EXPORT_C TBool RMTPServiceFormat::FormatRelation(const TUint16* aFormatCode, const RMTPServiceFormat& aObject)

	{

	return *aFormatCode == aObject.iFormatCode;

	}

EXPORT_C CMTPFullEnumDataCodeMgr* CMTPFullEnumDataCodeMgr::NewL(MMTPDataProviderFramework& aFramework)

	{

	CMTPFullEnumDataCodeMgr* self = new(ELeave) CMTPFullEnumDataCodeMgr(aFramework);

	CleanupStack::PushL(self);

	self->ConstructL();

	CleanupStack::Pop(self);

	return self;

	}

EXPORT_C CMTPFullEnumDataCodeMgr::~CMTPFullEnumDataCodeMgr()

	{

	__FLOG(_L8("~CMTPFullEnumDataCodeMgr - Entry"));

	delete iKnowledgeFormat;

	iServiceProperties.Close();

	__FLOG(_L8("~CMTPFullEnumDataCodeMgr - Exit"));

	__FLOG_CLOSE;

	}

CMTPFullEnumDataCodeMgr::CMTPFullEnumDataCodeMgr(MMTPDataProviderFramework& aFramework) :

		iFramework(aFramework),

		iServiceGUID(MAKE_TUINT64(KMTPFullEnumServiceGUID[0], KMTPFullEnumServiceGUID[1]),

					 MAKE_TUINT64(KMTPFullEnumServiceGUID[2], KMTPFullEnumServiceGUID[3])),

		iPersistentServiceGUID(MAKE_TUINT64(KMTPFullEnumServicePSGUID[0], KMTPFullEnumServicePSGUID[1]),

							   MAKE_TUINT64(KMTPFullEnumServicePSGUID[2], KMTPFullEnumServicePSGUID[3]))

	{

	}

void CMTPFullEnumDataCodeMgr::ConstructL()

	{

	__FLOG_OPEN(KMTPSubsystem, KComponent);

	__FLOG(_L8("ConstructL - Entry"));

	BuildServiceIDL();

	BuildFormatL();

	BuildServicePropertyL();

	__FLOG(_L8("ConstructL - Exit"));

	}

EXPORT_C TUint CMTPFullEnumDataCodeMgr::ServiceID() const

	{

	return iServiceID;

	}

EXPORT_C const TMTPTypeGuid& CMTPFullEnumDataCodeMgr::ServiceGUID() const

	{

	return iServiceGUID;

	}

void CMTPFullEnumDataCodeMgr::BuildServiceIDL()

	{

	__FLOG(_L8("BuildServiceIDL - Entry"));

	//Allocate abstract service ID

	User::LeaveIfError(iFramework.DataCodeGenerator().AllocateServiceID(

						   iPersistentServiceGUID,

						   EMTPServiceTypeAbstract,

						   iServiceID));

	__FLOG(_L8("BuildServiceIDL - Exit"));

	}

void CMTPFullEnumDataCodeMgr::BuildFormatL()

	{

	__FLOG(_L8("BuildFormatL - Entry"));

	iKnowledgeFormat = new(ELeave) RMTPServiceFormat;

	iKnowledgeFormat->iIndex = EMTPFormatTypeFullEnumSyncKnowledge;

	iKnowledgeFormat->iFormatCode = 0;

	const TMTPTypeGuid KMTPKnowledgeFormatGUID(

		MAKE_TUINT64(KMTPFullEnumSyncKnowledgeFormatGUID[0], KMTPFullEnumSyncKnowledgeFormatGUID[1]),

		MAKE_TUINT64(KMTPFullEnumSyncKnowledgeFormatGUID[2], KMTPFullEnumSyncKnowledgeFormatGUID[3]));

	iKnowledgeFormat->iFormatGUID = KMTPKnowledgeFormatGUID;

	iKnowledgeFormat->iBaseFormatCode = KBaseFormatCode;

	iKnowledgeFormat->iFormatName.Set(KNameFullEnumSyncKnowledege());

	iKnowledgeFormat->iMIMEType.Set(KNameFullEnumSyncKnowledegeMIMEType());

	User::LeaveIfError(iFramework.DataCodeGenerator().AllocateServiceFormatCode(

						   iPersistentServiceGUID,

						   iKnowledgeFormat->iFormatGUID,

						   iKnowledgeFormat->iFormatCode));

	TUint propertyCount = sizeof(KMTPFullEnumSyncKnowledgeObjectProperties) / sizeof(KMTPFullEnumSyncKnowledgeObjectProperties[0]);

	for (TUint j = 0; j < propertyCount; j++)

		{

		iKnowledgeFormat->iProps.AppendL(KMTPFullEnumSyncKnowledgeObjectProperties[j]);

		}

	__FLOG(_L8("BuildFormatL - Exit"));

	}

void CMTPFullEnumDataCodeMgr::BuildServicePropertyL()

	{

	__FLOG(_L8("BuildServicePropertyL - Entry"));

	const TMTPTypeGuid KMTPFullEnumSyncServiceNamespace(

		MAKE_TUINT64(KMTPFullEnumSyncServiceNSGUID[0], KMTPFullEnumSyncServiceNSGUID[1]),

		MAKE_TUINT64(KMTPFullEnumSyncServiceNSGUID[2], KMTPFullEnumSyncServiceNSGUID[3]));

	const TMTPTypeGuid KMTPSyncSvcServiceNamespace(

		MAKE_TUINT64(KMTPSyncSvcServiceNSGUID[0], KMTPSyncSvcServiceNSGUID[1]),

		MAKE_TUINT64(KMTPSyncSvcServiceNSGUID[2], KMTPSyncSvcServiceNSGUID[3]));

	// Filtertype only need be allocate once by framework, so put it into abstract service.

	const TMTPServicePropertyInfo KMTPFullEnumSyncServiceProperties[] =

		{

			{EMTPServicePropertyVersionProps,         0, KMTPFullEnumSyncServiceNamespace, 3, KNameFullEnumVersionProps()},

		{EMTPServicePropertyReplicaID,            0, KMTPFullEnumSyncServiceNamespace, 4, KNameFullEnumReplicaID()},

		{EMTPServicePropertyKnowledgeObjectID,    0, KMTPFullEnumSyncServiceNamespace, 7, KNameFullEnumKnowledgeObjectID()},

		{EMTPServicePropertyLastSyncProxyID,      0, KMTPFullEnumSyncServiceNamespace, 8, KNameFullEnumLastSyncProxyID()},

		{EMTPServicePropertyProviderVersion,      0, KMTPFullEnumSyncServiceNamespace, 9, KNameFullEnumProviderVersion()},

		{EMTPServicePropertySyncFormat,           0, KMTPSyncSvcServiceNamespace,      2, KNameSyncSvcSyncFormat()},

		{EMTPServicePropertyLocalOnlyDelete,      0, KMTPSyncSvcServiceNamespace,      3, KNameSyncSvcLocalOnlyDelete()},

		{EMTPServicePropertyFilterType,           0, KMTPSyncSvcServiceNamespace,      4, KNameSyncSvcFilterType()},

		{EMTPServicePropertySyncObjectReferences, 0, KMTPSyncSvcServiceNamespace,      5, KNameSyncSvcSyncObjectReferences()}

		};

	TUint propCount = sizeof(KMTPFullEnumSyncServiceProperties) / sizeof(KMTPFullEnumSyncServiceProperties[0]);

	for (TUint i = 0; i < propCount; i++)

		{

		TMTPServicePropertyInfo servicePropertyInfo = KMTPFullEnumSyncServiceProperties[i];

		User::LeaveIfError(iFramework.DataCodeGenerator().AllocateServicePropertyCode(iPersistentServiceGUID,

						   servicePropertyInfo.iServicePropPKeyNamespace, servicePropertyInfo.iServicePropPKeyID, servicePropertyInfo.iServicePropCode));

		iServiceProperties.InsertInOrder(servicePropertyInfo, TMTPServicePropertyInfo::LinearOrderServicePropOrder);

		}

	__FLOG(_L8("BuildServicePropertyL - Exit"));

	}

EXPORT_C void CMTPFullEnumDataCodeMgr::GetSevicePropCodesL(RArray<TUint32>& aArray) const

	{

	__FLOG(_L8("GetSevicePropCodesL - Entry"));

	TInt count = iServiceProperties.Count();

	for (TInt i = 0; i < count; i++)

		{

		aArray.AppendL(iServiceProperties[i].iServicePropCode);

		}

	__FLOG(_L8("GetSevicePropCodesL - Exit"));

	}

EXPORT_C const RMTPServiceFormat& CMTPFullEnumDataCodeMgr::KnowledgeFormat() const

	{

	// only Knowledge Format supported in FullEnum Sync Service

	__ASSERT_DEBUG((iKnowledgeFormat != NULL), User::Invariant());

	return *iKnowledgeFormat;

	}

/**

The property code must be valid to call this func

*/

EXPORT_C const TMTPServicePropertyInfo* CMTPFullEnumDataCodeMgr::ServicePropertyInfo(TUint16 aPropCode) const

	{

	__FLOG(_L8("ServicePropertyInfo - Entry"));

	const TMTPServicePropertyInfo* pPropInfo = NULL;

	TInt index = iServiceProperties.FindInOrder(aPropCode, TMTPServicePropertyInfo::LinearOrderServicePropOrder);

	if (KErrNotFound != index)

		{

		pPropInfo = &(iServiceProperties[index]);

		}

	__FLOG(_L8("ServicePropertyInfo - Exit"));

	return pPropInfo;

	}