/**

 * Copyright (c) 2010 Sasken Communication Technologies Ltd.

 * All rights reserved.

 * This component and the accompanying materials are made available

 * under the terms of the "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:

 * Chandradeep Gandhi, Sasken Communication Technologies Ltd - Initial contribution

 *

 * Contributors:

 * Manasij Roy, Nalina Hariharan

 * 

 * Description:

 * Private Qt wrapper for SmfContactFetcher

 * 

 */

#include <qdebug.h>

#include "smfcontactfetcher.h"

#include "smfcontactfetcher_p.h"

#ifdef Q_OS_SYMBIAN

	#include "smfclientsymbian.h"

#else

	#include "smfclientqt.h"

#endif

/**

 * Constructor

 * @param contactFetcher The SmfContactFetcher instance

 */

SmfContactFetcherPrivate::SmfContactFetcherPrivate ( SmfContactFetcher* contactFetcher )

		: m_contactFetcher(contactFetcher)

	{

#ifdef Q_OS_SYMBIAN

	//private impl for symbian

	m_SmfClientPrivate = CSmfClientSymbian::NewL(this);

#endif

	}

/**

 * Destructor

 */

SmfContactFetcherPrivate::~SmfContactFetcherPrivate()

	{

	if(m_SmfClientPrivate)

		{

		delete m_SmfClientPrivate;

		m_SmfClientPrivate = NULL;

		}

	}

/**

 * Get the friend listing asynchronously. The friendsListAvailable() signal 

 * is emitted with SmfContactList once data is arrived. When the list is big,

 * user can specify the page number and per page item data. If not supplied 

 * by the user default values are used. 

 * @param pageNum Page number to download, SMF_FIRST_PAGE denotes fresh query.

 * @param perPage Item per page, default is SMF_ITEMS_PER_PAGE

 * @return true if success, else false

 */

bool SmfContactFetcherPrivate::friends(int pageNum,int perPage)

	{

	//We need to pass Opcode and SmfProvider serialized into bytearray 

	m_argFlag = 1;

	SmfProvider* m_baseProvider = m_contactFetcher->getProvider();

	//serialize start

	m_dataSerialized.clear();

	QDataStream write(&m_dataSerialized,QIODevice::WriteOnly);

	write<<*(m_baseProvider);

	write<<m_argFlag;

	write<<pageNum;

	write<<m_argFlag;

	write<<perPage;

	QString intfName(contactFetcherInterface);

	int maxAllocation = MaxSmfContactSize*perPage;

	//call private impl's send method

	m_SmfClientPrivate->sendRequest(m_dataSerialized, intfName, 

			SmfContactGetFriends, maxAllocation);

	return true;

	}

/**

 * Get the list of followers asynchronously. The followersListAvailable() signal

 * is emitted with SmfContactList once data is arrived. Please note that some

 * service may not support followers/fans - FALSE is returned if not supported.

 * When the list is big user can specify the page number and per page item data.

 * If not supplied by the user default values are used.

 * @param pageNum Page number to download, SMF_FIRST_PAGE denotes fresh query.

 * @param perPage Item per page, default is SMF_ITEMS_PER_PAGE

 * @return true if success, else false

 */

bool SmfContactFetcherPrivate::followers(int pageNum,int perPage)

	{

	//We need to pass Opcode and SmfProvider serialized into bytearray 

	SmfProvider* m_baseProvider = m_contactFetcher->getProvider();

	//serialize start

	m_dataSerialized.clear();

	QDataStream write(&m_dataSerialized,QIODevice::WriteOnly);

	write<<*m_baseProvider;

	m_argFlag = 1;

	write<<m_argFlag;

	write<<pageNum;

	write<<m_argFlag;

	write<<perPage;

	QString intfName(contactFetcherInterface);

	int maxAllocation = MaxSmfContactSize*perPage;

	//call private impl's send method

	m_SmfClientPrivate->sendRequest(m_dataSerialized, intfName,

			SmfContactGetFollowers, maxAllocation);

	return true;

	}

/**

 * Searches for a contact The searchContactFinished() signal

 * is emitted with SmfContactList once data is arrived.

 * When the list is big user can specify the page number and per page item data.

 * If not supplied by the user default values are used.

 * @param contact The contact to be searched. The serach criteria must be 

 * set as one of its fields.

 * @param pageNum Page number to download, SMF_FIRST_PAGE denotes fresh query.

 * @param perPage Item per page, default is SMF_ITEMS_PER_PAGE

 */

void  SmfContactFetcherPrivate::search(SmfContact* contact,int pageNum,int perPage) 

	{

	//We need to pass Opcode and SmfProvider+SmfContact serialized into bytearray 

	SmfProvider* m_baseProvider = m_contactFetcher->getProvider();

	m_dataSerialized.clear();

	//serialize start

	QDataStream write(&m_dataSerialized,QIODevice::WriteOnly);

	write<<*m_baseProvider;

	if(contact)

		{

		m_argFlag = 1;

		write<<m_argFlag;

		write<<*contact;

		}

	else

		{

		m_argFlag = 0;

		write<<m_argFlag;

		}

	m_argFlag = 1;

	write<<m_argFlag;

	write<<pageNum;

	write<<m_argFlag;

	write<<pageNum;

	QString intfName(contactFetcherInterface);

	int maxAllocation = MaxSmfContactSize*perPage;

	//call private impl's send method

	m_SmfClientPrivate->sendRequest(m_dataSerialized, intfName,

			SmfContactSearch, maxAllocation);

	}

/**

 * Searches for a contacts (friends) who are near the user. The signal 

 * searchNearFinished() is emitted with SmfContactList once data is arrived.

 * Proximity defines accuracy level. When the list is big user can specify 

 * the page number and per page item data. If not supplied by the user 

 * default values are used.

 * @param location The location information

 * @param proximity The search boundary criteria

 * @param pageNum Page number to download, SMF_FIRST_PAGE denotes fresh query.

 * @param perPage Item per page, default is SMF_ITEMS_PER_PAGE

 */

bool  SmfContactFetcherPrivate::searchNear(SmfLocation* location,

		SmfLocationSearchBoundary proximity,

		int pageNum,int perPage) 

	{

	SmfProvider* m_baseProvider = m_contactFetcher->getProvider();

	m_dataSerialized.clear();

	//serialize start

	QDataStream write(&m_dataSerialized,QIODevice::WriteOnly);

	write<<*m_baseProvider;

	if(location)

		{

		m_argFlag = 1;

		write<<m_argFlag;

		write<<*location;

		}

	else

		{

		m_argFlag = 0;

		write<<m_argFlag;

		}

	write<<m_argFlag;

	write<<proximity;

	write<<m_argFlag;

	write<<pageNum;

	write<<m_argFlag;

	write<<perPage;

	QString intfName(contactFetcherInterface);

	int maxAllocation = MaxSmfContactSize*perPage;

	//call private impl's send method

	m_SmfClientPrivate->sendRequest(m_dataSerialized, intfName,

			SmfContactSearchNear, maxAllocation);

	return true;

	}

/**

 * Get the list of groups. The groupListAvailable() signal is emitted with 

 * SmfGroupList once data is arrived. False might be returned if this service 

 * doesn't support any mode of grouping (very rare). When the list is big, 

 * user can specify the page number and per page item data. If not supplied 

 * by the user default values are used.

 * @param pageNum Page number to download, SMF_FIRST_PAGE denotes fresh query.

 * @param perPage Item per page, default is SMF_ITEMS_PER_PAGE

 */

bool SmfContactFetcherPrivate::groups(int pageNum,int perPage) 

	{

	//We need to pass Opcode and SmfProvider serialized into bytearray 

	SmfProvider* m_baseProvider = m_contactFetcher->getProvider();

	m_dataSerialized.clear();

	//serialize start

	QDataStream write(&m_dataSerialized,QIODevice::WriteOnly);

	write<<*m_baseProvider;

	m_argFlag = 1;

	write<<m_argFlag;

	write<<pageNum;

	write<<m_argFlag;

	write<<perPage;

	QString intfName(contactFetcherInterface);

	int maxAllocation = MaxSmfGroupSize*perPage;

	//call private impl's send method

	m_SmfClientPrivate->sendRequest(m_dataSerialized, intfName,

			SmfContactGetGroups, maxAllocation);

	return true;

	}

/**

 * Searches for Smf Contacts in an Smf group. The signal searchInGroupFinished() 

 * is emitted with SmfContactList once data is arrived. When the list is big user 

 * can specify the page number and per page item data. If not supplied by the 

 * user default values are used.

 * @param group The group to be searched in

 * @param pageNum Page number to download, SMF_FIRST_PAGE denotes fresh query.

 * @param perPage Item per page, default is SMF_ITEMS_PER_PAGE

 * @return true if success, else false

 */

bool  SmfContactFetcherPrivate::searchInGroup(SmfGroup group,int pageNum,int perPage) 

	{

	//We need to pass Opcode and SmfProvider+SmfGroup serialized into bytearray 

	SmfProvider* m_baseProvider = m_contactFetcher->getProvider();

	//serialize start

	m_dataSerialized.clear();

	QDataStream write(&m_dataSerialized,QIODevice::WriteOnly);

	write<<*m_baseProvider;

	m_argFlag = 1;

	write<<m_argFlag;

	write<<group;

	write<<m_argFlag;

	write<<pageNum;

	write<<m_argFlag;

	write<<perPage;

	QString intfName(contactFetcherInterface);

	int maxAllocation = MaxSmfContactSize*perPage;

	//call private impl's send method

	m_SmfClientPrivate->sendRequest(m_dataSerialized, intfName,

			SmfContactSearchInGroup, maxAllocation);

	return true;

	}

/**

 * Request for a custom operation. The signal customDataAvailable() is emitted 

 * when the result is available.

 * @param operationId OperationId

 * @param customData Custom data to be sent

 * Note:-Interpretation of operationId and customData is upto the concerned

 * plugin and client application. service provider should provide some

 * serializing-deserializing utilities for these custom data

 */

void SmfContactFetcherPrivate::customRequest ( const int& operationId, QByteArray* customData )

	{

	//We need to pass Opcode and SmfProvider+SmfGroup serialized into bytearray 

	SmfProvider* m_baseProvider = m_contactFetcher->getProvider();

	//serialize start

	m_dataSerialized.clear();

	QDataStream write(&m_dataSerialized,QIODevice::WriteOnly);

	write<<*m_baseProvider;

	m_argFlag = 1;

	write<<m_argFlag;

	write<<operationId;

	if(customData)

		{

		write<<m_argFlag;

		write<<*customData;

		}

	else

		{

		m_argFlag = 0;

		write<<m_argFlag;

		}

	QString intfName(contactFetcherInterface);

//ToDo:- How much size to allocate for custom data? keeping MaxSmfContactSize for now

	int maxAllocation = MaxSmfContactSize;

	//call private impl's send method

	m_SmfClientPrivate->sendRequest(m_dataSerialized, intfName,

			SmfContactCustomRequest, maxAllocation);

	}

/**

 * To notify availibility of asynchronous requests.

 * @param result Requested result, before using must check error param.

 * @param opcode Requested opcode, for which the result has arrived.

 * @param error Error

 */

void SmfContactFetcherPrivate::resultsAvailable(QByteArray result,

		SmfRequestTypeID opcode,SmfError error)

   	{

	qDebug()<<"SmfContactFetcherPrivate::resultsAvailable";

   	QDataStream reader(&result,QIODevice::ReadOnly);

   	//Now de-serialize it based on opcode

   	switch(opcode)

   		{

   		case SmfContactGetFriends:

   			{

   			SmfContactList* m_contactList = new SmfContactList;

   			reader>>*m_contactList;

   			qDebug()<<"m_contactList.count = "<<m_contactList->count();

   			//TODO:-After consulting with PM owner decide page serialization

   			SmfResultPage page;

   			emit m_contactFetcher->friendsListAvailable(m_contactList,error,page);

   			}

   			break;

   		case SmfContactGetFollowers:

   			{

   			SmfContactList* m_contactList = new SmfContactList;

   			reader>>*(m_contactList);

   			qDebug()<<"m_contactList.count = "<<m_contactList->count();

   			//TODO:-After consulting with PM owner decide page serialization

   			SmfResultPage page;

   			emit m_contactFetcher->followersListAvailable(m_contactList,error,page);

			}

   			break;

   		case SmfContactSearch:

   			{

   			SmfContactList* m_contactList = new SmfContactList;

   			reader>>*(m_contactList);

   			qDebug()<<"m_contactList.count = "<<m_contactList->count();

   			/** @TODO:-After consulting with PM owner decide page serialization */

   			SmfResultPage page;

  			emit m_contactFetcher->searchContactFinished(m_contactList,error,page);

   			}

   			break;

   		case SmfContactSearchNear:

   			{

   			SmfContactList* m_contactList = new SmfContactList;

   			reader>>*(m_contactList);

   			qDebug()<<"m_contactList.count = "<<m_contactList->count();

   			/** @TODO:-After consulting with PM owner decide page serialization*/

   			SmfResultPage page;

   			emit m_contactFetcher->searchNearFinished(m_contactList,error,page);

   			}

   			break;

   		case SmfContactGetGroups:

   			{

   			qDebug()<<"Before reader>>m_grpList";

   			SmfGroupList *m_grpList = new SmfGroupList;

   			reader>>*(m_grpList);

   			/** @TODO:-After consulting with PM owner decide page serialization */

   			SmfResultPage page;

   			qDebug()<<"m_grpList.count = "<<m_grpList->count();

   			emit m_contactFetcher->groupListAvailable(m_grpList,error,page);

   			}

   			break;

   		case SmfContactSearchInGroup:

   			{

   			SmfContactList* m_contactList = new SmfContactList;

   			reader>>*(m_contactList);

   			//TODO:-After consulting with PM owner decide page serialization

   			SmfResultPage page;

   			qDebug()<<"m_contactList.count = "<<m_contactList->count();

   			emit m_contactFetcher->searchInGroupFinished(m_contactList,error,page);

   			}

   			break;

   		case SmfContactCustomRequest:

   			{

   			int operationId;

   			QByteArray *data = new QByteArray;

   			reader>>operationId;

   			reader>>*data;

   			qDebug()<<"operationId = "<<operationId;

   			qDebug()<<"data size = "<<data->size();

   			emit m_contactFetcher->customDataAvailable(operationId, data);

   			}

   			break;

   		default:

   			qDebug()<<"default - Contact Private Unknown opcode";

   			User::Panic(_L("Contact Private Unknown opcode = "),opcode);

   		}

   	}

QDataStream &operator<<( QDataStream &aDataStream, const SmfError &err )

	{

	quint32 errInt = (quint32)err;

	aDataStream<<errInt;

	return aDataStream;

	}

QDataStream &operator>>( QDataStream &aDataStream, SmfError &err )

	{

	quint32 errInt;

	aDataStream>>errInt;

	err = (SmfError)errInt;

	return aDataStream;

	}