// Copyright (c) 2004-2009 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

*/

#if !defined(__SS_MSGS_H__)

#define __SS_MSGS_H__

#include <elements/sd_msgs.h>

//#include <elements/msgintercept_macro.h>

namespace ESock

{

	class RTierThreadMap;

}

/**

@class TWorkerCookiesMsg

*/

class TWorkerCookiesMsg : public Den::TWorkerMsg

	{

public:

	enum {KCode = Den::TWorkerMsg::EWorkerCookies};//< Message code

	inline TWorkerCookiesMsg (

		const Messages::TNodeId& aDataPlaneFC,

		const Messages::TNodeId& aSubConnPlaneFC,

		const Messages::TNodeId& aConnPlaneFC,

		const Messages::TNodeId& aMetaConnPlaneFC,

		const Messages::TNodeId& aTierManagerFC

	)

	:	Den::TWorkerMsg(KCode)

		{

		TParams* params=reinterpret_cast<TParams*>(ParamBlock());

		Mem::FillZ(params, sizeof(TParams));

		params->iDataPlaneFC = aDataPlaneFC;

		params->iSubConnPlaneFC = aSubConnPlaneFC;

		params->iConnPlaneFC = aConnPlaneFC;

		params->iMetaConnPlaneFC = aMetaConnPlaneFC;

		params->iTierManagerFC = aTierManagerFC;

		}

	inline const Messages::TNodeId& DataPlaneFC() const

		{

		const TParams* params = reinterpret_cast<const TParams*>(ParamBlock());

		return params->iDataPlaneFC;

		}

	inline const Messages::TNodeId& SubConnPlaneFC() const

		{

		const TParams* params = reinterpret_cast<const TParams*>(ParamBlock());

		return params->iSubConnPlaneFC;

		}

	inline const Messages::TNodeId& ConnPlaneFC() const

		{

		const TParams* params = reinterpret_cast<const TParams*>(ParamBlock());

		return params->iConnPlaneFC;

		}

	inline const Messages::TNodeId& MetaConnPlaneFC() const

		{

		const TParams* params = reinterpret_cast<const TParams*>(ParamBlock());

		return params->iMetaConnPlaneFC;

		}

	inline const Messages::TNodeId& TierManagerFC() const

		{

		const TParams* params = reinterpret_cast<const TParams*>(ParamBlock());

		return params->iTierManagerFC;

		}

private:

	struct TParams /** Message parameters */

		{

		// Cookies for plane factory containers (only filled by threads containing a Player)

		Messages::TNodeId iTierManagerFC;

		Messages::TNodeId iMetaConnPlaneFC;

		Messages::TNodeId iConnPlaneFC;

		Messages::TNodeId iSubConnPlaneFC;

		Messages::TNodeId iDataPlaneFC;

		};

	__ASSERT_COMPILE(sizeof(TParams) <= CommsFW::KCFMessageParamBlockSize);

	};

/**

@class TWorkerLoadTierMappings

@see TWorkerMsg::ELoadTierMappings

*/

class TWorkerLoadTierMappings : public Den::TWorkerMsg

	{

public:

	enum {KCode = TWorkerMsg::ELoadTierMappings};/**Message code*/

	inline TWorkerLoadTierMappings()

	:	Den::TWorkerMsg(KCode)

		{

		}

	};

/**

@class TWorkerTierMappingsLoaded

@see TWorkerMsg::ETierMappingsLoaded

*/

class TWorkerTierMappingsLoaded : public Den::TWorkerMsg

	{

public:

	enum {KCode = TWorkerMsg::ETierMappingsLoaded};/**Message code*/

	inline TWorkerTierMappingsLoaded(ESock::RTierThreadMap* aTierMap)

	:	Den::TWorkerMsg(KCode)

		{

		TParams* params=reinterpret_cast<TParams*>(ParamBlock());

		params->iTierMap = aTierMap;

		}

	inline const ESock::RTierThreadMap* TierMap() const

		{

		const TParams* params = reinterpret_cast<const TParams*>(ParamBlock());

		return params->iTierMap;

		}

private:

	struct TParams /** Message parameters */

		{

		ESock::RTierThreadMap* iTierMap;

		};

	};

class TBrokerIntroductionMsg : public Den::TWorkerMsg

	{

public:

	enum {KCode = Den::TWorkerMsg::EBrokerIntroduction};

	inline TBrokerIntroductionMsg (const Messages::TNodeId& aBrokerId)

		: Den::TWorkerMsg(KCode)

		{

		TParams* params=reinterpret_cast<TParams*>(ParamBlock());

		Mem::FillZ(params, sizeof(TParams));

		params->iBrokerId = aBrokerId;

		}

	inline const Messages::TNodeId& BrokerId() const

		{

		const TParams* params = reinterpret_cast<const TParams*>(ParamBlock());

		return params->iBrokerId;

		}

private:

	// Message parameters

	struct TParams

		{

		Messages::TNodeId iBrokerId;

		};

	__ASSERT_COMPILE(sizeof(TParams) <= CommsFW::KCFMessageParamBlockSize);

	};

#endif