// Copyright (c) 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:

//

// rscommon.inl

//

#if !defined(__RSSHARED_INL__)

#define __RSCOMMON_INL__

/**

    Default constructor for TRSStartModuleParamContainer

*/

inline TRSStartModuleParamContainer::TRSStartModuleParamContainer()

    {

    iPriority = EPriorityNull;

    iStackSize = -1;

    iHeapType = EDefaultHeap;

    iMinHeapSize = -1;

    iMaxHeapSize = -1;

    iThreadFunctionOrdinal = -1;

    iIsSticky = EFalse;

    iIsServer = EFalse;

    iControlFlags = 0;

    }

inline TRSStartModuleParams::TRSStartModuleParams(const CommsFW::TCFModuleName& aName, const TFileName& aFileName,

												  const TThreadPriority aPriority, TInt aStackSize,

												  const TRSHeapType aHeapType, TInt aMinHeapSize,

												  TInt aMaxHeapSize, const CommsFW::TCFModuleName& aShareHeapWith,

												  TInt aThreadFunctionOrdinal, TBool aIsSticky, TUint32 aControlFlags):

TPckg<TRSStartModuleParamContainer>(iParams)

	/**	Constructor; copies the parameters.

    @param aName Name of the module and its thread.

	@param aFileName Filename of the Comms Provider Module DLL.

	@param aPriority Priority of the CPM thread.

	@param aStackSize Initial size of the stack.

	@param aHeapType Type of the heap for the module.

	@param aMinHeapSize Minimum size of the heap for the module.

	@param aMaxHeapSize Maximum size of the heap for the module.

	@param aShareHeapWith If the module are to share the heap with an existing module this must be the name	of the other module.

	@param aThreadFunctionOrdinal Ordinal of the CPM main thread function, or entrypoint, in the DLL.

	@param aIsSticky If ETrue specifies that this module can not be unloaded.

	@param aControlFlags modle thread control flags

	@see TCFModuleName

	@see TFileName

	@see TThreadPriority

	@see TRSHeapType

	@see TRSBindType

	*/	

	{

	iParams.iName = aName;

	iParams.iFilename = aFileName;

	iParams.iPriority = aPriority;

	iParams.iStackSize = aStackSize;

	iParams.iHeapType = aHeapType;

	iParams.iMinHeapSize = aMinHeapSize;

	iParams.iMaxHeapSize = aMaxHeapSize;

	iParams.iShareHeapWith = aShareHeapWith;

	iParams.iThreadFunctionOrdinal = aThreadFunctionOrdinal;

	iParams.iIsSticky = aIsSticky;

	iParams.iControlFlags = aControlFlags;

	}

inline TRSStartModuleParams::TRSStartModuleParams(const CommsFW::TCFModuleName& aName, const TFileName& aFileName,

												  const TThreadPriority aPriority, TInt aStackSize,

												  const TRSHeapType aHeapType, TInt aMinHeapSize,

												  TInt aMaxHeapSize, TInt aThreadFunctionOrdinal,

												  TBool aIsSticky, TUint32 aControlFlags):

TPckg<TRSStartModuleParamContainer>(iParams)

	/**	Constructor; copies the parameters.

    @param aName Name of the module and its thread.

	@param aFileName Filename of the Comms Provider Module DLL.

	@param aPriority Priority of the CPM thread.

	@param aStackSize Initial size of the stack.

	@param aHeapType Type of the heap for the module.

	@param aMinHeapSize Minimum size of the heap for the module.

	@param aMaxHeapSize Maximum size of the heap for the module.

	@param aThreadFunctionOrdinal Ordinal of the CPM main thread function, or entrypoint, in the DLL.

	@param aIsSticky If ETrue specifies that this module can ot be unloaded.

	@param aControlFlags modle thread control flags

	@see TCFModuleName

	@see TFileName

	@see TThreadPriority

	@see TRSHeapType

	@see TRSBindType

	*/	

	{

	iParams.iName = aName;

	iParams.iFilename = aFileName;

	iParams.iPriority = aPriority;

	iParams.iStackSize = aStackSize;

	iParams.iHeapType = aHeapType;

	iParams.iMinHeapSize = aMinHeapSize;

	iParams.iMaxHeapSize = aMaxHeapSize;

	iParams.iThreadFunctionOrdinal = aThreadFunctionOrdinal;

	iParams.iIsSticky = aIsSticky;

	iParams.iControlFlags = aControlFlags;

	}

inline TRSStartModuleParams::TRSStartModuleParams(const CommsFW::TCFModuleName& aName, const TFileName& aFileName,

												  const TThreadPriority aPriority, TInt aStackSize,

												  const TRSHeapType aHeapType, TInt aThreadFunctionOrdinal, 

												  TBool aIsSticky, TUint32 aControlFlags):

TPckg<TRSStartModuleParamContainer>(iParams)

	/**	Constructor; copies the parameters.

    @param aName Name of the module and its thread.

	@param aFileName Filename of the Comms Provider Module DLL.

	@param aPriority Priority of the CPM thread.

	@param aStackSize Initial size of the stack.

	@param aHeapType Type of the heap for the module.

	@param aThreadFunctionOrdinal Ordinal of the CPM main thread function, or entrypoint, in the DLL.

	@param aIsSticky If ETrue specifies that this module can ot be unloaded.

	@param aControlFlags modle thread control flags

	@see TCFModuleName

	@see TFileName

	@see TThreadPriority

	@see TRSHeapType

	@see TRSBindType

	*/

	{

	iParams.iName = aName;

	iParams.iFilename = aFileName;

	iParams.iPriority = aPriority;

	iParams.iStackSize = aStackSize;

	iParams.iHeapType = aHeapType;

	iParams.iMinHeapSize = 0;

	iParams.iMaxHeapSize = 0;

	iParams.iThreadFunctionOrdinal = aThreadFunctionOrdinal;

	iParams.iIsSticky = aIsSticky;

	iParams.iControlFlags = aControlFlags;

	}

inline TRSModuleInfo::TRSModuleInfo(const CommsFW::TCFModuleName aName, const TFileName& aDll,

									TRSModuleState aState, TInt aNumSubModules):

TPckg<TRSModuleInfoContainer>(iParams)

	/** Constructor; Copies the parameters.

	@param aName Name of the module.

	@param aDll Filename of the CPM DLL.

	@param aState State of the CPM.

	@param aNumSubModules Number of submodules this module has reported. 

	*/

	{

	iParams.iName = aName;

	iParams.iDll = aDll;

	iParams.iState = aState;

	iParams.iNumSubModules = aNumSubModules;

	}

inline TRSSubModuleAddress::TRSSubModuleAddress(const CommsFW::TCFSubModuleAddress& aAddress):

TPckg<CommsFW::TCFSubModuleAddress>(iAddress)  

	/** Constructor; copies the parameter.

	@param aAddress The fully qualified address of the submodule.

	@see TCFSubModuleAddress

	*/	

	{

	iAddress = aAddress;

	};

inline TRSSubModuleAddress::TRSSubModuleAddress(const CommsFW::TCFModuleName& aModule, const CommsFW::TCFSubModuleName& aSubModule):

TPckg<CommsFW::TCFSubModuleAddress>(iAddress) 

	/** Constructor; copies the parameters.

	@param aModule The name of the module containing the submodule.

	@param aSubModule The name of the submodule within aModule.

	*/	

	{

	iAddress.SetModule(aModule);

	iAddress.SetSubModule(aSubModule);

	};

inline TRSBindingInfo::TRSBindingInfo(const TRSBindType& aType, const CommsFW::TCFSubModuleAddress& aAddress1,

									  const CommsFW::TCFSubModuleAddress& aAddress2,

						  			  TInt aForwardQLength, TInt aReverseQLength):

TPckg<TRSBindingInfoContainer>(iParams)

	/** Constructor; copies the parameters.

	@param aType Type of binding.

	@param aAddress1 Fully qualified address of the first submodule.

	@param aAddress2 Fully qualified address of the second submodule.

	@param aForwardQLength The number of slots in the forward queue.

	@param aReverseQLength The number of slots in the reverse direction.

	@see TCFSubModuleAddress

	@see TRSBindType

	 */

	{

	iParams.iType = aType;

	iParams.iAddress1 = aAddress1;

	iParams.iAddress2 = aAddress2;

	iParams.iState1 = KErrNone;

	iParams.iState2 = KErrNone;

	iParams.iForwardQLength = aForwardQLength;

	iParams.iReverseQLength = aReverseQLength;

	}

/** A copy constructor for the TRSBindingInfo class

*/

inline TRSBindingInfo::TRSBindingInfo(const TRSBindingInfo &aRef)

	:TPckg<TRSBindingInfoContainer>(aRef)

    {

    iParams = aRef.iParams;    

    iPtr = REINTERPRET_CAST(TUint8*, &iParams);

    }

inline TRSBindingInfo& TRSBindingInfo::operator=(const TRSBindingInfo& aInfo)

	/** Assignment operator, copies the content of the right side to the

		instance on the left side.

		@param aInfo The TRSBindingInfo instance to copy from.

	*/

	{

	iParams=aInfo.iParams;

	iPtr = REINTERPRET_CAST(TUint8*, &iParams);

	return *this;

	}

inline TRSBindingInfoContainer& TRSBindingInfoContainer::operator=(const TRSBindingInfoContainer& aInfo)

	/** Assignment operator, copies the content of the right side to the

		instance on the left side.

		@param aInfo The TRSBindingInfoContainer instance to copy from.

	*/

	{

	iType=aInfo.iType;

	iAddress1=aInfo.iAddress1;

	iAddress2=aInfo.iAddress2;

	iState1=aInfo.iState1;

	iState2=aInfo.iState2;

	iForwardQLength=aInfo.iForwardQLength;

	iReverseQLength=aInfo.iReverseQLength;

	return *this;

	}

inline TRSUnBindingInfo::TRSUnBindingInfo(const CommsFW::TCFSubModuleAddress aAddress1, const CommsFW::TCFSubModuleAddress aAddress2):

TPckg<TRSUnBindingInfoContainer>(iParams)

	/** 

	@param aAddress1 Fully qualified address of the first submodule.

	@param aAddress2 Fully qualified address of the second submodule.

	@see TCFSubModuleAddress

	 */

	{

	iParams.iAddress1 = aAddress1;

	iParams.iAddress2 = aAddress2;

	iParams.iState1 = KErrNone;

	iParams.iState2 = KErrNone;

	}

inline TRSIter::TRSIter()

: iPosition(0)

	/** Constructor; initializes the iterator to first position.

	*/

	{ }

inline const TInt& TRSIter::operator()() const

	/** Returns the current position of the iteration. Note that does not 

	relate directly to the position of a specific module.

	*/

	{

	return iPosition;

	}

inline TInt& TRSIter::operator()()

	/** Returns a reference to the iteration count. Note that does not 

	relate directly to the position of a specific module.

	*/

	{

	return iPosition;

	}

inline void TRSIter::Reset()

	/** Resets the iteration to start from the beginning.

	*/

	{

	iPosition = 0;

	}

#endif // __RSCOMMON_INL__