// Copyright (c) 1998-2009 Nokia Corporation and/or its subsidiary(-ies).

// All rights reserved.

// This component and the accompanying materials are made available

// under the terms of the License "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:

// f32\sfile\sf_std.inl

// 

//

#ifndef SF_STD_INL

#define SF_STD_INL

//Class CFsRequest

void CFsRequest::Kill(TInt aReason)

	{

	if(!ErrorPlugin(aReason))

		Message().Kill(aReason);

	}

void CFsRequest::Terminate(TInt aReason)

	{

	if(!ErrorPlugin(aReason))

		Message().Terminate(aReason);

	}

void CFsRequest::Panic(const TDesC &aCategory,TInt aReason)

	{

	__IF_DEBUG(Print(_L("CFsRequest::Panic %S %d"),&aCategory,aReason));	

	if(!ErrorPlugin(aReason))

		Message().Panic(aCategory,aReason);

	}

TBool CFsRequest::ErrorPlugin(TInt aError)

	{

	CFsMessageRequest& self = *(CFsMessageRequest*)this;

	CFsPlugin* plugin = self.iOwnerPlugin;

	if(plugin)

		{

		plugin->iLastError = aError;

		plugin->iThreadP->OperationLockSignal();

		self.iOwnerPlugin = NULL;

		return ETrue;

		}

	return EFalse;

	}

// class CFsObjectIx

TInt CFsObjectIx::Count() const 

	{return(iHighWaterMark);}

TInt CFsObjectIx::ActiveCount() const 

	{return(iNumEntries);}

void CFsObjectIx::Lock() 

	{iLock.Wait();}

void CFsObjectIx::Unlock() 

	{iLock.Signal();}

// class CFsObjectCon

void CFsObjectCon::Lock() 

	{iLock.Wait();}

void CFsObjectCon::Unlock() 

	{iLock.Signal();}

TInt CFsObjectCon::UniqueID() const 

	{return(iUniqueID);}

TInt CFsObjectCon::Count() const 

	{return(iCount);}

// class CDisconnectThread

CFsInternalRequest* CDisconnectThread::GetRequest() 

	{return(iRequest);}

// class CServerFs

void CServerFs::SessionQueueLockWait()

	{iSessionQueueLock.Wait();}

void CServerFs::SessionQueueLockSignal()

	{iSessionQueueLock.Signal();}

// class CSessionFs

void CSessionFs::IncResourceCount() 

	{ __e32_atomic_add_ord32(&iResourceCount, 1); }

void CSessionFs::DecResourceCount() 

	{ __e32_atomic_add_ord32(&iResourceCount, (TUint32)(-1)); }

CFsObjectIx& CSessionFs::Handles() 

	{return(*iHandles);}

HBufC& CSessionFs::Path() 

	{/*__CHECK_MAINTHREAD();*/ return(*iPath);}

void CSessionFs::SetPath(HBufC* aPath) 

	{__CHECK_MAINTHREAD(); iPath=aPath;}

TThreadId& CSessionFs::ThreadId()

	{ return iId; }

void CSessionFs::SetThreadId(const TThreadId& aId)

	{

	iId = aId; 

	}

// class TReservedDriveAccess

TReservedDriveAccess::TReservedDriveAccess(TInt aDriveNumber)

  : iDriveNumber(aDriveNumber),

	iReservedSpace(0),

	iReservedAccess(EFalse)

	{ }

TReservedDriveAccess::TReservedDriveAccess(TInt aDriveNumber, TInt aReservedSpace)

  : iDriveNumber(aDriveNumber),

	iReservedSpace(aReservedSpace),

	iReservedAccess(EFalse)

	{ }

// class TOperation

TBool TOperation::IsSync() const 

	{return(iFlags & ESync)?(TBool)ETrue:(TBool)EFalse;}

TInt TOperation::Function()

	{return(iFunction);}

TInt TOperation::Initialise(CFsRequest* aRequest) 

	{return((*iInitialise)(aRequest));}	

TInt TOperation::PostInitialise(CFsRequest* aRequest) 

	{return((*iPostInitialise)(aRequest));}	

TInt TOperation::DoRequestL(CFsRequest* aRequest) 

	{return((*iDoRequestL)(aRequest));}

TFsPluginRequest::TF32ArgType TOperation::Arg(TUint aIndex)

	{return((TFsPluginRequest::TF32ArgType)((TUint8*)&iArgs)[aIndex]);}

inline void TMsgOperation::Set(TInt64 aPos, TInt aLength, TUint8* aData, TInt aOffset, TInt aNextState)

	{

	iReadWriteArgs.iPos = aPos;

	iReadWriteArgs.iTotalLength = iReadWriteArgs.iLength = aLength;

	iReadWriteArgs.iData = aData;

	iReadWriteArgs.iOffset = aOffset;

	iClientRequest = EFalse;

	iState = aNextState;

	}

//Operations pushed from the client use this version of Set

inline void TMsgOperation::Set(TInt64 aPos, TInt aLength, TDesC8* aData, TInt aOffset, TInt aNextState)

	{

	iReadWriteArgs.iPos = aPos;

	iReadWriteArgs.iTotalLength = iReadWriteArgs.iLength = aLength;

	iReadWriteArgs.iData = aData;

	iReadWriteArgs.iOffset = aOffset;

	iClientRequest = ETrue;

	iState = aNextState;

	}

// class CFsRequest

TOperation* CFsRequest::Operation() 

	{return(iOperation);}

CSessionFs* CFsRequest::Session() 

	{return(iSession);}

void CFsRequest::SetSession(CSessionFs* aSession) 

	{iSession=aSession;}

TInt CFsRequest::DriveNumber() 

	{return(iDriveNumber);}

void CFsRequest::SetDriveNumber(TInt aDriveNumber) 

	{iDriveNumber=aDriveNumber;}

TBool CFsRequest::IsCompleted() 

	{return(iIsCompleted);}

void CFsRequest::SetCompleted(TBool aIsCompleted) 

	{iIsCompleted=aIsCompleted;}

TUint CFsRequest::ScratchValue() 

	{return I64LOW(iScratchValue);}

void CFsRequest::SetScratchValue(const TUint aValue) 

	{SetAndOpenScratchValue(aValue);}

TInt64 CFsRequest::ScratchValue64() 

	{return(iScratchValue);}

void CFsRequest::SetScratchValue64(const TInt64& aValue) 

	{SetAndOpenScratchValue(aValue);}

TBool CFsRequest::IsSeparateThread() 

	{return(!iOperation->IsSync());}

TBool CFsRequest::IsPostOperation() const

	{return iFlags & EPostOperation;}

void CFsRequest::SetPostOperation(TBool aSet)

	{aSet? iFlags |= EPostOperation : iFlags &= ~EPostOperation;}

TBool CFsRequest::IsPluginSpecific() const

	{return(iOperation->iFunction == EFsPluginOpen      || 

			iOperation->iFunction == EFsPluginDoRequest ||

			iOperation->iFunction == EFsPluginDoControl ||

			iOperation->iFunction == EFsPluginDoCancel);}

TBool CFsRequest::IsExpectedResult(TInt aError) const

	{return ((aError == KErrNone) || 

			(iOperation->iFunction == EFsDirReadPacked && aError == KErrEof));}

void CFsRequest::SetError(TInt aError)

	{iError = aError;}

TInt CFsRequest::GetError() const

	{return iError;}

TBool CFsRequest::IsChangeNotify() const

	{ return ( iSession && iSession->IsChangeNotify() && iOperation->IsChangeNotify()); }

void CFsRequest::SetState(TReqStates aReqState)

	{ iReqState = aReqState; }

TBool CFsRequest::DirectToDrive() 

	{ return(iDirectToDrive); }

TBool CFsRequest::IsFsObjectOpen()

	{ return iFlags & EFsObjectOpen;}

void CFsRequest::SetFsObjectOpen(TBool aSet)

	{aSet? iFlags |= EFsObjectOpen : iFlags &= ~EFsObjectOpen;}

/**

Returns ETrue if the IPC Message Argument slot is packed with descriptor data for

EFsFileRead, EFsFileWrite, EFsFileSeek, EFsFileLock, EFsFileUnLock, EFsFileSize,

EFsFileSetSize and EFsReadFileSection requests.

@panic if the aMsgNum is greater than the number of IPC message arguments, KMaxMessageArguments.

@param IPC message argument index

*/

TBool CFsRequest::IsDescData(TInt aMsgNum)

	{

	__ASSERT_DEBUG(aMsgNum < KMaxMessageArguments, Fault(EBadMessageSlotIndex));

	return ((1 << (aMsgNum + KIpcFlagOffset)) & Message().Function())?(TBool)ETrue:(TBool)EFalse;

	}

/**

Least 16 bits (0 to 15) are used for file server operation index. 

Remaining bits (16 to 31) are reserved for other purposes.

Should be called in place of CFsRequest::Message().Function()

if the file server operation index is required.

@return Returns the file server operation index by masking the upper 16 bits.

*/ 

TInt CFsRequest::FsFunction()

	{return (Message().Function() & KIpcFunctionMask);}

// class CFsMessageRequest

void CFsMessageRequest::SetMessage(RMessage2& aMessage) 

	{iMessage=aMessage;}

TMsgOperation* CFsMessageRequest::CurrentOperationPtr()

	{return iCurrentOperation;}

// class CFsInternalRequest

void CFsInternalRequest::SetThreadHandle(TInt aThreadHandle) 

	{iThreadHandle=aThreadHandle;}

TInt CFsInternalRequest::ThreadHandle() 

	{return(iThreadHandle);}

TRequestStatus& CFsInternalRequest::Status() 

	{return(iStatus);}

TBool CFsInternalRequest::IsAllocated() 

	{return(iIsAllocated);}

void CFsInternalRequest::SetAllocated() 

	{iIsAllocated=ETrue;}

// class CFsMessageRequest

TBool CFsMessageRequest::IsFreeChanged() 

	{return(iFlags & EFreeChanged);}

void CFsMessageRequest::SetFreeChanged(TBool aChanged) 

	{ if (aChanged) iFlags |= EFreeChanged; else iFlags &= ~EFreeChanged;};

TBool CFsMessageRequest::IsAllocated() 

	{return(iFlags & EIsAllocated);}

void CFsMessageRequest::SetAllocated() 

	{iFlags |= EIsAllocated;}

CFsMessageRequest::CFsMessageRequest()

	{iFlags &= ~EIsAllocated;}

TBool CFsMessageRequest::PostInterceptEnabled()

	{return iFlags & EPostInterceptEnabled;}

void CFsMessageRequest::EnablePostIntercept(TBool aEnable)

	{if (aEnable) iFlags |= EPostInterceptEnabled; else iFlags &= ~EPostInterceptEnabled;}

inline TInt& CFsMessageRequest::LastError()

	{

	return iLastError;

	}

inline void CFsMessageRequest::SetLastError(TInt aLastError)

	{

	iLastError = aLastError;

	}

inline void CFsMessageRequest::Init()

	{

	SetLastError(KErrNone);

	iCurrentOperation = NULL;

	}

// class CNotifyInfo

CSessionFs* CNotifyInfo::Session() 

	{return(iSession);}

TRequestStatus* CNotifyInfo::Status() 

	{return(iStatus);}

#if defined(_USE_CONTROLIO) || defined(_DEBUG) || defined(_DEBUG_RELEASE)

// Class RequestAllocator

/** returns number of permanently & dynamically allocated requests  */

TInt RequestAllocator::RequestCount()

	{ return iRequestCount;}

TInt RequestAllocator::RequestCountPeak()

	{ return iRequestCountPeak;}

TInt OperationAllocator::FreeCount()

	{ return iFreeCount;}

TInt OperationAllocator::RequestCount()

	{ return iRequestCount;}

TInt OperationAllocator::RequestCountPeak()

	{ return iRequestCountPeak;}

#endif

//---------------------------------------------------------------------------------------------------------------------

inline CFileSystem* CMountBody::GetFileSystem() const 

    {

    return iFSys;

    }

inline void CMountBody::SetFileSystem(CFileSystem* aFsys) 

    {

    iFSys = aFsys;

    }

#endif //SF_STD_INL