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// Copyright (c) 2007-2009 Nokia Corporation and/or its subsidiary(-ies).
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// All rights reserved.
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// This component and the accompanying materials are made available
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// under the terms of "Eclipse Public License v1.0"
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// which accompanies this distribution, and is available
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// at the URL "http://www.eclipse.org/legal/epl-v10.html".
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//
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// Initial Contributors:
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// Nokia Corporation - initial contribution.
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//
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// Contributors:
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//
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// Description:
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//
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/**
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@file
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@publishedPartner
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@released
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*/
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#ifndef THREADDATA_H
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#define THREADDATA_H
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#include <streamelement.h>
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/**
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@publishedPartner
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@released
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Class that represents a thread on the target. It is based on CStreamElementBase, so
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it can be streamed between client and server.
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It is used by the Core Dump server, its clients and the plugins.
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*/
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class CThreadInfo : public CStreamElementBase
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{
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public:
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IMPORT_C static CThreadInfo* NewL( const TUint64 & aId,
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const TDesC & aName,
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const TUint64 & aProcessId,
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const TUint & aPriority,
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const TLinAddr & aSvcStackPtr,
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const TLinAddr & aSvcStackAddr,
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const TUint & aSvcStackSize,
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const TLinAddr & aUsrStackAddr,
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const TUint & aUsrStackSize);
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IMPORT_C static CThreadInfo* NewL( const TDesC8 & aStreamData );
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IMPORT_C ~CThreadInfo();
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public:
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// Methods specific to CThreadInfo
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IMPORT_C const TUint64 & Id( ) const;
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IMPORT_C void NameL( const TDesC & aName );
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IMPORT_C const TDesC & Name() const;
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IMPORT_C const TUint64 & ProcessId( ) const;
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IMPORT_C TUint Priority( ) const;
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IMPORT_C TUint SvcStackPtr( ) const;
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IMPORT_C TUint SvcStackAddr( ) const;
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IMPORT_C TUint SvcStackSize( ) const;
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IMPORT_C TUint UsrStackAddr( ) const;
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IMPORT_C TUint UsrStackSize( ) const;
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IMPORT_C TBool Observed( ) const;
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IMPORT_C void Observed( TBool aFlag );
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IMPORT_C void SetLastCpuId(TInt32 aLastCpu);
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IMPORT_C TInt32 LastCpuId() const;
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IMPORT_C void SetHeapBase(TUint32 aHeapSize);
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IMPORT_C TUint32 HeapBase() const;
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IMPORT_C void SetHeapSize(TUint32 lastCpu);
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IMPORT_C TUint32 HeapSize() const;
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public:
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// Methods required by streaming interface
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IMPORT_C TInt static MaxSize();
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IMPORT_C TInt Size() const;
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IMPORT_C void InternalizeL( RReadStream & aStream );
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IMPORT_C void ExternalizeL( RWriteStream & aStream, CBufFlat* buf );
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private:
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CThreadInfo( const TUint64 & aId,
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const TUint64 & aProcessId,
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const TUint & aPriority,
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const TLinAddr & aSvcStackPtr,
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const TLinAddr & aSvcStackAddr,
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const TUint & aSvcStackSize,
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const TLinAddr & aUsrStackAddr,
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const TUint & aUsrStackSize);
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CThreadInfo();
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void ConstructL( const TDesC & aName );
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private:
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/** Symbian kernel thread id */
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TUint64 iId;
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/** Symbian kernel thread name */
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HBufC * iName;
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/** Symbian kernel process id of owning process */
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TUint64 iProcessId;
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/** Symbian kernel thread priority TThreadPriority */
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TUint iPriority;
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/** Thread supervisor stack pointer */
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TLinAddr iSvcStackPtr;
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/** Thread supervisor mode stack base address */
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TLinAddr iSvcStackAddr;
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/** Thread supervisor mode stack size in bytes */
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TUint iSvcStackSize;
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/** Thread user mode stack base address */
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TLinAddr iUsrStackAddr;
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/** Thread user mode stack base size in bytes */
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TUint iUsrStackSize;
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/** Set to ETrue if the thread is being explicitly observed for crashes
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by the Core Dump Server. If only the owning process is being observed,
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this should be EFalse. */
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TBool iObserved;
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/** Externalized size */
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TUint iSize;
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/** last cpu in use when crash occurred */
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TInt32 iLastCpuId;
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/** threads heap base */
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TInt32 iHeapBase;
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/** thread heap size */
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TUint32 iHeapSize;
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// These are not internalised/externalised since they are spare
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TUint32 iSpare1;
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TUint32 iSpare2;
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};
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/**
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@publishedPartner
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@released
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List of CThreadInfo object pointers.
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@see CThreadInfo
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@see RPointerArray
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*/
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typedef RPointerArray<CThreadInfo> RThreadPointerList;
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#endif // THREADDATA_H
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