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/*
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* Copyright (c) 2005-2006 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: General functions
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*
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*/
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#ifndef M2GUTILS_H
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#define M2GUTILS_H
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// INCLUDE FILES
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#include <gdi.h> // DisplayMode, Draw, BitBlt
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#include <fbs.h> // CFbsBitmap
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#include "M2GGeneral.h"
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#include <QPixmap>
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#include <jni.h>
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M2G_NS_START
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// CONSTANTS
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// DATA TYPES
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// MACROS
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// FORWARD DECLARATIONS
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class CFbsBitmapDevice;
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class CFbsBitGc;
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// FUNCTION PROTOTYPES
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// CLASS DECLARATION
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//For UI Thread Execution.
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#include "CSynchronization.h"
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#define M2G_DO_LOCK CSynchronization::InstanceL()->Lock();
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//TODO Have to Raise Exception in case we find any error.
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#define M2G_DO_UNLOCK(aEnv) {\
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TInt errorCode = CSynchronization::InstanceL()->GetErrorCode();\
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CSynchronization::InstanceL()->Unlock();\
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}\
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/**
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* @class M2GBitmapUtils
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* @brief Static methods for alpha blending and bitmaps
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*/
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class M2GBitmapUtils
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{
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public: // STATIC METHODS
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/**
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* Blits two bitmap
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* @since Series S60 3.0
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* @param aTarget Target bitmap.
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* @param aSource Source bitmap.
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* @param aPoint Position for the top left corner of the bitmap.
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* @param aRect Rectangle defining the piece of the bitmap to be drawn.
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* @param aSourceMask Mask.
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* @return M2G_OK if ok
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*/
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static TInt BitBlt(CFbsBitmap& aTarget,
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const CFbsBitmap& aSource,
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const TPoint& aPoint,
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const TRect* aRect = NULL,
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const CFbsBitmap* aSourceMask = NULL);
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static TInt BitBlt(CBitmapContext& aTargetContext,
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const CFbsBitmap& aSource,
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const TPoint& aPoint,
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const TRect* aRect,
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const CFbsBitmap* aSourceMask,
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/*MSwtClient* aClientHandle,*/
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TBool aUseNativeClear = EFalse);
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static TInt BitQBlt(QImage& aTargetQimage,
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const QImage& aSourceQimage,
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const TPoint& aPoint,
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const TRect* aRect,
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const CFbsBitmap* aSourceMask);
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/**
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* Checks if two bitmap are equal.
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* @since Series S60 3.0
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* @param aLhs Left side bitmap
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* @param aRhs Right side bitmap
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* @return ETrue if bitmaps are equal.
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*/
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inline static TBool Equals(const CFbsBitmap& aLhs, const CFbsBitmap& aRhs)
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{
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return (aLhs.SizeInPixels() == aRhs.SizeInPixels());
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}
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/**
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* Checks if a bitmap has same values as given values.
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* @since Series S60 3.0
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* @param aBitmap Bitmap
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* @param aSz Size in pixels.
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* @param aMode Display mode.
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* @return ETrue if bitmaps are equal.
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*/
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inline static TBool Equals(
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const CFbsBitmap& aBitmap,
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const TSize& aSz,
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const TDisplayMode* aMode)
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{
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return (((aBitmap.SizeInPixels() == aSz) &&
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((aMode == NULL) || (aBitmap.DisplayMode() == *aMode))
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) ? ETrue : EFalse);
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}
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/**
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* Return byte per pixel
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* @since Series S60 3.1
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* @param aBitmap
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* @param aRhs Right side bitmap
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* @return ETrue if bitmaps are equal.
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*/
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inline static TInt BytesPerPixel(const CFbsBitmap& aBitmap)
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{
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switch (aBitmap.DisplayMode())
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{
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case EGray256 :
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case EColor256 :
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return 1;
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case EColor64K :
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return 2;
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case EColor16M :
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case EColor16MU :
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case EColor16MA :
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return 4;
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default :
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return 0;
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}
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}
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};
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//-----------------------------------------------------------------------------
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// Creating integer 'handles' from C++ objects for referencing them inside Java
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// The shift garauntees a positive integer, so object creation native methods
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// can overload the return value to be a handle or an error code
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//
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// Unhanding the integer requires the destination type to be known, so is
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// implemented as a template function, it should be invoked as
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//
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// CXyz* xyz=JavaUnhand(aHandle);
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//
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const TInt KJavaHandleShift=2;
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inline TInt JavaMakeHandle(const TAny* aObject)
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{
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return reinterpret_cast<TUint>(aObject)>>KJavaHandleShift;
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}
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template <typename T>
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inline T* JavaUnhand(TInt aHandle)
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{
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return reinterpret_cast<T*>(aHandle<<KJavaHandleShift);
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}
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//----------------------------------------------------------------------------
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/* Takes an EPOC string and returns a Java JNI string */
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inline jstring CreateJavaString(JNIEnv& aJni, const TDesC16& aString)
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{
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const jchar* stringPtr = aString.Ptr();
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const jsize stringLength = aString.Length();
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jstring jniString = aJni.NewString(stringPtr, stringLength);
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return jniString;
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}
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/**
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* @class TM2GRenderRect
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* @brief Class for handling rendering rectangle
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*/
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class TM2GRenderRect : public TRect
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{
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private:
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// NOTE ELength should be always the last one and indexing
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// should start from 0
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enum TArrayIndexes
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{
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EAnchorX = 0,
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EAnchorY = 1,
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EClipX = 2,
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EClipY = 3,
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EClipW = 4,
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EClipH = 5,
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ELength
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};
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public: // METHODS
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/**
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* Ctor
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* @since Series S60 3.0
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* @param aAnchorX X anchor
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* @param aAnchorY Y anchor
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* @param aClipX Clip x
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* @param aClipY Clip y
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* @param aClipWidth Clip width
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* @param aClipHeight Clip height
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*/
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TM2GRenderRect(
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TInt aAnchorX, TInt aAnchorY,
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TInt aClipX, TInt aClipY,
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TInt aClipW, TInt aClipH);
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/**
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* Ctor
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* @since Series S60 3.0
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* @param aDimensions Dimensions. @see TArrayIndexes.
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* @param aLength Array length
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*/
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TM2GRenderRect(TInt* aDimensions, TInt aLength);
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/**
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* Copy ctor
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* @since Series S60 3.0
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* @param aRd
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*/
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TM2GRenderRect(const TM2GRenderRect& aRd);
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/**
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* Assignment operator
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* @since Series S60 3.0
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* @param aRd
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* @return TM2GRenderRect
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*/
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TM2GRenderRect& operator=(const TM2GRenderRect& aRd);
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/**
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* Dtor
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* @since Series S60 3.0
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*/
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virtual ~TM2GRenderRect();
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/**
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* Returns x anchor
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* @since Series S60 3.0
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* @return X anchor
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*/
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inline TInt GetAnchorX()
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{
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return iAnchorX;
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}
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/**
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* Returns y anchor
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* @since Series S60 3.0
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* @return Y anchor
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*/
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inline TInt GetAnchorY()
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{
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return iAnchorY;
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}
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/**
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* Returns clip height
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* @since Series S60 3.0
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* @return Clip height
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*/
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inline TInt GetClipH()
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{
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return Height();
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}
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/**
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* Returns x clip
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* @since Series S60 3.0
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* @return X clip
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*/
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inline TInt GetClipX()
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{
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return iTl.iX;
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}
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/**
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* Returns y clip
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* @since Series S60 3.0
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* @return Y clip
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*/
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inline TInt GetClipY()
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{
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return iTl.iY;
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}
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/**
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* Returns clip width
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* @since Series S60 3.0
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* @return Clip width
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*/
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inline TInt GetClipW()
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{
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return Width();
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}
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/**
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* Sets x anchor
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* @since Series S60 3.0
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* @param aX X anchor
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*/
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inline void SetAnchorX(TInt aX)
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{
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iAnchorX = aX;
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}
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/**
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* Sets y anchor
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* @since Series S60 3.0
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* @param aY Y anchor
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*/
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inline void SetAnchorY(TInt aY)
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{
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iAnchorY = aY;
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}
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/**
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* Sets clip height
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* @since Series S60 3.0
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* @param aH Clip height
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*/
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inline void SetClipH(TInt aH)
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{
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SetHeight(aH);
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}
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/**
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* Sets x clip
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* @since Series S60 3.0
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* @param aX X clip
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*/
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inline void SetClipX(TInt aX)
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{
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iTl.iX = aX;
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}
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/**
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* Sets y clip
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* @since Series S60 3.0
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* @param aY Y clip
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*/
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inline void SetClipY(TInt aY)
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{
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iTl.iY = aY;
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}
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/**
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* Sets clip width
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* @since Series S60 3.0
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* @param aW Clip width
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*/
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inline void SetClipW(TInt aW)
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{
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SetWidth(aW);
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}
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public: // STATIC METHODS
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/**
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* Gets region size
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* @since Series S60 3.0
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* @param aRect Render dimensions
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* @param aSz Source surface size
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* @return Region size to be paint
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*/
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static TSize GetRegionSizeInPixels(
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TM2GRenderRect& aRect,
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const TSize& aSz);
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public: // VARIABLES
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TInt iAnchorX;
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TInt iAnchorY;
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};
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/**
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* @class TM2GBitmapLock
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* @brief Bitmap autolocker
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*/
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class TM2GBitmapLock
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{
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public: // METHODS
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/**
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* Ctor
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* @param aBitmap Bitmap
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* @param aLock If ETrue then bitmap is locked by ctor.
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*/
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TM2GBitmapLock(const CFbsBitmap* aBitmap, TBool aLock = ETrue);
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/**
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* Dtor
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* @since Series S60 3.0
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*/
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virtual ~TM2GBitmapLock();
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/**
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* Locks bitmap heap
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* @since Series S60 3.0
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*/
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void Lock();
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/**
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* Unlocks bitmap heap
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* @since Series S60 3.0
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*/
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void Unlock();
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protected: // METHODS
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/**
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* Copy ctor
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* @since Series S60 3.0
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* @param aRd
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*/
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TM2GBitmapLock(const TM2GBitmapLock& aRd);
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/**
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* Assignment operator
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* @since Series S60 3.0
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* @param aRd
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* @return TM2GBitmapLock
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*/
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TM2GBitmapLock& operator=(const TM2GBitmapLock& aRd);
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public: // VARIABLES
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const CFbsBitmap* iBitmap;
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TBool iIsLocked;
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};
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class TSWTBitBlt/*: public MSwtFunctor*/
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{
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public:
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TSWTBitBlt(CBitmapContext& aTargetContext,
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const TPoint& aPoint,
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const CFbsBitmap* aBitmap,
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const TRect* aSourceRect,
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const CFbsBitmap* aMaskBitmap,
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TBool aUseNativeClear);
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void operator()() const;
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CBitmapContext& iTargetContext;
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const TPoint iPoint;
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const CFbsBitmap* iBitmap;
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const TRect* iRect;
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const CFbsBitmap* iMaskBitmap;
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TBool iUseNativeClear;
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};
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M2G_NS_END
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#endif // M2GUTILS_H
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