Apply patch 6. Cleanup syborg specific variation by allowing the project file to build one specially for it. Fix include macros for test apps. Further tuning how the variant is build appears in later patches. Explicitly including platform_paths seems to make debugging easier for carbide. This might be removed if its bad practice or causes issues.
// Copyright (c) 2000-2009 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:
//
#if !defined(__TACCELERATOR_H__)
#define __TACCELERATOR_H__
#include <bitdev.h>
#include "TBMP.H"
#include "TGraphicsHarness.h"
class CTestBitmap
{
public:
inline CTestBitmap() : iBitmap(0), iDevice(0), iGc(0) {};
~CTestBitmap();
TInt ConstructL(TDisplayMode aDisplayMode,TSize aSize,TBool aHWBitmap=EFalse);
TInt ConstructL();
void Reset();
TBool Compare(CTestBitmap* aBitmap2);
public:
CFbsBitmap* iBitmap;
CFbsBitmapDevice* iDevice;
CFbsBitGc* iGc;
};
class CTAccelerator : public CTGraphicsBase
{
public:
CTAccelerator(CTestStep* aStep);
void Test();
protected:
//from CTGraphicsStep
virtual void RunTestCaseL(TInt aCurTestCase);
private:
void TestL();
void Cleanup();
TInt Random(TInt aMax);
// Tests
void TestAcceleratedBitmapSpecL(TDisplayMode aDisplayMode,TBool aHWBitmap);
void TestGraphicsOperations(TDisplayMode aDisplayMode,TBool aHWBitmap);
void TestGraphicsOperationsWithScreenL(TDisplayMode aDisplayMode,TBool aHWBitmap);
void TestAcceleratorInfo();
void TestAcceleratorInfoForExtendedBitmapL();
void TestFilledRect();
void TestFilledRectWithPattern();
void TestInvertRect();
void TestFadeRect();
void TestBitBlt();
void TestBitBltMasked();
void TestBitBltAlphaBitmap();
void TestAlphaBlendTwoBitmaps();
void TestAlphaBlendOneBitmap();
void resetColorBitmaps();
void TestScreenFilledRect();
void TestScreenFilledRectWithPattern();
void TestScreenInvertRect();
void TestScreenFadeRect();
void TestScreenBitBlt();
void TestScreenBitBltMasked();
void TestScreenBitBltAlphaBitmap();
void TestScreenAlphaBlendTwoBitmaps();
void TestScreenAlphaBlendOneBitmap();
void TestScreenRotation();
void TestUserDisplayMode();
TRegionFix<41> iFixedRegion;
const TRegion* iFixedRegionPtr;
TRegionFix<95> iSubRegion;
const TRegion* iSubRegionPtr;
TRegionFix<1> iDefaultRegion;
TRegionFix<1> iDefaultScreenRegion;
private:
TUint iRandomSeed;
CTestBitmap iBitmap1;
CTestBitmap iBitmap2;
CTestBitmap iBitmap3;
CTestBitmap iBitmap4;
CTestBitmap iBitmap5;
CTestBitmap iBitmap6;
CTestBitmap iBitmap7;
CTestBitmap iBitmap8;
CTestBitmap iTileBitmap;
CTestBitmap iAlphaBitmap;
CGraphicsAccelerator* iGraphicsAccelerator1;
CGraphicsAccelerator* iGraphicsAccelerator2;
TBitmapLockCount iBitmapLockCount;
CFbsScreenDevice* iHwScreenDevice;
CFbsBitGc* iScreenGc;
};
class CTAcceleratorStep : public CTGraphicsStep
{
public:
CTAcceleratorStep();
protected:
//from CTGraphicsStep
virtual CTGraphicsBase* CreateTestL();
virtual void TestSetupL();
virtual void TestClose();
};
_LIT(KTAcceleratorStep,"TAccelerator");
#endif