Added GLES 1.x spinning cube-rendering code to eglbringuptest
The coordinate, color and index data are uploaded to server-side
buffers by the CGLES1Cube::KhrSetup function. CGLES1Cube::KhrPaint
just sets the view matrix and issues a draw command.
Which demo to display can be selected by passing its name on the
command line, e.g.
eglbringuptest vgline
eglbringuptest gles1cube
If no name is provided, the application defaults to vgline.
// Copyright (c) 2007-2009 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:
// Declaration of a Direct Graphics Device Interface (GDI) Driver implementation,
// this class actually implements the HAI.
//
//
#ifndef __DIRECTGDIDRIVERIMPL_H__
#define __DIRECTGDIDRIVERIMPL_H__
/**
@file
@internalComponent Reference implementation of Open VG hardware accelerated DirectGDI adaptation.
*/
#include "vgimagecache.h"
#include "directgdidrawableref.h"
#include "directgdiimageref.h"
#include "directgdidriverprocessstate.h"
#include "glyphimagecache.h"
#include <graphics/directgdidriverinternal.h>
#include <graphics/directgdiextensioninterfaces.h>
#include <e32hashtab.h>
#include <e32cmn.h>
#include <pls.h>
// Forward declarations.
//
class CDirectGdiImageTargetImpl;
class CDirectGdiImageSourceImpl;
class CVgEngine;
class CDirectGdiDrawableRef;
class RDirectGdiImageTarget;
/**
Represents the body part of CDirectGdiDriver that actually implements the HAI. Derives from the CDirectGdiDriverInternal class and implements all the
interfaces to provide the functionality required by the generic layer.
*/
NONSHARABLE_CLASS(CDirectGdiDriverImpl): public CDirectGdiDriverInternal, public MDirectGdiDriverCacheSize
{
public:
static TInt New(CDirectGdiDriverInternal*& aInternal, RLibrary aLibrary);
~CDirectGdiDriverImpl();
// From CDirectGdiDriverInternal
void Flush();
void Finish();
TInt GetError();
void SetError(TInt aErr);
TInt CreateDrawableSource(TInt& aHandleRet, const RSgDrawable& aSgDrawable);
void CloseDrawableSource(TInt& aHandle) ;
TInt CreateImageTarget(TInt& aHandleRet, const RSgImage& aImageDestination);
void CloseImageTarget(TInt& aHandle);
TInt CreateEngine(MDirectGdiEngine*& aDirectGdiEngine);
void DestroyEngine(MDirectGdiEngine* aDirectGdiEngine);
TInt GetInterface(TUid aInterfaceId, TAny*& aInterface);
// From MDirectGdiDriverCacheSize
TInt SetMaxImageCacheSize(TInt aSize);
TInt MaxImageCacheSize() const;
TInt SetMaxGlyphCacheSize(TInt aSize);
TInt MaxGlyphCacheSize() const;
void SetCurrentEngine(CVgEngine* aCurrentEngine);
void SetCurrentTarget(CDirectGdiImageTargetImpl* aCurrentTarget);
TBool IsCurrentEngine(const CVgEngine* aCurrentEngine) const;
TBool IsCurrentTarget(const CDirectGdiImageTargetImpl* aCurrentTarget) const;
void Activate(CDirectGdiImageTargetImpl* aRenderingTarget);
void Reactivate(CDirectGdiImageTargetImpl* aRenderingTarget);
void Deactivate(CDirectGdiImageTargetImpl* aRenderingTarget);
CDirectGdiImageSourceImpl* GetImageSourceFromHandle(TInt aHandle) const;
CDirectGdiImageTargetImpl* GetImageTargetFromHandle(TInt aHandle) const;
TBool IsImageSource(TInt aHandle) const;
CFontGlyphImageStorage* FontGlyphImageStorage() const;
TInt PreAllocateFontGlyphImages(); //images will be used to draw glyphs if the system runs out of memory
CVgImageCache* VgImageCache() const;
// VGImage cache commands
VGImage GetVgImageFromCache(const CFbsBitmap& aBitmap, const TPoint& aOrigin) const;
TBool AddVgImageToCache(const CFbsBitmap& aBitmap, VGImage& aImage, const TPoint& aOrigin);
TInt RegisterSourceImage(const CDirectGdiImageSourceImpl& aImage);
TInt RegisterTargetImage(const CDirectGdiImageTargetImpl& aImage);
TInt UnregisterSourceImage(const CDirectGdiImageSourceImpl& aImage);
TInt UnregisterTargetImage(const CDirectGdiImageTargetImpl& aImage);
inline EGLDisplay EglDisplay() const;
inline XDirectGdiDriverProcessState& ProcessState() const;
static TInt GetVgError();
private:
CDirectGdiDriverImpl(RLibrary aLibrary);
TInt Construct();
TInt InitializeEglConfigs(EGLDisplay display);
#ifdef _DEBUG
void CheckSourceIsValid(TInt aHandle) const;
void CheckTargetIsValid(TInt aHandle) const;
#endif // _DEBUG
private:
TInt iErrorCode; /**< The first error code to occur in any CVgEngine instance.*/
RHashMap<TInt, EGLContext> iPixelContextMap;
RHashMap<TInt, EGLConfig> iPixelConfigMap;
CVgEngine* iCurrentEngine;
CDirectGdiImageTargetImpl* iCurrentTarget;
EGLContext iSharedContext;
EGLDisplay iDisplay;
RPointerArray<CDirectGdiImageRef> iSourceArray; /**< An array of pointers to all sources created and currently held open by this driver.*/
RPointerArray<CDirectGdiImageRef> iTargetArray; /**< An array of pointers to all targets created and currently held open by this driver.*/
CFontGlyphImageStorage* iGlyphImageStorage;
CVgImageCache* iVgImageCache;
#ifndef __WINS__
static XDirectGdiDriverProcessState gProcessState;
#endif
};
/**
@return A reference to the process state object.
*/
inline XDirectGdiDriverProcessState& CDirectGdiDriverImpl::ProcessState() const
{
#ifdef __WINS__
const TUid KDirectGdiAdapterUid = {0x102858E9};
return *Pls<XDirectGdiDriverProcessState>(KDirectGdiAdapterUid);
#else
return gProcessState;
#endif
}
/**
@return A handle to the EGLDisplay associated with this driver.
*/
inline EGLDisplay CDirectGdiDriverImpl::EglDisplay() const
{
return iDisplay;
}
#endif //__DIRECTGDIDRIVERIMPL_H__