// -----------------------------------------------------------------------------
// Blit
//
// Blits given image to gc.
//
// -----------------------------------------------------------------------------
//
inline static TBool Blit(
MAknsSkinInstance* aSkin, CBitmapContext& aGc, const TRect& aTrgRect,
CAknsImageItemData* aImgData, const TAknsItemID& aIID,
const TAknsBackground* aLayout, const TPoint& aPADelta,
const TInt aDrawParam )
{
CAknsAppSkinInstance* appInstance =
static_cast<CAknsAppSkinInstance*>(aSkin);
if ( IsBackgroundItem( aIID,appInstance ) &&
appInstance && appInstance->AnimBackgroundState() )
{
if( (aDrawParam&KAknsDrawParamPrepareOnly) )
{
return ETrue;
}
TRgb color = KRgbWhite;
color.SetAlpha(0x00);
aGc.SetPenColor(color);
aGc.SetBrushColor(color);
aGc.SetPenStyle(CGraphicsContext::ESolidPen);
aGc.SetBrushStyle(CGraphicsContext::ESolidBrush);
aGc.SetDrawMode(CGraphicsContext::EDrawModeWriteAlpha);
TRect layoutRect( aTrgRect );
if( aLayout )
{
layoutRect = aLayout->iRect;
}
layoutRect.Move( -aPADelta );
TRect drawRect = aTrgRect;
drawRect.Intersection( layoutRect );
aGc.Clear(drawRect);
return ETrue;
}
TRect layoutRect( aTrgRect );
const TAknsImageAttributeData* attr = NULL;
if( aLayout )
{
layoutRect = aLayout->iRect;
if( aLayout->iAttr.iAttributes != EAknsImageAttributeNone )
{
attr = &(aLayout->iAttr);
}
}
layoutRect.Move( -aPADelta );
TRect drawRect(aTrgRect);
drawRect.Intersection( layoutRect );
return DrawPartialCachedImage( aSkin, aGc, layoutRect, drawRect,
aImgData, aIID, attr, aDrawParam );
}
void CWsBackedUpWindow::Scroll(const TRect &aClipRect, const TPoint &aOffset,const TRect &aRect)
{
TRect winBorder=TRect(iWsWin->Size());
TRect clipRect=aClipRect;
TRect srcRect = aRect;
clipRect.Intersection(winBorder);
if (!clipRect.IsEmpty())
{ // If we have to do something (a visible part will change)
srcRect.Intersection(clipRect);
STACK_REGION regionToClear;
regionToClear.AddRect(aRect);
regionToClear.SubRect(srcRect);
regionToClear.Offset(aOffset);
ActivateGc();
iBitGc->SetClippingRect(clipRect);
iBitGc->SetDrawMode(CGraphicsContext::EDrawModeWriteAlpha);
iBitGc->CopyRect(aOffset,srcRect);
for (TInt k=0;k<regionToClear.Count();k++)
{
iBitGc->Clear(regionToClear[k]);
}
iBitGc->SetClippingRect(winBorder);
iBitGc->SetDrawMode(CGraphicsContext::EDrawModePEN);
TRegionFix<1> fixRegion(iWsWin->AbsRect());
UpdateScreen(fixRegion);
regionToClear.Close();
}
}
void CCameraEngine::StartDirectViewFinderL(RWsSession& aSession,
CWsScreenDevice& aScreenDevice,
RWindowBase& aWindow,
TRect& aScreenRect,
TRect& aClipRect)
{
if (iEngineState < EEngineIdle)
User::Leave(KErrNotReady);
if (0 == (iCameraInfo.iOptionsSupported & TCameraInfo::EViewFinderDirectSupported))
User::Leave(KErrNotSupported);
if (!iCamera->ViewFinderActive()) {
// Viewfinder extent needs to be clipped according to the clip rect.
// This is because the native camera framework does not support
// clipping and starting viewfinder with bigger than the display(S60
// 5.0 and older)/window(Symbian^3 and later) would cause viewfinder
// starting to fail entirely. This causes shrinking effect in some
// cases, but is better than not having the viewfinder at all.
if (aScreenRect.Intersects(aClipRect))
aScreenRect.Intersection(aClipRect);
if (iCameraIndex != 0)
iCamera->SetViewFinderMirrorL(true);
if (aScreenRect.Width() > 0 && aScreenRect.Height() > 0) {
iCamera->StartViewFinderDirectL(aSession, aScreenDevice, aWindow, aScreenRect);
} else {
if (iObserver)
iObserver->MceoHandleError(EErrViewFinderReady, KErrArgument);
}
}
}
EXPORT_C TBool CHuiFxEffect::Draw(CHuiGc& aGc, const TRect& aDisplayRect, TBool aHasSurface)
{
// Prepare all layers
#ifdef HUIFX_TRACE
RDebug::Print(_L("CHuiFxEffect::Draw - 0x%x"), this);
#endif
iFramesDrawn++;
if (!CHuiStatic::Renderer().Allows(EHuiRenderPluginAllowVisualPBufferSurfaces))
{
return EFalse;
}
TRect displayArea = aGc.DisplayArea();
TRect targetArea = aDisplayRect;
targetArea.Intersection(displayArea);
if (targetArea.Width() <= 0 || targetArea.Height() <= 0)
{
// Not visible
return ETrue;
}
if (!iEngine || !iRoot)
{
return EFalse;
}
if (iEngine->LowMemoryState())
{
// No memory, no effects.
return EFalse;
}
// Check if margins are allowed to be used for this effect
if (EffectFlags() & KHuiFxEffectDisableMarginsFlag)
{
iRoot->EnableMargin(EFalse);
}
iRoot->SetDisplayArea(displayArea);
iRoot->SetTargetRect(targetArea);
iRoot->SetSourceRect(targetArea);
TRAPD(err, iRoot->PrepareDrawL(*iEngine));
if (err != KErrNone)
{
return EFalse;
}
CHuiFxRenderbuffer* target = iEngine->DefaultRenderbuffer();
if (!target)
{
return EFalse;
}
iRoot->Draw(*iEngine, aGc, *target, *target, aHasSurface);
return ETrue;
}
void CHuiVg10CanvasGc::ClearWithBackgroundItems(const THuiRealRect& /*aRect*/, const RArray<THuiDisplayBackgroundItem>& aItems)
{
if (!iGc)
return;
THuiDisplayBackgroundItem item;
CHuiS60Skin* s60skin = static_cast<CHuiS60Skin*>(&CHuiStatic::Env().Skin());
CHuiTexture* backgroundTexture = NULL;
for (TInt index = 0; index < aItems.Count(); index++)
{
item = aItems[index];
switch (item.ClearMode())
{
case CHuiDisplay::EClearNone:
// do nothing...
break;
case CHuiDisplay::EClearWithColor:
iGc->SetPenColor(item.Color());
iGc->SetPenAlpha(TInt(item.Color().Alpha() * 255));
iGc->SetAlign(EHuiAlignHLeft, EHuiAlignVTop);
iGc->Disable(CHuiGc::EFeatureBlending);
iGc->Enable(CHuiGc::EFeatureClipping);
iGc->PushClip();
iGc->Clip(item.Rect()); // takes transformations into account
iGc->Clear();
iGc->PopClip();
break;
case CHuiDisplay::EClearWithSkinBackground:
backgroundTexture = s60skin->BackgroundTexture(item.SkinBackground());
if (backgroundTexture)
{
TRect skinRect;
TRect dummy;
GetRectForItem(item.SkinBackground(), dummy, skinRect);
THuiImage background(*backgroundTexture);
TPoint screenOrigin(0, 0);
CHuiStatic::CurrentRenderSurface()->GetScreenOrigin(screenOrigin);
screenOrigin.iX = -screenOrigin.iX;
screenOrigin.iY = -screenOrigin.iY;
screenOrigin+=skinRect.iTl;
iGc->SetPenColor(KRgbWhite);
iGc->SetPenAlpha(255);
iGc->SetAlign(EHuiAlignHLeft, EHuiAlignVTop);
iGc->Disable(CHuiGc::EFeatureBlending);
iGc->Enable(CHuiGc::EFeatureClipping);
skinRect.Intersection(item.Rect());
iGc->PushClip();
iGc->Clip(skinRect); // takes transformations into account
iGc->DrawImage(background, screenOrigin, background.Texture().Size());
iGc->PopClip();
}
break;
}
}
}
/**
@see MAnimSpriteFunctions::UpdateMember
@param aFullUpdate Not used. Wserv2 always do full back to front rendering, so there is no distinction between changes needing aFullUpdate or not
*/
void CWsSprite::Update(TInt aMember,TRect aRect,TBool /*aFullUpdate*/)
{
if (iCurIndex!=aMember)
return;
aRect.Move(Pos());
aRect.Intersection(iScreen->CurrentScreenSize());
SetDirty(ETrue);
Screen()->SpriteManager()->Schedule(this, &aRect);
}
void CWsWindow::ClipRectToViewport(TRect& aRect) const
{
const CWsWindowBase * win = this;
while (win)
{
if (win->WinType() != EWinTypeGroup)
{
aRect.Intersection(win->AbsRect());
}
win = win->BaseParent();
}
}
// -----------------------------------------------------------------------------
//
// -----------------------------------------------------------------------------
//
TBool CMmGridContainer::ItemIsVisible( TInt aItemIndex ) const
{
CListBoxView* v = iGrid->View();
TRect itemRect( v->ItemPos( aItemIndex ), v->ItemSize( aItemIndex ) );
TRect viewRect = v->ViewRect();
TBool isVisible = EFalse;
if ( itemRect.Intersects( viewRect ) )
{
TRect intersection = itemRect;
intersection.Intersection( viewRect );
isVisible = intersection.Height() > 1 && intersection.Width() > 1;
}
return isVisible;
}
// ---------------------------------------------------------------------------
// Sets visible area.
// ---------------------------------------------------------------------------
//
void CAlfSrvDisplaySubSession::SetVisibleAreaL( const RMessage2& aMessage, TBool aForce )
{
// Parse parameters
// 1: area rect (in)
TRect rect;
TPckg<TRect> rectPckg(rect);
aMessage.Read(1,rectPckg);
CAlfAppSrvSession& session = static_cast<CAlfAppSrvSession&>(Session());
// Set clipping rect for display visible area to e.g. avoid unnecesssary
// drawing under Avkon status/control pane areas. TV out does not show
// those so no clipping in that case.
if (UseVisualAreaClipping())
{
iRect = rect;
if ( session.IsFocused() )
{
TRect clipped = Session().AlfAppUi()->Container()->Rect();
#ifndef SYMBIAN_BUILD_GCE
if (clipped.Intersects(rect))
{
clipped.Intersection(rect);
}
#endif
iDisplay->SetVisibleAreaClippingRect(clipped);
iDisplay->SetDirty();
}
}
// Set visible area
if ( session.IsFocused() || aForce )
{
static_cast<CAlfAppSrvSession&>(Session()).SetClientDrawingArea( rect );
}
// Complete
aMessage.Complete( KErrNone );
}
void CWsSpriteManager::Schedule(CWsSpriteBase* aSprite, TRect* aRect)
{
if (aRect != NULL && aRect->IsEmpty())
return;
TRect rect = aSprite->Rect();
if (aRect)
rect.Intersection(*aRect);
const TAnimType type = aSprite->Win() ? EWindowSprite : EFloatingSprite;
if(aSprite->IsFlashingEnabled())
{
aSprite->Screen()->ScheduleAnimation(type, rect,NextSpriteFlashStateChange(aSprite),0,0, aSprite->Win());
}
else
{
//Scheduling an animation "now" means it will take place at next animation which might
//be the full animation grace period into the future (see KAnimationGrace in server.cpp)
aSprite->Screen()->ScheduleAnimation(type, rect,0,0,0, aSprite->Win());
}
}
/*!
Constructs the CVideoPlayerUtility2 object with given \a service and \a object.
And Registers for Video Loading Notifications.
*/
S60VideoPlayerSession::S60VideoPlayerSession(QMediaService *service, S60MediaNetworkAccessControl *object)
: S60MediaPlayerSession(service)
, m_accessPointId(0)
, m_wsSession(&CCoeEnv::Static()->WsSession())
, m_screenDevice(CCoeEnv::Static()->ScreenDevice())
, m_service(service)
, m_player(0)
#ifndef VIDEOOUTPUT_GRAPHICS_SURFACES
, m_dsaActive(false)
, m_dsaStopped(false)
#endif
, m_videoOutputControl(0)
, m_videoOutputDisplay(0)
, m_displayWindow(0)
#ifdef HAS_AUDIOROUTING_IN_VIDEOPLAYER
, m_audioOutput(0)
#endif
, m_audioEndpoint(DefaultAudioEndpoint)
, m_pendingChanges(0)
, m_backendInitiatedPause(false)
{
DP0("S60VideoPlayerSession::S60VideoPlayerSession +++");
m_networkAccessControl = object;
#ifdef VIDEOOUTPUT_GRAPHICS_SURFACES
QT_TRAP_THROWING(m_player = CVideoPlayerUtility2::NewL(
*this,
0,
EMdaPriorityPreferenceNone
));
m_player->RegisterForVideoLoadingNotification(*this);
#else
RWindow *window = 0;
QRect extentRect;
QWidget *widget = QApplication::activeWindow();
if (!widget)
widget = QApplication::allWidgets().at(0);
Q_ASSERT(widget);
WId wid = widget->effectiveWinId();
if (!wid)
wid = widget->winId();
window = static_cast<RWindow *>(wid->DrawableWindow());
extentRect = QRect(widget->mapToGlobal(widget->pos()), widget->size());
TRect clipRect = QRect2TRect(extentRect);
const TRect desktopRect = QRect2TRect(QApplication::desktop()->screenGeometry());
clipRect.Intersection(desktopRect);
QT_TRAP_THROWING(m_player = CVideoPlayerUtility::NewL(
*this,
0,
EMdaPriorityPreferenceNone,
*m_wsSession,
*m_screenDevice,
*window,
QRect2TRect(extentRect),
clipRect));
m_dsaActive = true;
m_player->RegisterForVideoLoadingNotification(*this);
#endif // VIDEOOUTPUT_GRAPHICS_SURFACES
S60VideoPlayerEventHandler::instance()->addApplicationFocusObserver(this);
DP0("S60VideoPlayerSession::S60VideoPlayerSession ---");
}
// TODO: effect area should be reduced if aClipRegion is smaller than aDisplayRect.
TBool CHuiFxEffect::CachedDraw(CHuiGc& aGc, const TRect& aDisplayRect, TBool aRefreshCachedRenderTarget, TBool aOpaque, const TRegion& aClipRegion, TBool aHasSurface, TInt aAlpha)
{
#ifdef HUIFX_TRACE
RDebug::Print(_L("CHuiFxEffect::CachedDraw - 0x%x"), this);
#endif
iFramesDrawn++;
if (!CHuiStatic::Renderer().Allows(EHuiRenderPluginAllowVisualPBufferSurfaces))
{
return EFalse;
}
CHuiFxRenderbuffer* target = NULL;
// Prepare all layers
TRect displayArea = aGc.DisplayArea();
TRect targetArea = aDisplayRect;
targetArea.Intersection(displayArea);
if (targetArea.Width() <= 0 || targetArea.Height() <= 0)
{
// Not visible
return ETrue;
}
if (!iEngine || !iRoot)
{
return EFalse;
}
if (iEngine->LowMemoryState())
{
// No memory, no effects.
return EFalse;
}
// Check if margins are allowed to be used for this effect
if (EffectFlags() & KHuiFxEffectDisableMarginsFlag)
{
iRoot->EnableMargin(EFalse);
}
// Check if surface pixels are to be used for this effect in all layers.
if (EffectFlags() & KHuiFxEnableBackgroundInAllLayers)
{
iRoot->SetAlwaysReadSurfacePixels(ETrue);
}
iRoot->SetTargetRect(targetArea);
iRoot->SetSourceRect(targetArea);
iRoot->SetDisplayArea(displayArea);
TRAPD(err, iRoot->PrepareDrawL(*iEngine));
if (err != KErrNone)
{
return EFalse;
}
if (IsCachedRenderTargetSupported() && IsCachedRenderTargetPreferred())
{
// Background needs to be captured from surface if effect uses background AND
// Visual is transparent or margin is enabled AND
// Background has not been disabled with a effect specific flag
TBool enableBackground = IsAppliedToBackground() && (!aOpaque || iRoot->IsMarginEnabled()) && !(EffectFlags() & KHuiFxDisableBackground);
if (EffectFlags() & KHuiFxEnableBackgroundInAllLayers)
{
enableBackground = ETrue;
}
TBool useFrozenBackground = (EffectFlags() & KHuiFxFrozenBackground);
// Check if cache is up-to date or does it need to be refreshed
TBool cachedRenderTargetNeedsRefresh = (iRoot->Changed() || aRefreshCachedRenderTarget || (enableBackground && !useFrozenBackground));
if (!iCachedRenderTarget || (iCachedRenderTarget && iCachedRenderTarget->Size() != iRoot->VisualRect().Size()))
{
cachedRenderTargetNeedsRefresh = ETrue;
}
// Try to apply also margins, we cannot just use aDisplayRect directly
TRect targetRect = iRoot->VisualRect();
// Size is always same as target rect. It contains margins if those are enabled.
TSize cachedRenderTargetSize = targetRect.Size();
// Prepare cached offscreen render target
PrepareCachedRenderTarget(targetRect.iTl, cachedRenderTargetSize, cachedRenderTargetNeedsRefresh, enableBackground);
// If it is available, then lets do it
if (iCachedRenderTarget)
{
// Disable clipping, otherwise strange things happen.
aGc.Disable(CHuiGc::EFeatureClipping);
if (cachedRenderTargetNeedsRefresh)
{
// Render to cached render target
iRoot->Draw(*iEngine, aGc, *iCachedRenderTarget, *iCachedRenderTarget, aHasSurface);
#ifdef HUIFX_TRACE
RDebug::Print(_L("CHuiFxEffect::CachedDraw - refreshed cached render buffer 0x%x"), this);
#endif
}
if (aClipRegion.Count())
{
aGc.Enable(CHuiGc::EFeatureClipping);
aGc.PushClip();
aGc.Clip(aClipRegion);
}
// Write cached buffer to the display
iEngine->Composite(aGc, *iCachedRenderTarget, targetRect.iTl, aOpaque && !(EffectFlags() & KHuiFxAlwaysBlend), aAlpha);
if (aClipRegion.Count())
{
aGc.PopClip();
}
aGc.Enable(CHuiGc::EFeatureClipping);
#ifdef HUIFX_TRACE
RDebug::Print(_L("CHuiFxEffect::CachedDraw - Cached render buffer drawn 0x%x"), this);
RDebug::Print(_L("CHuiFxEffect::CachedDraw - displayrect: %i,%i, %i,%i "),
aDisplayRect.iTl.iX,
aDisplayRect.iTl.iY,
aDisplayRect.iBr.iX,
aDisplayRect.iBr.iY);
#endif
}
else
{
// It might not be available e.g. in low memory situations, just indiacte that we could not draw.
return EFalse;
}
}
else
{
// Release cached render target just in case it is reserved for some reason
ReleaseCachedRenderTarget();
// Use default onscreen render target
if (!target)
{
target = iEngine->DefaultRenderbuffer();
}
if (!target)
{
return EFalse;
}
// Normal drawing
iRoot->Draw(*iEngine, aGc, *target, *target, aHasSurface);
}
return ETrue;
}
// ---------------------------------------------------------------------------
// 2nd phasse constructor
// ---------------------------------------------------------------------------
//
void CAlfSrvDisplaySubSession::ConstructL()
{
CAlfSrvSubSessionBase::ConstructL();
// With one display, use the existing one or create one if there aren't any.
const TRect& rect = CHuiStatic::ScreenDevice()->SizeInPixels();
// when running oldstyle, we may have rect different from whole screen
if (Session().AlfAppUi()->Container())
{
const TRect& rect = Session().AlfAppUi()->Container()->Rect();
}
// Shared normal screen 0
if ((iDisplayType == CHuiDisplay::EDisplayLcd0) ||
((iDisplayType == CHuiDisplay::EDisplayNormal) && (iScreenBufferUid == KHuiUidBackBufferScreen0)))
{
iDisplay =
Session().SharedHuiEnv()->DisplayCount() ?
&Session().SharedHuiEnv()->PrimaryDisplay() :
&Session().SharedHuiEnv()->NewDisplayL( rect, Session().AlfAppUi()->Container(), 0,
NULL, CHuiDisplay::EDisplayNormal, iScreenBufferUid );
Session().AlfAppUi()->AppendDisplayOnSharedWindowL(*iDisplay);
#ifdef TFXSERVER_API_V2
// Register to Tfx Server
MTransitionServer2* tfxServer = Session().AlfServer()->TfxServer();
if (tfxServer)
{
// Note: if this returns KErrNotFound, it is also send to Tfx server
TInt wgId = Session().ClientWindowGroup();
// Just ignore returned error code. Can this cause trouble?
tfxServer->RegisterApp(MTransitionServer2::ETypeAlf, wgId, KNullUid, KNullUid);
}
#endif
}
// Off screen buffer
else if (iDisplayType == CHuiDisplay::EDisplayOffScreenBuffer)
{
iDisplay = &Session().SharedHuiEnv()->NewDisplayL( rect, Session().AlfAppUi()->Container(), 0, NULL, iDisplayType, iScreenBufferUid );
TRect clipped = rect;
if (clipped.Intersects(iRect))
{
clipped.Intersection(iRect);
}
iDisplay->SetVisibleArea(clipped);
}
// Shared TV-out display
else if (IsTvOut())
{
if (Session().SharedHuiEnv()->DisplayCount() == 0)
{
// Primary lcd must exist before tv out is created
User::Leave(KErrNotFound);
}
else
{
iDisplay = &Session().SharedHuiEnv()->NewDisplayL( iRect,
Session().AlfAppUi()->Container(),
0,
&Session().SharedHuiEnv()->PrimaryDisplay(),
CHuiDisplay::EDisplayNormal,
KHuiUidBackBufferTvOutNormal
);
}
}
else
{
User::Leave(KErrNotFound);
}
// If we have screen buffer observers for the new display, add Alf server as an observer
TAlfScreenBufferEvent event = {iScreenBufferUid, MHuiScreenBufferObserver::ECreated, TRect(), TRect()};
if (Session().AlfServer()->ScreenBufferManager().TriggerScreenBufferEvent(event))
{
iDisplay->AddScreenBufferObserverL(&Session().AlfServer()->ScreenBufferManager());
}
}
void CAlfSrvDisplaySubSession::SetSessionFocused(TBool aFocused)
{
if ( iDisplay )
{
if (aFocused)
{
// Set clipping rect for display visible area to e.g. avoid unnecesssary
// drawing under Avkon status/control pane areas. TV out does not show
// those so no clipping in that case.
if (UseVisualAreaClipping())
{
TRect clipped = Session().AlfAppUi()->Container()->Rect();
if (clipped.Intersects(iRect))
{
clipped.Intersection(iRect);
}
iDisplay->SetVisibleAreaClippingRect(clipped);
iDisplay->SetDirty();
}
// If background items are used
if (iBackgroundItems.Count() != 0)
{
TRAP_IGNORE(iDisplay->SetBackgroundItemsL(iBackgroundItems))
}
else
{
TRAP_IGNORE(iDisplay->SetClearBackgroundL(
CHuiDisplay::TClearMode(iDisplayClearBackground)))
}
if ( KAlfSrvClientQualitySupport )
{
iDisplay->SetQuality(THuiQuality(iDisplayRenderingQuality));
}
iDisplay->SetUseDepth(iDisplayUseDepthTest);
UpdateAutomaticFading(); // update non-fading to app ui container
}
else
{
// Disable clipping rect
if (UseVisualAreaClipping())
{
iDisplay->SetVisibleAreaClippingRect(TRect(0,0,0,0));
iDisplay->SetDirty();
}
}
if (IsTvOut())
{
if (aFocused)
{
TRAP_IGNORE(
{
iDisplay->RestoreL();
Session().AlfAppUi()->AppendTvDisplayOnSharedWindowL(*iDisplay);
})
}
else
{
Session().AlfAppUi()->RemoveTvDisplayOnSharedWindow(*iDisplay);
iDisplay->Release();
}
}