/*

* Copyright (c) 2002-2007 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:  This class implements MMMADisplayWindow functionality

*               in graphics surface based displays for Helix engine.

*

*/

//  Include Files

#include "jdebug.h"

#include "cmmasurfacewindow.h"

#include "cmmaplayer.h"

// Used for iDisplay member

#include "mmmadisplay.h"

    CMMAEventSource* aEventSource,

{

    CMMASurfaceWindow* self =

        new(ELeave) CMMASurfaceWindow(aEventSource,

    return self;

}

// Destructor (virtual by CBase)

CMMASurfaceWindow::~CMMASurfaceWindow()

{

    // It's not allowed to delete any nonsharable object here.

    // This must be done in Destroy().

    // If the iDisplay is set,

    // instance should be deleted by sending

    // event from UI to be received by MUiEventConsumer.

}

CMMASurfaceWindow::CMMASurfaceWindow(

    CMMAEventSource* aEventSource,

        iEventSource(aEventSource),

        iPlayer(aPlayer),

{

    // Empty rect until video size is known

    iContentRect.SetRect(0, 0, 0, 0);

    iParentRect.SetRect(0, 0, 0, 0);

    iRWindowRect.SetRect(0, 0, 0, 0);

}

void CMMASurfaceWindow::SetDestinationBitmapL(CFbsBitmap* /*aBitmap*/)

{

    // Ignored, this window will not be used for actual drawing

}

void CMMASurfaceWindow::DrawFrameL(const CFbsBitmap* /*aBitmap*/)

{

    // Ignored, this window will not be used for actual drawing

}

void CMMASurfaceWindow::SetDrawRectThread(const TRect& aRect)

{

    DEBUG_INT2("MID::CMMASurfaceWindow::SetDrawRectThread TL %d %d",

               aRect.iTl.iX, aRect.iTl.iY);

    DEBUG_INT2("MID::CMMASurfaceWindow::SetDrawRectThread BR %d %d",

               aRect.iBr.iX, aRect.iBr.iY);

    iContentRect = aRect;

    TInt error = StaticRedrawVideo(*this);

    if (KErrNone != error)

    {

        DEBUG_INT("MID::CMMASurfaceWindow::SetDrawRectThread, StaticRedrawVideo error = %d", error);

    }

}

void CMMASurfaceWindow::SetRWindowRect(const TRect& aRect,

                                       MMMADisplay::TThreadType aThreadType)

{

    DEBUG_INT2("MID::CMMASurfaceWindow::SetRWindowRect TL %d %d",

               aRect.iTl.iX, aRect.iTl.iY);

    DEBUG_INT2("MID::CMMASurfaceWindow::SetRWindowRect BR %d %d",

               aRect.iBr.iX, aRect.iBr.iY);

    if (iRWindowRect == aRect)

    {

        return;

    }

    iRWindowRect = aRect;

    if (MMMADisplay::EMmaThread == aThreadType)

    {

        if (iDisplay)

        {

            iDisplay->UIGetCallback(*this,

                                    CMMASurfaceWindow::ESetClipRect);

        }

    }

    else if (MMMADisplay::EUiThread == aThreadType)

    {

        TInt error = SetClipRect();

        if (KErrNone != error)

        {

            DEBUG_INT("MID::CMMASurfaceWindow::SetRWindowRect, error = %d", error);

        }

    }

}

TInt CMMASurfaceWindow::SetClipRect()

{

    DEBUG("MID::CMMASurfaceWindow::SetClipRect");

    // CMediaClientVideoDisplay expects client to RemoveDisplayWindow

    {

        iMediaClientVideoDisplay->RemoveDisplayWindow(*iWindow);

        TRect contentRect;

        if (iVisible)

        {

            contentRect = iContentRect;

        }

        else

        {

            TRect emptyRect(0,0,0,0);

            contentRect = emptyRect;

        }

        // align parent rect with respect to RWindow

        TRect relativeParentRect;

        relativeParentRect = iParentRect;

        relativeParentRect.Move(-iRWindowRect.iTl);

        // setting video draw rect and adjusting it to window

        TRect drawRect = contentRect;

        drawRect.Move(relativeParentRect.iTl);

        TRect clipRect(0,0,iRWindowRect.Width(),iRWindowRect.Height());

        TRAPD(error, iMediaClientVideoDisplay->AddDisplayWindowL(iWindow,

                clipRect, // new clip rect

                iVideoCropRegion,

                drawRect,  // video extent

                0.0f, // ignore

                0.0f, // ignore

                EVideoRotationNone,

                EAutoScaleBestFit,

                EHorizontalAlignCenter,

                EVerticalAlignCenter,

                (RWindow*)iWindow));

        return error;

    }

    return KErrNone;

}

void CMMASurfaceWindow::SetDrawRect(const TRect& aRect)

{

    DEBUG_INT2("MID::CMMASurfaceWindow::SetDrawRect TL %d %d",

               aRect.iTl.iX, aRect.iTl.iY);

    DEBUG_INT2("MID::CMMASurfaceWindow::SetDrawRect BR %d %d",

               aRect.iBr.iX, aRect.iBr.iY);

    iContentRect = aRect;

    if (iDisplay)

    {

        iDisplay->UIGetCallback(*this,

                                CMMASurfaceWindow::ESetDrawRect);

    }

}

TInt CMMASurfaceWindow::StaticRedrawVideo(CMMASurfaceWindow& aSurfaceWindow)

{

    TRAPD(error, aSurfaceWindow.RedrawVideoL());

    return error;

}

void CMMASurfaceWindow::RedrawVideoL()

{

    if (!iMediaClientVideoDisplay)

    {

        DEBUG("MID::CMMASurfaceWindow::RedrawVideoL: no MediaClientVideoDisplay set, aborting -");

        return;

    }

    if (iWindow)

    {

        TRect contentRect;

        if (iVisible)

        {

            contentRect = iContentRect;

        }

        else

        {

            TRect emptyRect(0,0,0,0);

            contentRect = emptyRect;

        }

        // align parent rect with respect to RWindow

        TRect relativeParentRect;

        relativeParentRect = iParentRect;

        relativeParentRect.Move(-iRWindowRect.iTl);

        // setting video draw rect and adjusting it to window

        TRect drawRect = contentRect;

        drawRect.Move(relativeParentRect.iTl);

        DEBUG_INT4("MID::CMMASurfaceWindow::RedrawVideoL: drawRect tl %d,%d br %d,%d",

                   drawRect.iTl.iX,drawRect.iTl.iY,drawRect.iBr.iX,drawRect.iBr.iY);

        iMediaClientVideoDisplay->SetVideoExtentL(*iWindow,

                drawRect,

                iVideoCropRegion);

        DEBUG("MID::CMMASurfaceWindow::RedrawVideoL: RedrawWindows()");

        iMediaClientVideoDisplay->RedrawWindows(iVideoCropRegion);

        ((RWindow*)iWindow)->Invalidate();

    }

}

const TRect& CMMASurfaceWindow::DrawRect()

{

    return iContentRect;

}

TSize CMMASurfaceWindow::WindowSize()

{

    return iParentRect.Size();

}

void CMMASurfaceWindow::SetPosition(const TPoint& aPosition)

{

    SetDrawRectThread(TRect(aPosition, iContentRect.Size()));

}

TBool CMMASurfaceWindow::IsVisible() const

{

    DEBUG_INT("MID::CMMASurfaceWindow::IsVisible %d ", iVisible);

    return iVisible;

}

void CMMASurfaceWindow::SetVisible(TBool aVisible, TBool aUseEventServer)

{

    DEBUG_INT("MID::CMMASurfaceWindow::SetVisible aVisible %d", aVisible);

    RPointerArray< CMMAPlayer > players = iEventSource->Players();

    if (players.Find(iPlayer) != KErrNotFound)

    {

        DEBUG("MID::CMMASurfaceWindow::SetVisible : Player found");

        if (aVisible != iVisible)

        {

            DEBUG("MID::CMMASurfaceWindow::SetVisible: Changed visibility");

            iVisible = aVisible;

            if (aUseEventServer)

            {

                TInt error = StaticRedrawVideo(*this);

                if (KErrNone != error)

                {

                    DEBUG_INT("MID::CMMASurfaceWindow::SetVisible, StaticRedrawVideo error = %d", error);

                }

            }

            else // in MMA thread, so switch to UI thread

            {

                if (iDisplay)

                {

                    iDisplay->UIGetCallback(*this,

                                            CMMASurfaceWindow::ESetDrawRect);

                }

            }

        }

    }

}

void CMMASurfaceWindow::SetWindowRect(const TRect& aRect,MMMADisplay::TThreadType /*aThreadType*/)

{

    DEBUG_INT2("MID::CMMASurfaceWindow::SetWindowRect aRect TL %d %d",

               aRect.iTl.iX, aRect.iTl.iY);

    DEBUG_INT2("MID::CMMASurfaceWindow::SetWindowRect aRect BR %d %d",

               aRect.iBr.iX, aRect.iBr.iY);

    iParentRect = aRect;

}

void CMMASurfaceWindow::SetVideoCropRegion(const TRect& aRect)

{

    // video size

    iVideoCropRegion = aRect;

}

const TRect& CMMASurfaceWindow::WindowRect()

{

    return iParentRect;

}

void CMMASurfaceWindow::ContainerDestroyed()

{

    // We are in UI thread context now.

    CleanVideoDisplay();

}

{

    DEBUG("MID::CMMASurfaceWindow::SetDisplay +");

    if (iDisplay != aDisplay)

    {

        if (iDisplay)

        {

            // Clear the resources created within the old Display

            iDisplay->UIGetCallback(

                *this, CMMASurfaceWindow::ECleanVideoDisplay);

        }

        // Set the new Display

        iDisplay = aDisplay;

        if (iDisplay)

        {

            // Get a DSA resources for the new Display

            iDisplay->UIGetDSAResources(*this, MMMADisplay::EMmaThread);

        }

    }

    DEBUG("MID::CMMASurfaceWindow::SetDisplay -");

}

void CMMASurfaceWindow::ContainerSet()

{

    // We are in UI thread now

    // Container was probably not set when

    // iDisplay was set,

    // we can now try get the DSA stuff again

    if (iDisplay)

    {

        // Get a DSA stuff for the new Display

        iDisplay->UIGetDSAResources(*this, MMMADisplay::EUiThread);

    }

}

void CMMASurfaceWindow::Destroy()

{

    DEBUG("MID::CMMASurfaceWindow::Destroy");

    // Delete itself

    delete this;

}

void CMMASurfaceWindow::MdcDSAResourcesCallback(

    RWsSession &aWs,

    CWsScreenDevice &aScreenDevice,

    RWindowBase &aWindow)

{

    DEBUG("MID::CMMASurfaceWindow::MdcDSAResourcesCallback");

    // We are in UI thread context now.

    iWs = &aWs;

    iScreenDevice = &aScreenDevice;

    iWindow = &aWindow;

    switch (iVideoDisplayInitState)

    {

    case EUIResourcesAndSurfaceParametersNotSet:

    {

        iVideoDisplayInitState =

            EUIResourcesSetAndSurfaceParametersNotSet;

    }

    break;

    case ESurfaceParametersSetAndUIResourcesNotSet:

    {

        iVideoDisplayInitState =

            EUIResourcesAndSurfaceParametersSet;

    }

    break;

    // can not occur

    case EUIResourcesSetAndSurfaceParametersNotSet:

    case EUIResourcesAndSurfaceParametersSet:

    default:

    {

        __ASSERT_DEBUG(EFalse, User::Invariant());

    }

    break;

    }

    if (iVideoDisplayInitState == EUIResourcesAndSurfaceParametersSet)

    {

        TRAPD(error, InitVideoDisplayL());

        if (KErrNone != error)

        {

            DEBUG_INT("MID::CMMASurfaceWindow::MdcDSAResourcesCallback, error = %d", error);

        }

    }

}

void CMMASurfaceWindow::MdcUICallback(TInt aCallbackId)

{

    // We are in UI thread context now.

    DEBUG_INT("MID::CMMASurfaceWindow::MdcUICallback CallbackId = %d", aCallbackId);

    TInt error = KErrNone;

    switch (aCallbackId)

    {

    case ESetClipRect:

    {

        error = SetClipRect();

        DEBUG_INT("MID::CMMASurfaceWindow::MdcUICallback,SetClipRect error = %d", error);

    }

    break;

    case ERemoveSurface:

    {

        DoRemoveSurface();

    }

    break;

    case ESetDrawRect:

    {

        error = StaticRedrawVideo(*this);

        DEBUG_INT("MID::CMMASurfaceWindow::MdcUICallback,StaticRedrawVideo error = %d", error);

    }

    break;

    case EInitVideoDisplay:

    {

        TRAP(error, InitVideoDisplayL());

        DEBUG_INT("MID::CMMASurfaceWindow::MdcUICallback,InitVideoDisplayL error = %d", error);

    }

    break;

    case ESetChangedSurfaceParameters:

    {

        DoSetChangedSurfaceParameters();

    }

    break;

    case EResetSurfaceParameters:

    {

        DoResetSurfaceParameters();

    }

    break;

    case ECleanVideoDisplay:

    {

        CleanVideoDisplay();

    }

    break;

    case EDestroyWindow:

    {

        Destroy();

    }

    break;

    default:

    {

        __ASSERT_DEBUG(EFalse, User::Invariant());

    }

    break;

    }

}

        const TRect& aCropRect,

        const TVideoAspectRatio& aPixelAspectRatio)

{

    iSurfaceId = aSurfaceId;

    iCropRect = aCropRect;

    iPixelAspectRatio = aPixelAspectRatio;

    switch (iVideoDisplayInitState)

    {

    case EUIResourcesAndSurfaceParametersNotSet:

    {

        iVideoDisplayInitState =

            ESurfaceParametersSetAndUIResourcesNotSet;

    }

    break;

    case EUIResourcesSetAndSurfaceParametersNotSet:

    {

        iVideoDisplayInitState =

            EUIResourcesAndSurfaceParametersSet;

    }

    break;

    // control reaches below two switch cases when

    // playback is looped using setLoopCount() in java.

    case ESurfaceParametersSetAndUIResourcesNotSet:

    {

    }

    break;

    // update surface parameters and return with out calling

    // InitVideoDisplayL again.

    case EUIResourcesAndSurfaceParametersSet:

    {

        iDisplay->UIGetCallback(*this, CMMASurfaceWindow::EResetSurfaceParameters);

        return;

    }

    // break; not reachable

    default: // can not occur

    {

        __ASSERT_DEBUG(EFalse, User::Invariant());

    }

    break;

    }

    if (iVideoDisplayInitState == EUIResourcesAndSurfaceParametersSet)

    {

        iDisplay->UIGetCallback(*this, CMMASurfaceWindow::EInitVideoDisplay);

    }

}

        const TRect& aCropRect,

        const TVideoAspectRatio& aPixelAspectRatio)

{

    iSurfaceId = aSurfaceId;