/**

* Copyright (c) 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:   tester for methods in User Input Handler

* 

*/

#include <e32err.h>

#include <w32std.h>

#include <eikenv.h>

#include <hbapplication.h>

#include <hbinstance.h>

#include <QDebug>

#include "testuserinputhandler.h"

#include "../stub/inc/mpxvideoviewwrapper.h"

#include "../stub/inc/videobaseplaybackview.h"

#define private public

#include "mpxvideoplaybackuserinputhandler.h"

#undef private

// ---------------------------------------------------------------------------

// main

// ---------------------------------------------------------------------------

//

int main(int argc, char *argv[])

{

    HbApplication app(argc, argv);

    HbMainWindow window;

    TestUserInputHandler tv;

    char *pass[3];

    pass[0] = argv[0];

    pass[1] = "-o";

    pass[2] = "c:\\data\\testuserinputhandler.txt";

    int res = QTest::qExec(&tv, 3, pass);

    return res;

}

// ---------------------------------------------------------------------------

// init

// ---------------------------------------------------------------------------

//

void TestUserInputHandler::init()

{	     

    mBaseVideoView    = new VideoBasePlaybackView();

    mVideoViewWrapper = CMPXVideoViewWrapper::NewL( mBaseVideoView );   

    mUserInputHdlr = CMPXVideoPlaybackUserInputHandler::NewL(mVideoViewWrapper, false);

}

// ---------------------------------------------------------------------------

// cleanup

// ---------------------------------------------------------------------------

//

void TestUserInputHandler::cleanup()

{           

    delete mUserInputHdlr;

    mUserInputHdlr = NULL;  

    delete mVideoViewWrapper;

    mVideoViewWrapper = NULL;

    delete mBaseVideoView;

    mBaseVideoView = NULL;              

}

// ---------------------------------------------------------------------------

// setup

// ---------------------------------------------------------------------------

//

void TestUserInputHandler::setup()

{    

}

void TestUserInputHandler::testProcessMediaKeyPlay()

{    

    init();

    mUserInputHdlr->iProcessingInputType = EVideoNone;    

    mUserInputHdlr->ProcessMediaKey(ERemConCoreApiPlay, ERemConCoreApiButtonPress);

    QVERIFY( mUserInputHdlr->iProcessingInputType == EVideoMediaKeys );

    // this event should be ignored as the 1st event is still being processed

    mUserInputHdlr->ProcessMediaKey(ERemConCoreApiPause, ERemConCoreApiButtonPress);

    // verify that "Play" is still being processed and not "Pause"

    QVERIFY( mUserInputHdlr->iLastMediaKeyPressed == ERemConCoreApiPlay );

    // send the release event for "Play"

    mUserInputHdlr->ProcessMediaKey(ERemConCoreApiPlay, ERemConCoreApiButtonRelease);

    // verify that no input is now being processed

    QVERIFY( mUserInputHdlr->iProcessingInputType == EVideoNone );

    cleanup();

}

void TestUserInputHandler::testProcessMediaKeyPause()

{    

    init();

    mUserInputHdlr->iProcessingInputType = EVideoNone;    

    // Issue Play

    mUserInputHdlr->ProcessMediaKey(ERemConCoreApiPlay, ERemConCoreApiButtonPress);

    mUserInputHdlr->ProcessMediaKey(ERemConCoreApiPlay, ERemConCoreApiButtonRelease);

    QVERIFY( mUserInputHdlr->iProcessingInputType == EVideoNone );

    // Initiate Pause

    mUserInputHdlr->ProcessMediaKey(ERemConCoreApiPause, ERemConCoreApiButtonPress);

    QVERIFY( mUserInputHdlr->iProcessingInputType == EVideoMediaKeys );    

    QVERIFY( mUserInputHdlr->iLastMediaKeyPressed == ERemConCoreApiPause );    

    mUserInputHdlr->ProcessMediaKey(ERemConCoreApiPause, ERemConCoreApiButtonRelease); 

    QVERIFY( mUserInputHdlr->iProcessingInputType == EVideoNone );

    cleanup();    

}

void TestUserInputHandler::testProcessMediaKeyPlayPause()

{    

    init();

    mUserInputHdlr->iProcessingInputType = EVideoNone;    

    mUserInputHdlr->ProcessMediaKey(ERemConCoreApiPausePlayFunction, ERemConCoreApiButtonClick);

    QVERIFY( mUserInputHdlr->iProcessingInputType == EVideoNone );      

    // set to background

    mUserInputHdlr->iForeground = false;

    mUserInputHdlr->iLastMediaKeyPressed = ENop;

    // this event should be ignored as iForeground is false

    mUserInputHdlr->ProcessMediaKey(ERemConCoreApiPausePlayFunction, ERemConCoreApiButtonPress);

    QVERIFY( mUserInputHdlr->iLastMediaKeyPressed == ENop );

    QVERIFY( mUserInputHdlr->iProcessingInputType == EVideoNone );     

    cleanup();       

}

void TestUserInputHandler::testProcessMediaKeyStop()

{    

    init();

    mUserInputHdlr->iProcessingInputType = EVideoNone;    

    // Issue Play

    mUserInputHdlr->ProcessMediaKey(ERemConCoreApiPlay, ERemConCoreApiButtonPress);

    mUserInputHdlr->ProcessMediaKey(ERemConCoreApiPlay, ERemConCoreApiButtonRelease);

    QVERIFY( mUserInputHdlr->iProcessingInputType == EVideoNone );

    // Stop

    mUserInputHdlr->ProcessMediaKey(ERemConCoreApiStop, ERemConCoreApiButtonPress);

    QVERIFY( mUserInputHdlr->iProcessingInputType == EVideoMediaKeys );    

    QVERIFY( mUserInputHdlr->iLastMediaKeyPressed == ERemConCoreApiStop );    

    mUserInputHdlr->ProcessMediaKey(ERemConCoreApiStop, ERemConCoreApiButtonRelease); 

    QVERIFY( mUserInputHdlr->iProcessingInputType == EVideoNone );

    cleanup();     

}

void TestUserInputHandler::testProcessMediaKeyForward()

{    

    init();

    mUserInputHdlr->iProcessingInputType = EVideoNone;    

    // Issue Play

    mUserInputHdlr->ProcessMediaKey(ERemConCoreApiPlay, ERemConCoreApiButtonPress);

    mUserInputHdlr->ProcessMediaKey(ERemConCoreApiPlay, ERemConCoreApiButtonRelease);

    QVERIFY( mUserInputHdlr->iProcessingInputType == EVideoNone );

    // Forward

    mUserInputHdlr->ProcessMediaKey(ERemConCoreApiFastForward, ERemConCoreApiButtonPress);

    QVERIFY( mUserInputHdlr->iProcessingInputType == EVideoMediaKeys );    

    QVERIFY( mUserInputHdlr->iLastMediaKeyPressed == ERemConCoreApiFastForward );    

    mUserInputHdlr->ProcessMediaKey(ERemConCoreApiFastForward, ERemConCoreApiButtonRelease); 

    QVERIFY( mUserInputHdlr->iProcessingInputType == EVideoNone );

    cleanup();     

}

void TestUserInputHandler::testProcessMediaKeyRewind()

{    

    init();

    mUserInputHdlr->iProcessingInputType = EVideoNone;    

    // Issue Play

    mUserInputHdlr->ProcessMediaKey(ERemConCoreApiPlay, ERemConCoreApiButtonPress);

    mUserInputHdlr->ProcessMediaKey(ERemConCoreApiPlay, ERemConCoreApiButtonRelease);

    QVERIFY( mUserInputHdlr->iProcessingInputType == EVideoNone );

    // Forward

    mUserInputHdlr->ProcessMediaKey(ERemConCoreApiFastForward, ERemConCoreApiButtonPress);

    QVERIFY( mUserInputHdlr->iProcessingInputType == EVideoMediaKeys );    

    QVERIFY( mUserInputHdlr->iLastMediaKeyPressed == ERemConCoreApiFastForward );    

    mUserInputHdlr->ProcessMediaKey(ERemConCoreApiFastForward, ERemConCoreApiButtonRelease); 

    QVERIFY( mUserInputHdlr->iProcessingInputType == EVideoNone );

    // Rewind

    mUserInputHdlr->ProcessMediaKey(ERemConCoreApiRewind, ERemConCoreApiButtonPress);

    QVERIFY( mUserInputHdlr->iProcessingInputType == EVideoMediaKeys );    

    QVERIFY( mUserInputHdlr->iLastMediaKeyPressed == ERemConCoreApiRewind );    

    mUserInputHdlr->ProcessMediaKey(ERemConCoreApiRewind, ERemConCoreApiButtonRelease); 

    QVERIFY( mUserInputHdlr->iProcessingInputType == EVideoNone );

    cleanup();     

}

void TestUserInputHandler::testProcessMediaKeyVolumeUp()

{    

    init();

    mUserInputHdlr->iProcessingInputType = EVideoNone;    

    // Issue Play

    mUserInputHdlr->ProcessMediaKey(ERemConCoreApiPlay, ERemConCoreApiButtonPress);

    mUserInputHdlr->ProcessMediaKey(ERemConCoreApiPlay, ERemConCoreApiButtonRelease);

    QVERIFY( mUserInputHdlr->iProcessingInputType == EVideoNone );

    // Volume Up

    mUserInputHdlr->ProcessMediaKey(ERemConCoreApiVolumeUp, ERemConCoreApiButtonPress);

    QVERIFY( mUserInputHdlr->iProcessingInputType == EVideoMediaKeys );    

    QVERIFY( mUserInputHdlr->iLastMediaKeyPressed == ERemConCoreApiVolumeUp );   

    QVERIFY( mUserInputHdlr->iVolumeRepeatTimer->IsActive() );

    QVERIFY( mUserInputHdlr->iVolumeRepeatUp );

    mUserInputHdlr->ProcessMediaKey(ERemConCoreApiVolumeUp, ERemConCoreApiButtonRelease); 

    QVERIFY( mUserInputHdlr->iProcessingInputType == EVideoNone );   

    QVERIFY( ! mUserInputHdlr->iVolumeRepeatTimer->IsActive() );

    cleanup();        

}

void TestUserInputHandler::testProcessMediaKeyVolumeDown()

{    

    init();

    mUserInputHdlr->iProcessingInputType = EVideoNone;    

    // Issue Play

    mUserInputHdlr->ProcessMediaKey(ERemConCoreApiPlay, ERemConCoreApiButtonPress);

    mUserInputHdlr->ProcessMediaKey(ERemConCoreApiPlay, ERemConCoreApiButtonRelease);

    QVERIFY( mUserInputHdlr->iProcessingInputType == EVideoNone );

    // Volume Down

    mUserInputHdlr->ProcessMediaKey(ERemConCoreApiVolumeDown, ERemConCoreApiButtonPress);

    QVERIFY( mUserInputHdlr->iProcessingInputType == EVideoMediaKeys );    

    QVERIFY( mUserInputHdlr->iLastMediaKeyPressed == ERemConCoreApiVolumeDown );   

    QVERIFY( mUserInputHdlr->iVolumeRepeatTimer->IsActive() );

    QVERIFY( ! mUserInputHdlr->iVolumeRepeatUp );

    mUserInputHdlr->ProcessMediaKey(ERemConCoreApiVolumeDown, ERemConCoreApiButtonRelease); 

    QVERIFY( mUserInputHdlr->iProcessingInputType == EVideoNone );   

    QVERIFY( ! mUserInputHdlr->iVolumeRepeatTimer->IsActive() );    

    cleanup();     

}

void TestUserInputHandler::testHandleTVOutEventL()

{   

    ///////////////////////////////

    // 1. HandleTVOutEventL(true)

    ///////////////////////////////

    init();

    mUserInputHdlr->iDisplayTimeOut = 0;

    mUserInputHdlr->HandleTVOutEventL(true);

    QVERIFY( mUserInputHdlr->iDisplayTimeOut != 0 ); 

    QVERIFY( mUserInputHdlr->iDisplayTimer->IsActive() );

    cleanup();

    ///////////////////////////////

    // 2. HandleTVOutEventL(false)

    ///////////////////////////////

    init();

    mUserInputHdlr->iDisplayTimeOut = 0;

    mUserInputHdlr->HandleTVOutEventL(false);   

    QVERIFY( ! mUserInputHdlr->iDisplayTimer->IsActive() );    

    cleanup();    

}

// End of file