/*

* Copyright (c) 2002 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:  Camcorder MMF API Test DLL, State transition tests

*

*/

// INCLUDE FILES

#include "camcTest_4.h"

#include "camcTest.h"

// EXTERNAL DATA STRUCTURES

// EXTERNAL FUNCTION PROTOTYPES 

// CONSTANTS

// MACROS

// LOCAL CONSTANTS AND MACROS

// MODULE DATA STRUCTURES

// LOCAL FUNCTION PROTOTYPES

// FORWARD DECLARATIONS

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

// Automated API Tests 

//

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

CCamcTest_4::CCamcTest_4 ()

    {

    }

CCamcTest_4::~CCamcTest_4 ()

    {

    delete iCamcTestClient;

    iCamcTestClient = NULL;

    }

void CCamcTest_4::setUpL ()

    {

    iCamcTestClient = CCamcTestClient_4::NewL( );

    iWaitScheduler = new (ELeave) CActiveSchedulerWait;	

    // Create a new Camera API implementation object, if supported

    TRAPD( err, iUiLevelCamera = CCamera::New2L( static_cast<MCameraObserver2&>(*this), 0 /*index*/, 0 /*Priority*/ ) );

    if ( err )

        {

        PRINT( ( _L( "CCamcTest_4::setUpL CCamera::New2L return code=%d" ), err ) ); 

        // Create old Camera API implementation object.

        iUiLevelCamera = CCamera::NewL( static_cast<MCameraObserver&>(*this), 0 /*Index*/ );

        }

    else 

       {

       PRINT( ( _L( "CCamcTest_4::setUp() using new MCameraObserver2" )) ); 

       }

	iUiLevelCameraHandle = iUiLevelCamera->Handle();

	iUiLevelCamera->Reserve();

	iWaitScheduler->Start();       

    }

void CCamcTest_4::tearDown ()

    {

    delete iCamcTestClient;

    iCamcTestClient = NULL;

    delete iWaitScheduler;

    delete iUiLevelCamera;      

	REComSession::FinalClose();

    }

//

// Own test functions.

//

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

//                       RecordTimeAvailableL tests

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

// Allows a 10% margin for the filesize

#define TC4_ALLOWED_MARGIN ( TC4_FILE_SIZE_LIMIT * 0.1 )

void CCamcTest_4::RecordTimeAvailableL_001_L()

    {

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

	//   ID: CAMC_API.RECORDTIMEAVAILABLEL_001

    //   Action :

    //       Ask time available frequently using timer

    //   Output : 

    //       Value is decreasing all the time

    //   Precondition :

    //       File Size limit set.

    //       Recording

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

    iCamcTestClient->Start_Active_ObjectL( 

        CCamcTestClient_4::K4RecordTimeAvailSizeLimit, iUiLevelCameraHandle );

    /* Check if size is according to previously set Size limit */

    RFile file; 

    TInt filesize;

    RFs fsSession;

    fsSession.Connect();

    TFileName fileName;

    AddDriveLetterToPath(_L("recordQCIF.3gp"),fileName);

    TInt err = file.Open(fsSession,fileName,EFileShareAny);

    assertTIntsEqualL( KErrNone, err );

    err = file.Size(filesize);

    file.Close();

    fsSession.Close();

    if ( ( filesize > TC4_FILE_SIZE_LIMIT + TC4_ALLOWED_MARGIN ) ||

        (filesize < TC4_FILE_SIZE_LIMIT - TC4_ALLOWED_MARGIN ) )

        {

        assertL(0);

        }

    }

void CCamcTest_4::RecordTimeAvailableL_002_L()

    {

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

	//   ID: CAMC_API.RECORDTIMEAVAILABLEL_002

    //   Action :

    //       Ask time available frequently using timer

    //   Output : 

    //       Value is decreasing all the time

    //   Precondition :

    //       File Size limit is NOT set.

    //       Recording

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

    iCamcTestClient->Start_Active_ObjectL( 

        CCamcTestClient_4::K4RecordTimeAvailNoSizeLimit, iUiLevelCameraHandle  );

    }

void CCamcTest_4::RecordTimeAvailableL_003_L()

    {

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

	//   ID: CAMC_API.RECORDTIMEAVAILABLEL_003

    //   Action :

    //       Not recording, size limit set

    //       Asking RecordTimeAvailable()

    //   Output : 

    //       Value is proportional to size limit set

    //   Precondition :

    //       File Size limit is set.

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

    iCamcTestClient->Start_Active_ObjectL( 

        CCamcTestClient_4::K4RecordTimeAvailNotRecordingSizeLimit, iUiLevelCameraHandle  );

    }

void CCamcTest_4::RecordTimeAvailableL_004_L()

    {

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

	//   ID: CAMC_API.RECORDTIMEAVAILABLEL_004

    //   Action :    

    //       Asking RecordTimeAvailable()

    //   Output : 

    //       Value is acceptable

    //   Precondition :    

    //       Not recording, size limit NOT set

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

    iCamcTestClient->Start_Active_ObjectL( 

        CCamcTestClient_4::K4RecordTimeAvailNotRecordingNoSizeLimit, iUiLevelCameraHandle  );

    }

void CCamcTest_4::RecordTimeAvailableL_006_L()

    {

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

	//   ID: CAMC_API.RECORDTIMEAVAILABLEL_006

    //   Action :    

    //       Asking RecordTimeAvailable(), every seconds,

    //       and keep in memory last value for Time Remaining

    //   Output : 

    //       Value is acceptable. Last value of Time Remaining <= 5 sec.

    //   Precondition :    

    //       Recording, size limit NOT set

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

    TRAPD(err, iCamcTestClient->Start_Active_ObjectL( 

        CCamcTestClient_4::K4RecordTimeAvailUntilDiskFull, iUiLevelCameraHandle  ));

    assertTIntsEqualL( KErrDiskFull, err );

    }

//

// An own static function to collect the test functions into one 

// suite of tests. The framework will run the tests and free the

// memory allocated for the test suite.

// 

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

//   Dummy Camera API callback functions

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

void CCamcTest_4::ReserveComplete(TInt /*aError*/)

    {

    RDebug::Print(_L("CCamcTest_4::ReserveComplete"));

    // UI level camera is being initialized        

    if (iWaitScheduler->IsStarted())

	    {

    	 iUiLevelCamera->PowerOn();

    	 return;

	    }

    }

void CCamcTest_4::PowerOnComplete(TInt /*aError*/)

    {   

    RDebug::Print(_L("CCamcTest_4::PowerOnComplete"));

    // UI level camera is being initialized

    if (iWaitScheduler->IsStarted())

	    {

    	 iWaitScheduler->AsyncStop();

    	 return;

    	}        

    }

void CCamcTest_4::ViewFinderFrameReady(CFbsBitmap& /*aFrame*/)

    {

    }

void CCamcTest_4::ImageReady(CFbsBitmap* /*aBitmap */,HBufC8* /*aData*/,TInt /*aError*/)

    {    

    }

void CCamcTest_4::FrameBufferReady(MFrameBuffer* /*aFrameBuffer*/,TInt /*aError*/ )

    {

    }

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

// CCamcTest_4::HandleEvent

// MCameraObserver2 call-back handler

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

//

void CCamcTest_4::HandleEvent( const TECAMEvent& aEvent)

    {

    PRINT(( _L( "CCamcTest_4::HandleEvent() entering, type=%x, err=%d" ), aEvent.iEventType.iUid, aEvent.iErrorCode ));

    if ( aEvent.iEventType == KUidECamEventCameraNoLongerReserved )

        {

        PRINT(( _L( "CCamcTest_4::HandleEvent() KUidECamEventCameraNoLongerReserved" ) ));

        }

    else if ( aEvent.iEventType == KUidECamEventPowerOnComplete )

        {

        PRINT(( _L( "CCamcTest_4::HandleEvent() KUidECamEventPowerOnComplete" ) ));

        PowerOnComplete( aEvent.iErrorCode );

        }

    else if ( aEvent.iEventType == KUidECamEventReserveComplete )

       {

       PRINT(( _L( "CCamcTest_4::HandleEvent() KUidECamEventReserveComplete" ) ));

       ReserveComplete( aEvent.iErrorCode );

       }

    PRINT(( _L( "CCamcTestClient_7::HandleEvent() returning" ) ));

    }

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

// CCamcTest_4::ViewFinderReady

// MCameraObserver2 call-back handler

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

//

void CCamcTest_4::ViewFinderReady( MCameraBuffer& aCameraBuffer, TInt aError)

    {

    PRINT(( _L( "CCamcTest_4::ViewFinderReady() NOT HANDLED err=%d, NumFrames=%d" ), aError, aCameraBuffer.NumFrames() ));

    CFbsBitmap *buffer = NULL;

    if ( !aError )

        {

	    aCameraBuffer.Release();

        }

    ViewFinderFrameReady( *buffer );

    }

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

// CCamcTest_4::ImageBufferReady

// MCameraObserver2 call-back handler

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

//

void CCamcTest_4::ImageBufferReady( MCameraBuffer& aCameraBuffer, TInt aError)

    {

    PRINT(( _L( "CCamcTest_4::ImageBufferReady() BUFFER NOT HANDLED, err=%d, NumFrames=%d" ), aError, aCameraBuffer.NumFrames() ));

    if ( !aError )

        {

	    aCameraBuffer.Release();

        }

    ImageReady( NULL, NULL, aError );

    }

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

// CCamcTest_4::VideoBufferReady

// MCameraObserver2 call-back handler

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

//

void CCamcTest_4::VideoBufferReady( MCameraBuffer& aCameraBuffer, TInt aError)

    {

    PRINT(( _L( "CCamcTest_4::VideoBufferReady() entering, err=%d, NumFrames=%d" ), aError, aCameraBuffer.NumFrames() ));

    MFrameBuffer* buffer = NULL;

    if ( !aError )

        {

        aCameraBuffer.Release();

        }

    // Call old Camera-API observer handler

    FrameBufferReady( buffer, aError );

    PRINT(( _L( "CCamcTest_4::VideoBufferReady() returning" )));

    }

MTest* CCamcTest_4::suiteL ()

    {

    // Always use NewL (Do not use NewLC) !!!

    CTestSuite *suite = CTestSuite::NewL(_L8("CCamcTest_4"));

    suite->addTestL(CTestCaller<CCamcTest_4>::NewL(_L8("CAMC_API.RECORDTIMEAVAILABLE_001"), &RecordTimeAvailableL_001_L));

#if ! (defined (__WINS__) || defined (__WINSCW__) )

    suite->addTestL(CTestCaller<CCamcTest_4>::NewL(_L8("CAMC_API.RECORDTIMEAVAILABLE_002"), &RecordTimeAvailableL_002_L));

#endif

    suite->addTestL(CTestCaller<CCamcTest_4>::NewL(_L8("CAMC_API.RECORDTIMEAVAILABLE_003"), &RecordTimeAvailableL_003_L));

    suite->addTestL(CTestCaller<CCamcTest_4>::NewL(_L8("CAMC_API.RECORDTIMEAVAILABLE_004"), &RecordTimeAvailableL_004_L));

    // RecordTimeAvailableL_006, only to be tested on HW

    // Removed from MuDo tests

#if ! (defined (__WINS__) || defined (__WINSCW__) )

//    suite->addTestL(CTestCaller<CCamcTest_4>::NewL(_L8("CAMC_API.RECORDTIMEAVAILABLE_006"), &RecordTimeAvailableL_006_L));

#endif

    return suite;

    }