/*

* Copyright (c) 2006 Nokia Corporation and/or its subsidiary(-ies). 

* All rights reserved.

* This component and the accompanying materials are made available

* under the terms of the License "Symbian Foundation License v1.0" to Symbian Foundation members and "Symbian Foundation End User License Agreement v1.0" to non-members

* which accompanies this distribution, and is available

* at the URL "http://www.symbianfoundation.org/legal/licencesv10.html".

*

* Initial Contributors:

* Nokia Corporation - initial contribution.

*

* Contributors:

*

* Description:  This is the definition of the Environmental Reverb effect class.

*

*/

#ifndef CENVIRONMENTALREVERB_H

#define CENVIRONMENTALREVERB_H

// INCLUDES

#include <e32base.h>

#include <AudioEffectBase.h>

#include <EnvironmentalReverbData.h>

#include <MCustomInterface.h>

const TUid KUidEnvironmentalReverbEffect = {0x10203837};

// FORWARD DELCARATION

class CMdaAudioConvertUtility;

class CMdaAudioPlayerUtility;

class CMdaAudioRecorderUtility;

class CMdaAudioInputStream;

class CMdaAudioOutputStream;

class CMdaAudioToneUtility;

class CCustomCommandUtility;

class CCustomInterfaceUtility;

class CMMFDevSound;

class CMidiClientUtility;

class CDrmPlayerUtility;

class CVideoPlayerUtility;

// CLASS DECLARATION

/**

*  This is the Environmental Reverb effect class for managing reverb settings.

*

*  @lib EnvironmentalReverbEffect.lib

*  @since 3.0

*/

class CEnvironmentalReverb : public CAudioEffect

    {

    public:     //New Functions

        /**

        * Factory function for creating the audio reverb object.

        * @since 3.0

        * @return pointer to CEnvironmentalReverb object

        */

        IMPORT_C static CEnvironmentalReverb* NewL();

        /**

        * Factory function for creating the audio reverb object.

        * @since 3.0

        * @param aUtility A reference to a convert utility

        * @return pointer to CEnvironmentalReverb object

        */

        IMPORT_C static CEnvironmentalReverb* NewL( CMdaAudioConvertUtility& aUtility );

        /**

        * Factory function for creating the audio reverb object.

        * @since 3.0

        * @param aUtility A reference to an audio input stream utility

        * @return pointer to CEnvironmentalReverb object

        */

        IMPORT_C static CEnvironmentalReverb* NewL( CMdaAudioInputStream& aUtility );

        /**

        * Factory function for creating the audio reverb object.

        * @since 3.0

        * @param aUtility A reference to an audio output stream utility

        * @return pointer to CEnvironmentalReverb object

        */

        IMPORT_C static CEnvironmentalReverb* NewL( CMdaAudioOutputStream& aUtility );

        /**

        * Factory function for creating the audio reverb object.

        * @since 3.0

        * @param aUtility A reference to an audio player utility

        * @return pointer to CEnvironmentalReverb object

        */

        IMPORT_C static CEnvironmentalReverb* NewL( CMdaAudioPlayerUtility& aUtility );

        /**

        * Factory function for creating the audio reverb object.

        * @since 3.0

        * @param aUtility A reference to an audio record utility

        * @param aRecordStream ETrue if the effect is to be applied to the recording,

        *                      EFalse if the effect is to be applied only to the playback

        * @return pointer to CEnvironmentalReverb object

        */

        IMPORT_C static CEnvironmentalReverb* NewL( CMdaAudioRecorderUtility& aUtility, TBool aRecordStream );

        /**

        * Factory function for creating the audio reverb object.

        * @since 3.0

        * @param aUtility A reference to an audio tone utility

        * @return pointer to CEnvironmentalReverb object

        */

        IMPORT_C static CEnvironmentalReverb* NewL( CMdaAudioToneUtility& aUtility );

        /**

        * Factory function for creating the audio reverb object.

        * @since 3.0

        * @param aDevSound A reference to a DevSound instance

        * @return pointer to CEnvironmentalReverb object

        */

        IMPORT_C static CEnvironmentalReverb* NewL( CMMFDevSound& aDevSound );

        /**

        * Factory function for creating the audio reverb object.

        * @since 3.0

        * @param aUtility A reference to a custom command utility

        * @return pointer to CEnvironmentalReverb object

        */

        IMPORT_C static CEnvironmentalReverb* NewL( CCustomCommandUtility* aUtility );

        /**

        * Factory function for creating the audio reverb object.

        * @since 3.0

        * @param aCustomInterface A reference to a custom interface

        * @return pointer to CEnvironmentalReverb object

        */

        IMPORT_C static CEnvironmentalReverb* NewL( MCustomInterface& aCustomInterface );

        /**

        * Factory function for creating the audio reverb object.

        * @since 3.0

        * @param aUtility A reference to a CMidiClientUtility object

        * @return pointer to CEnvironmentalReverb object

        */

        IMPORT_C static CEnvironmentalReverb* NewL( CMidiClientUtility& aUtility );

        /**

        * Factory function for creating the audio equalizer object.

        * @since 3.0

        * @param CDrmPlayerUtility A reference to a CDrmPlayerUtility object

        * @return pointer to CAudioEqualizer object

        */

        IMPORT_C static CEnvironmentalReverb* NewL( CDrmPlayerUtility& aUtility );

        /**

        * Factory function for creating the audio equalizer object.

        * @since 3.2

        * @param CVideoPlayerUtility A reference to a CVideoPlayerUtility object

        * @return pointer to CAudioEqualizer object

        */

        IMPORT_C static CEnvironmentalReverb* NewL( CVideoPlayerUtility& aUtility );

        /**

        *

        * Destructor

        */

        IMPORT_C virtual ~CEnvironmentalReverb();

        /**

        * Gets the decay HF Ratio in hundredths

        * @since 3.0

        * @return decay HF Ratio

        */

        IMPORT_C TUint32 DecayHFRatio() const;

        /**

        * Gets the reverb decay HF Ratio minimum and maximum in hundredths.

        * @since 3.0

        * @param aMin Minimum decay HF Ratio

        * @param aMax Maximum decay HF Ratio

        */

        IMPORT_C void DecayHFRatioRange(TUint32& aMin, TUint32& aMax);

        /**

        * Gets the decay time in milliseconds

        * @since 3.0

        * @return decay time

        */

        IMPORT_C TUint32 DecayTime() const;

        /**

        * Gets the allowable reverb decay time range in milliseconds.

        * @since 3.0

        * @param aMin Minimum decay time in milliseconds

        * @param aMax Maximum decay time in milliseconds

        */

        IMPORT_C void DecayTimeRange(TUint32& aMin, TUint32& aMax);

        /**

        * Gets the density current value as a percentage in hundredths

        * @since 3.0

        * @return density value

        */

        IMPORT_C TUint32 Density() const;

        /**

        * Gets the diffusion current value as a percentage in hundredths.

        * @since 3.0

        * @return diffusion value

        */

        IMPORT_C TUint32 Diffusion() const;

        /**

        * Gets the reverb reflections delay in ms.

        * @since 3.0

        * @return reverb reflections delay

        */

        IMPORT_C TUint32 ReflectionsDelay() const;

        /**

        * Gets the reverb reflections delay maximum in milliseconds.

        * @since 3.0

        * @return reverb reflections delay maximum

        */

        IMPORT_C TUint32 ReflectionsDelayMax() const;

        /**

        * Gets the reverb reflections level in mB

        * @since 3.0

        * @return Reverb reflections level

        */

        IMPORT_C TInt32 ReflectionsLevel() const;

        /**

        * Gets the reverb reflections level maximum and minimum in mB

        * @since 3.0

        * @param aMin Minimum reflections level

        * @param aMax Maximum reflections level

        */

        IMPORT_C void ReflectionLevelRange( TInt32& aMin, TInt32& aMax );

        /**

        * Gets the reverb delay in milliseconds

        * @since 3.0

        * @return reverb delay

        */

        IMPORT_C TUint32 ReverbDelay() const;

        /**

        * Gets the reverb delay maximum in milliseconds

        * @since 3.0

        * @return reverb delay maximum

        */

        IMPORT_C TUint32 ReverbDelayMax() const;

        /**

        * Gets the reverb current level in mB

        * @since 3.0

        * @return reverb current level

        */

        IMPORT_C TInt32 ReverbLevel() const;

        /**

        * Gets the reverb current level maximum and minimum in mB

        * @since 3.0

        * @param aMin Minimum current level

        * @param aMax Maximum current level

        * @return -

        */

        IMPORT_C void ReverbLevelRange( TInt32& aMin, TInt32& aMax );

        /**

        * Gets the room HF level current ratio

        * @since 3.0

        * @return room HF level ratio

        */

        IMPORT_C TInt32 RoomHFLevel() const;

        /**

        * Gets the room HF level maximum and minimum ratios

        * @since 3.0

        * @param aMin Minimum current room HF level

        * @param aMax Maximum current room HF level

        * @return -

        */

        IMPORT_C void RoomHFLevelRange( TInt32& aMin, TInt32& aMax );

        /**

        * Gets the room level current value in mB

        * @since 3.0

        * @return room level value

        */

        IMPORT_C TInt32 RoomLevel() const;

        /**

        * Gets the room level maximum and minimum in mB

        * @since 3.0

        * @param aMin Minimum current room level

        * @param aMax Maximum current room level

        * @return -

        */

        IMPORT_C void RoomLevelRange( TInt32& aMin, TInt32& aMax );

        /**

        * Sets the decay HF Ratio in hundredths

        * @since 3.0

        * @param aDecayHFRatio The decay high frequence ratio in hundredths

        * @return -

        */

        IMPORT_C void SetDecayHFRatioL( TUint32 aDecayHFRatio );

        /**

        * Sets the decay time in millisecond

        * @since 3.0

        * @param aDecayTime Decay time in ms

        */

        IMPORT_C void SetDecayTimeL( TUint32 aDecayTime );

        /**

        * Sets the density value as percentage in hundredths

        * @since 3.0

        * @param aDensity The density.

        */

        IMPORT_C void SetDensityL( TUint32 aDensity );

        /**

        * Sets the diffusion value as a percentage in hundredths

        * @since 3.0

        * @param aDiffusion The diffusion.

        */

        IMPORT_C void SetDiffusionL( TUint32 aDiffusion );

        /**

        * Sets the reverb reflections delay

        * @since 3.0

        * @param aRefectionsDelay The reflection delay in ms.

        */

        IMPORT_C void SetReflectionsDelayL( TUint32 aReflectionsDelay );

        /**

        * Sets the reverb reflections level in milli-dB

        * @since 3.0

        * @param aRefectionsLevel The reflection level in mB

        */

        IMPORT_C void SetReflectionsLevelL( TInt32 aReflectionsLevel );

        /**

        * Sets the reverb delay

        * @since 3.0

        * @param aReverbDelay The reverb delay in ms

        */

        IMPORT_C void SetReverbDelayL( TUint32 aReverbDelay );

        /**

        * Sets the reverb level

        * @since 3.0

        * @param aReverbLevel The reverb level in mB

        */

        IMPORT_C void SetReverbLevelL( TInt32 aReverbLevel );

        /**

        * Sets the room HF level ratio

        * @since 3.0

        * @param aRoomHFLevel The room high frequency ratio

        */

        IMPORT_C void SetRoomHFLevelL( TInt32 aRoomHFLevel );

        /**

        * Sets the room level value in milli-dB

        * @since 3.0

        * @param aRoomLevel The room level

        */

        IMPORT_C void SetRoomLevelL( TInt32 aRoomLevel );

        /**

        * Gets the total delay maximum in milliseconds

        * @since 3.0

        * @return reverb delay maximum

        */

        IMPORT_C TUint32 DelayMax() const;

    public: // functions from base class

        /*

        * From CAudioEffect

        * Get the unique identifier of the audio effect

        * @since 3.0

        * @return Unique identifier

        */

        IMPORT_C TUid Uid() const;

    protected:  // Functions from base classes

        /**

        * From CAudioEffect

        * Create a package of the effect data

        * @since 3.0

        * @return A descriptor containing the effect data.

        */

        IMPORT_C const TDesC8& DoEffectData();

        /**

        * From CAudioEffect

        * Internal function to unpack effect data

        * @since 3.0

        * @param aEffectDataBuffer Descriptor containing packed effect data

        * @return -

        */

        IMPORT_C void SetEffectData( const TDesC8& aEffectDataBuffer );

    protected:

        /**

        * Private C++ constructor for this class.

        * @since 3.0

        * @return   -

        */

        IMPORT_C CEnvironmentalReverb();

    protected:

        // Reverb data structure

        TEfEnvironmentalReverb iReverbData;

        // Data package sent to server

        TEfEnvReverbDataPckg iDataPckgTo;

        // Data package received from server

        TEfEnvReverbDataPckg iDataPckgFrom;

    protected:    // Friend classes

        friend class CEnvironmentalReverbMessageHandler;

        friend class CEnvironmentalReverbUtility;

    };

#endif  // of CENVIRONMENTALREVERB_H

// End of File