Imperfector/CPPbegin/Imperfector.h

#pragma once
#ifndef IMPERFECTORSTATE_H
#define IMPERFECTORSTATE_H

#include "Jukebox.h"
#include <utility>


/*
include guards: In basic sample they uses this to check if this guard is define, if not, it`s starts define it  
*/



class CImperfector 
{
public: explicit CImperfector();

	  // No destructor since this class is allocated by JBox_Export_CreateNativeObject,
	  //	which means that the destructor would never be called anyway (though any memory we allocated will be automatically deallocated)
  //	public: ~CVerySimpleSampler();
	  /**
	   * @brief Checks incoming diffs to see if they're note on:s/note offs (i.e. MIDI notes) and if so, add voices to the voice pool
	   * also checks any changes of the sample parameters
	   */
private: void HandleDiffs(const TJBox_PropertyDiff iPropertyDiffs[], TJBox_UInt32 iDiffCount);
private: TJBox_Int64 TagToInt(const TJBox_Tag iTag) const;
private: TJBox_Bool TagToBool(const TJBox_Tag iTag) const;
private: TJBox_Float64 TagToFloat(const TJBox_Tag iTag) const;
public: void FlashNoteOnLamp();
public: void HandleNoteOnLampTurnOff();
public: void ResetIfRequested();

	  /**
	   * @brief	Main starting point for rendering audio
	   * @details	One of the first thing you'll stumble upon as a rack extension developer is if properties should be
	   *			fetched using "diffs" or by use of Jukebox SDK functions such as JBox_LoadMOMProperty. You have both
	   *			options and they have their pros and cons. In this example most properties are fetched using
	   *			JBox_LoadMOMProperty, but note diffs are fetched through iPropertyDiffs. In order to get these diffs
	   *			you have to set them up in realtime_controller.lua/rt_input_setup/notify .
	   **/
public: void RenderBatch(const TJBox_PropertyDiff iPropertyDiffs[], TJBox_UInt32 iDiffCount);

	  // State created in CreateNativeObject, references to different kind of properties in host
private: TJBox_ObjectRef fEnvironmentRef;
private: TJBox_ObjectRef fDeviceHostRef;
private: TJBox_ObjectRef fTransportRef;
private: TJBox_ObjectRef fNoteStates;
private: TJBox_ObjectRef fMotherBoardCustomPropertiesRef;

	   // VerySimpleSampler specific property references
private: TJBox_ObjectRef fAudioOutLeftObjectRef;
private: TJBox_ObjectRef fAudioOutRightObjectRef;
private: TJBox_PropertyRef fNoteOnPropertyRef;

private: TJBox_PropertyRef fSampleDataStringPropertyRef;

	   // State only valid during a RenderBatch call
private: TJBox_Float64 fSampleRate;

	   // State to be used between calls (remembering last values)
private: TJBox_Float64 fLastRequestResetCounter;
private: TJBox_Float64 fSecondsBeforeNoteOnTurnOff;

//	   // References to the native objects containing samples
//private: NSUtil::StaticVector<TJBox_PropertyRef, kNumberOfSampleZones> fSampleNativeObjectRefs;
//	   // The current sample parameters for each zone
//private: NSUtil::StaticVector<TGUISampleParameters, kNumberOfSampleZones> fSampleZoneParameters;
//	   // References to each sample parameter for each zone
//private: NSUtil::StaticVector<TJBox_ObjectRef, kNumberOfSampleZones> fSampleZoneObjectRefs;
//	   // Our main pool of voices that render audio data
//private: CVoicePool fVoicePool;
private: bool fSampleDisplayNeedsUpdate;
private: std::size_t fLastSampleZoneIndex;

};


#endif