#ifndef _MUSCONVERTER_HPP_
#define _MUSCONVERTER_HPP_
#include <midiwrt/mididata.hpp>
#include <midiwrt/musfile.hpp>
#include <midiwrt/puredly.hpp>
#include <midiwrt/purenote.hpp>
#include <midiwrt/purecntl.hpp>
#include <midiwrt/miditime.hpp>

class MUSConverter : private MUSFile
{
public:
	MUSConverter(String midiPathFileName,String musPathFileName);
	~MUSConverter();
	WORD convertFile(void);
	void setTempo(USHORT midiTempo);
	USHORT getTempo(void)const;
	WORD isOkay(void)const;
  WORD updateTrackInfo(void);
protected:
	WORD virtual handleScoreStart(void);
	WORD virtual handleReleaseNote(PureEvent &pureEvent,PureDelay &pureDelay,PureNote &releaseNote,BYTE trackNumber);
	WORD virtual handlePlayNote(PureEvent &pureEvent,PureDelay &pureDelay,PureNote &playNote,BYTE trackNumber);
	WORD virtual handlePitchBend(PureEvent &pureEvent,PureDelay &pureDelay,BYTE pitchBenderValue,BYTE trackNumber);
	WORD virtual handleReset(PureEvent &pureEvent,PureDelay &pureDelay,BYTE tempoValue,BYTE trackNumber);
	WORD virtual handleController(PureEvent &pureEvent,PureDelay &pureDelay,PureController &pureController,BYTE trackNumber);
	WORD virtual handleScoreEnd(PureDelay &pureDelay);
private:
	void fixChannel(PureEvent &pureEvent,BYTE trackNumber);
  WORD writeInfoTrack(void);
	MidiData mMidiData;
	MidiTrack mMidiTrack;
	MidiHeader mMidiHeader;
  MidiDeltaTime mDeltaTime;
	WORD mNumTracks;
};

inline
WORD MUSConverter::isOkay(void)const
{
  return (mMidiData.isOkay()&&MUSFile::isOkay());
}

inline
void MUSConverter::setTempo(WORD midiTempo)
{
  mMidiHeader.deltaTempo(midiTempo);
}

inline
USHORT MUSConverter::getTempo(void)const
{
  return mMidiHeader.deltaTempo();
}

inline
void MUSConverter::fixChannel(PureEvent &pureEvent,BYTE trackNumber)
{
	if(15==trackNumber)pureEvent.channel(9);
  if(9==trackNumber)pureEvent.channel(15);
}
#endif