#ifndef _PROTO_NOTE_HPP_
#define _PROTO_NOTE_HPP_
#ifndef _COMMON_STRING_HPP_
#include <common/string.hpp>
#endif

class Note
{
public:
  typedef enum NoteType{A,ASh,B,C,CSh,D,DSh,E,F,FSh,G,GSh};
	typedef enum Step{HalfStep=1,FullStep=2};
	Note();
	Note(const Note &pureNote);
	Note(NoteType note);
	virtual ~Note();
	Note &operator=(const Note &note);
	bool operator==(const Note &note)const;
	bool operator<(const Note &note)const;
	bool operator>(const Note &note)const;
	const Note &operator++();          // increment by half step
	const Note &operator--();          // decrement by half step
	Note operator++(int postFixDummy); // postfix increment by half step
	Note operator--(int postFixDummy); // postfix decrement by half step
	const Note &operator+=(Step step); // increment by step
	const Note &operator-=(Step step); // decrement by step
  NoteType getNote(void)const;
	void setNote(NoteType noteType);
	int getOctave(void)const;
	void setOctave(int octave);
	String toString(void)const;
	String toStringWithOctave(void)const;
private:
  int mNote;
	int mOctave;
};

inline
Note::Note()
: mNote(A), mOctave(0)
{
}

inline
Note::Note(NoteType note)
: mNote(note), mOctave(0)
{
}

inline
Note::Note(const Note &pureNote)
{
  *this=pureNote;
}

inline
Note::~Note()
{
}

inline
Note &Note::operator=(const Note &note)
{
  setNote(note.getNote());
	return *this;
}

inline
bool Note::operator==(const Note &note)const
{
  return mNote==note.mNote;
}

inline
bool Note::operator<(const Note &note)const
{
  return mNote<note.mNote;
}

inline
bool Note::operator>(const Note &note)const
{
  return mNote>note.mNote;
}

inline
const Note &Note::operator++()   // add half step
{
  mNote++;
	if(mNote>GSh)
	{
	  mNote=A;
		mOctave++;
  }
  return *this;
}

inline
const Note &Note::operator--()   // add half step
{
  mNote--;
	if(mNote<A)
	{
	  mNote=GSh;
		mOctave--;
  }
  return *this;
}

Note Note::operator++(int postFixDummy)
{
  Note note(*this);
	++(*this);
	return note;
}

Note Note::operator--(int postFixDummy)
{
  Note note(*this);
	++(*this);
	return note;
}

inline
const Note &Note::operator+=(Step step)
{
  int remainder;
  if(HalfStep==step)return ++(*this);
	mNote+=step;
	if(mNote>GSh)
	{
	  mNote=A+(mNote-GSh)-1;
		mOctave++;
	}
	return *this;
}

inline
const Note &Note::operator-=(Step step)
{
  if(HalfStep==step)return --(*this);
	mNote-=step;
	if(mNote<A)
	{
	  mNote=(GSh+mNote)+1;
		mOctave--;
  }
	return *this;
}

inline
Note::NoteType Note::getNote(void)const
{
  return (NoteType)mNote;
}

inline
void Note::setNote(NoteType note)
{
  mNote=note;
}

inline
String Note::toStringWithOctave(void)const
{
  return toString()+String("(")+String().fromInt(mOctave)+String(")");
}

inline
String Note::toString(void)const
{
  switch(mNote)
	{
	  case Note::A :
      return "A";
		case Note::ASh :
		  return "A#";
		case Note::B :
		  return "B";
		case Note::C :
		  return "C";
		case Note::CSh :
		  return "C#";
		case Note::D :
		  return "D";
		case Note::DSh :
		  return "D#";
		case Note::E :
		  return "E";
		case Note::F :
		  return "F";
		case Note::FSh :
		  return "F#";
		case Note::G :
		  return "G";
		case Note::GSh :
		  return "G#";
		default :
		  return "?";
	}
}
#endif