#ifndef _PROTO_GDILINE_HPP_
#define _PROTO_GDILINE_HPP_
#ifndef _COMMON_GDIPOINT_HPP_
#include <common/gdipoint.hpp>
#endif

class GDILine
{
public:
  GDILine(void);
	GDILine(const GDILine &someGDILine);
	GDILine(const GDIPoint &firstPoint,const GDIPoint &secondPoint);
	virtual ~GDILine();
	GDILine &operator=(const GDILine &someGDILine);
	BOOL operator==(const GDILine &someGDILine)const;
	const GDIPoint &firstPoint(void)const;
	void firstPoint(const GDIPoint &firstPoint);
	const GDIPoint &secondPoint(void)const;
	void secondPoint(const GDIPoint &secondPoint);
private:
  GDIPoint mFirstPoint;
	GDIPoint mSecondPoint;
};

inline
GDILine::GDILine(void)
{
}

inline
GDILine::GDILine(const GDILine &someGDILine)
{
  *this=someGDILine;
}

inline
GDILine::GDILine(const GDIPoint &firstPoint,const GDIPoint &secondPoint)
: mFirstPoint(firstPoint), mSecondPoint(secondPoint)
{
}

inline
GDILine::~GDILine()
{
}

inline
GDILine &GDILine::operator=(const GDILine &someGDILine)
{
  firstPoint(someGDILine.firstPoint());
	secondPoint(someGDILine.secondPoint());
	return *this;
}

inline
BOOL GDILine::operator==(const GDILine &someGDILine)const
{
  return (firstPoint()==someGDILine.firstPoint()&&
	        secondPoint()==someGDILine.secondPoint());
}

inline
const GDIPoint &GDILine::firstPoint(void)const
{
  return mFirstPoint;
}

inline
void GDILine::firstPoint(const GDIPoint &firstPoint)
{
  mFirstPoint=firstPoint;
}

inline
const GDIPoint &GDILine::secondPoint(void)const
{
  return mSecondPoint;
}

inline
void GDILine::secondPoint(const GDIPoint &secondPoint)
{
  mSecondPoint=secondPoint;
}
#endif