#ifndef _REMOTEPSAPP_RGB888_HPP_
#define _REMOTEPSAPP_RGB888_HPP_
#ifndef _COMMON_WINDOWS_HPP_
#include <common/windows.hpp>
#endif

class RGB888
{
public:
  RGB888(void);
	RGB888(const RGB888 &someRGB888);
	RGB888(BYTE red,BYTE green,BYTE blue);
	~RGB888(); // the destructor cannot be virtual 
	RGB888 &operator=(const RGB888 &someRGB888);
	BOOL operator==(const RGB888 &someRGB888);
	BYTE red(void)const;
	void red(BYTE red);
	BYTE green(void)const;
	void green(BYTE green);
	BYTE blue(void)const;
	void blue(BYTE blue);
private:
	BYTE mBlue;
	BYTE mGreen;
	BYTE mRed;
};

inline
RGB888::RGB888(void)
: mBlue(0), mGreen(0), mRed(0)
{
}

inline
RGB888::RGB888(BYTE red,BYTE green,BYTE blue)
: mBlue(blue), mGreen(green), mRed(red)
{
}

inline
RGB888::RGB888(const RGB888 &someRGB888)
{
  *this=someRGB888;
}

inline
RGB888::~RGB888()
{
}

inline
RGB888 &RGB888::operator=(const RGB888 &someRGB888)
{
  red(someRGB888.red());
	green(someRGB888.green());
	blue(someRGB888.blue());
	return *this;
}

inline
BOOL RGB888::operator==(const RGB888 &someRGB888)
{
  return red()==someRGB888.red()&&green()==someRGB888.green()&&blue()==someRGB888.blue();
}

inline
BYTE RGB888::red(void)const
{
  return mRed;
}

inline
void RGB888::red(BYTE red)
{
  mRed=red;
}

inline
BYTE RGB888::green(void)const
{
  return mGreen;
}

inline
void RGB888::green(BYTE green)
{
  mGreen=green;
}

inline
BYTE RGB888::blue(void)const
{
  return mBlue;
}

inline
void RGB888::blue(BYTE blue)
{
  mBlue=blue;
}
#endif