#ifndef _SQL_SQLFLOAT_HPP_
#define _SQL_SQLFLOAT_HPP_
#ifndef _COMMON_STDIO_HPP_
#include <common/stdio.hpp>
#endif
#ifndef _COMMON_SMARTPOINTER_HPP_
#include <common/pointer.hpp>
#endif
#ifndef _SQL_SQLSTRING_HPP_
#include <sql/sqlstring.hpp>
#endif

class SQLFloat
{
public:
  SQLFloat(void);
	SQLFloat(float someFloat);
	SQLFloat &operator=(float value);
	bool operator==(const SQLFloat &someSQLFloat)const;
	bool operator<(const SQLFloat &someSQLFloat)const;
	bool operator>(const SQLFloat &someSQLFloat)const;
	SQLFloat operator*(const SQLFloat &someSQLFloat)const;
	SQLFloat operator/(const SQLFloat &someSQLFloat)const;
	SQLFloat operator+(const SQLFloat &someSQLFloat)const;
	float getValue(void)const;
	void setValue(float value);
	SQLString toString(void)const;
private:
  float mData;
};

inline
SQLFloat::SQLFloat(void)
: mData(0.00)
{
}

inline
SQLFloat::SQLFloat(float someFloat)
: mData(someFloat)
{
}

inline
SQLFloat &SQLFloat::operator=(float value)
{
  mData=value;
	return *this;
}

inline
bool SQLFloat::operator==(const SQLFloat &someSQLFloat)const
{
  return getValue()==someSQLFloat.getValue();
}

inline
bool SQLFloat::operator<(const SQLFloat &someSQLFloat)const
{
  return mData<someSQLFloat.mData;
}

inline
bool SQLFloat::operator>(const SQLFloat &someSQLFloat)const
{
  return mData>someSQLFloat.mData;
}

inline
SQLFloat SQLFloat::operator*(const SQLFloat &someSQLFloat)const
{
  return getValue()*someSQLFloat.getValue();
}

inline
SQLFloat SQLFloat::operator/(const SQLFloat &someSQLFloat)const
{
  if(0.00==someSQLFloat.getValue())return 0.00;
	return getValue()/someSQLFloat.getValue();
}

inline
SQLFloat SQLFloat::operator+(const SQLFloat &someSQLFloat)const
{
	return getValue()+someSQLFloat.getValue();
}

inline
float SQLFloat::getValue(void)const
{
  return mData;
}

inline
void SQLFloat::setValue(float value)
{
  mData=value;
}

inline
SQLString SQLFloat::toString(void)const
{
  SQLString strString;
	::sprintf(strString,"%lf",mData);
	return strString;
}
#endif