Adding high score capability to MS Solitaire

// Includes
#include "stdafx.h"
#include "HighscoreEntry.h"
#include <string>

////////////////////////////////////// Construction   /////////////////////////////////
CHighscoreEntry::CHighscoreEntry(long lScore, const CString& strName, long lTime) : m_lScore(lScore), m_strName(strName), m_dtTimeStamp(CTime::GetCurrentTime())
{
	if (lTime > 0)
	{
		m_dtTimeStamp = lTime;
	}
	else
	{
		 m_dtTimeStamp = CTime::GetCurrentTime();
	}
}

CHighscoreEntry::~CHighscoreEntry()
{
}

const CHighscoreEntry& CHighscoreEntry::operator=(const CHighscoreEntry& hse)
{
	(*this).m_lScore = hse.m_lScore;
	(*this).m_strName = hse.m_strName;
	(*this).m_dtTimeStamp = hse.m_dtTimeStamp;
	return (*this);
}

CHighscoreEntry::CHighscoreEntry(const CHighscoreEntry& hse)
{
	(*this) = hse;
}

////////////////////////////////////// Operators   /////////////////////////////////
bool CHighscoreEntry::operator==(const CHighscoreEntry& hse) const
{
	return ((*this).m_lScore == hse.m_lScore);
}

bool CHighscoreEntry::operator!=(const CHighscoreEntry& hse) const
{
	return !((*this) == hse);
}

bool CHighscoreEntry::operator<(const CHighscoreEntry& hse) const
{
	return ((*this).m_lScore < hse.m_lScore);
}

bool CHighscoreEntry::operator>(const CHighscoreEntry& hse) const
{
	// yes there's more than one way to do it
	// this is better for complex objects usually
	return !((*this) < hse || (*this) == hse);
}

bool CHighscoreEntry::operator>=(const CHighscoreEntry& hse) const
{
	return ((*this) > hse || (*this) == hse);
}

bool CHighscoreEntry::operator<=(const CHighscoreEntry& hse) const
{
	return ((*this) < hse || (*this) == hse);
}

// mainly for testing purposes
ostream& operator<<(ostream& os, const CHighscoreEntry& hse)
{
	char* name = new char[100];
	ConvertToChar(hse.m_strName, name);

	os << name << ' ' << hse.m_lScore << ' ' << hse.m_dtTimeStamp.GetDay() << '/' << hse.m_dtTimeStamp.GetMonth() << '/' << hse.m_dtTimeStamp.GetYear();
	delete name;
    return os;
}