// cPlayer.h

#include <iostream>
#include <string>

using namespace std;

class cPlayer
{
public:
       cPlayer (string, int);
//       -cPlayer(){}
       
       int getHealth();
       int getMoney();
       void setHealth(int);
       void setMoney(int);
private:
       int signed itsHealth;
       int itsMoney;
       string itsName;
}

// cPlayer.cpp

#include "cPlayer.h"

cPlayer::cPlayer(string name, int money)
{
     itsHealth=100;
     itsMoney=money;
     itsName=name;
}

int getHealth()
{
    return itsHealth;
}
int getMoney()
{
    return itsMoney;
}
void setHealth(int health)
{
     itsHealth=health;
}
void setMoney(int money)
{
     itsMoney+=money;
}

// cPlayer.h#include <iostream>#include <string>using namespace std;class cPlayer;{public:       cPlayer (string, int);//       -cPlayer(){}              int getHealth();       int getMoney();       void setHealth(int);       void setMoney(int);private:       int signed itsHealth;       int itsMoney;       string itsName;}

// cPlayer.cpp#include "cPlayer.h"cPlayer::cPlayer(string name, int money){     itsHealth=100;     itsMoney=money;     itsName=name;}int cPlayer::getHealth(){    return itsHealth;}int cPlayer::getMoney(){    return itsMoney;}void cPlayer::setHealth(int health){     itsHealth=health;}void cPlayer::setMoney(int money){     itsMoney+=money;}

//this, in the most part will be okvoid CMyClass::MyFunc(){using namespace std;string myString....//lots of namespace std stuff//..//..}//By limiting the scope of the using keyword, you can avoid potential// clashes later.void CMyClass::MyFunc(){  {//You can limit the scope like this    using namespace std;    string myString....   //lots of namespace std stuff   //..   //..  }  {    using namespace widget;    string myWidgetString ....   //lots of namespace widget stuff   //..   //..  }}}