#ifndef _MYHEADER_H	
#define _MYHEADER_H	


#include <stdio.h> // include our extern header files here
#include <iostream>		
using namespace std;


struct tMyStruct // declare a new struct
{
	int	id;
	char	grade;
	bool	active;
};


#endif

#include "myheader.h" // include our header file

int main()				
{	
	tMyStruct player;

	player.id = 10;
	player.active = true;
	player.grade = 'a';

	cout << player.id << " " << player.active << " " << player.grade;

	getchar(); // wait until a key is pressed
	return 0;
}


/*

Learn how to use a Struct to ease and systemize your programming.
A structure type is a user-defined composite type. It is composed of fields or
members that can have different types. In C++, a structure is the same as a
class except that its members are public by default.(I will explain class
in the next tutorial)


Its form is the following: 


struct struct_type_name
{
  type1 member1;
  type2 member2;
  type3 member3;
  .
  .
};

or

It's form can also be like this:

struct model_name{
  type1 element1;
  type2 element2;
  type3 element3;
  .
  .
} object_name;


where model_name is a name for the model of the structure type and the
optional parameter object_name is a valid identifier (or identifiers) for
structure object instantiations. Within curly brackets { } they are the
types and their sub-identifiers corresponding to the elements that compose
the structure. 


After you have declared your struct:

struct tMyStruct		// declare tMyStruct struct type
{
	int	id;	// declare member types
	char	grade;
	bool	active;
};

You can use your struct like this:
Declare a variable containing all the members/elements of your struct.

tMyStruct myVariable;	// declare our new variable


myVariable will now contain all the members in the struct.
Example of use:

int id		= myVariable.id;
char grade	= myVariable.grade;
bool active	= myVariable.active;

*/