//  Employee.cpp : Defines the entry point for the console application.
//    description: Employee
//    programmer: Erin
//    date: 09/03/2008#include <iostream>
using std::cout;
using std::endl;

class Employee
{

	// data declaration section
   	private:
	int ID;    // declare ID as a integer variable
	double RATE;  // declare RATE as a double variable
    int Employee1; // declare as obect
	

   // methods declaration section
   ;public:
	   Employee(); // the constructor's declaration statement
	   void showEmployeeValues (); // this will be an accessor
	   void setNewEmployeeValues (int, double); // this will be a mutator 
	   void displayEmployeeValues();
};

// methods implementaion section
Employee::Employee()  // this is a constructor
{
	ID = 99;
	RATE = 99.99;
	cout << "A new Employee object using the default constructor.\n;
}


void Employee::showEmployeeValues()  // this is an accessor
{
    cout << " ID = " << ID << "\n  RATE = "<< RATE << endl;
}

void Employee::setNewEmployeeValues(int ID, double RATE) //this is a mutator
{
	cout << Employee1.ID = 11 ;Employee1.double RATE = 11.11
    cout << Employee2.ID = 22 ;Employee2.double RATE = 22.22
};

int main ()
{
    Employee Employee1;                  // declare a variable of type Employee

	
	cout << "The values for this Employee is: \n";
	<< Employee1.showEmployeeValues ();        // use a class method on this object
    cout << "\nThe values for this Employee is: \n";
	<< Employee2.showEmployeeValues ();        // use another class method on this object

	Employee1.setNewEmployeeValues (11,11.11);      // call the mutator
	Employee2.setNewEmployeeValues (22,22.22);      // call the mutator


	cout << "\nThe values for this Employee have been changed to:";
	     << Employee1.showEmployeeValues();
	     << "\nThe values of this Employee is: ";
	     << Employee1.displayEmployeeValues();
         << Employee2.displayEmployeeValues()<< endl;
	
	return 0;
}

cout << "A new Employee object using the default constructor.\n;

cout << "The values for this Employee is: \n";
<< Employee1.showEmployeeValues(); // use a class method on this object

#include <iostream>
using std::cin;
using std::cout;
using std::endl;

class Employee {
  private:
    int ID;
    double RATE;

  public:
    Employee();
    int getID();
    double getRate();
    void setID( int number );
    void setRate( double number );
};

Employee::Employee() {
    ID = 99;
    RATE = 99.99;
    //you missed a " here
    cout << "A new Employee object using the default constructor.\n";
}

int Employee::getID() {
    //your code goes here
}

double Employee::getRate() {
    //your code goes here
}

void Employee::setID( int number ) {
    //your code goes here
}

void Employee::setRate( double number ) {
    //your code goes here
}

int main () {
    Employee employee1;

    cout << "The values for this Employee are: " << endl
    << "ID: "   << employee1.getID() << endl
    << "Rate: " << employee1.getRate();

    employee1.setID( 11 );
    employee1.setRate( 11.11 );

    cout << "\nThe values for this Employee have been changed to: " << endl
    << "ID: "   << employee1.getID() << endl
    << "Rate: " << employee1.getRate();

    cin.get();
    return EXIT_SUCCESS;
}