//Assign 4, HiringApp

//Assign 4, HiringApp
package assign4_template;

import java.util.ArrayDeque;
import java.util.Queue;
import java.util.Deque;
import java.util.ArrayList;
import java.util.LinkedList;
import java.util.Scanner;

public class HiringApp {

public static void main(String[] args) {

//Define the data structures for 3 different groups of people:
// new applicants
// current employees (those who were hired),
// past employees (those who were fired)
//
//Hint: for queue: Queue, ArrayDeque, LinkedList
// for stack: Deque ArrayDeque, LinkedList

//display the menu

//get the menu choice

//process user selected service request.

//loop until the user decides to quit.

}

//other methods for code modularization
//method for getting user choice
public static int getChoice() {

//display the menu
//get user choice
//return user choice as an integer

return -1;
}

//method for accepting an applicant and reurn this applicant as a Person object
public static Person getApplication() {
//display prompt for user to enter an applicant’s name
//get user input

//display prompt for user to enter an applicant’s degree
//get user input

//display prompt for user to enter an applicant’s skill list
// (first how many skills, then enter skill one by one)
//use a loop to get each skill

//make a Person object using the name, degree, skill list
//and return this Person object

return null;
}

//You can either implement hire and fire functionalities in main(…),
// or implement them here as separate methods:
//hire method
//fire method
}
//Assign 4, Peron class.
// Represent an applicant, or an employee

package assign4_template;

import java.util.ArrayList;

public class Person { //new applicants, current employees, past employees

//Item 3. in Assign 4 Document.

//define data fields: name, degree, skill list (“Java, C#, C++”, etc.)
// skill list: must be array list or linked list

//define the constructor with given name, degree, and skill list

//define getters

//define setters

//define toString()

}