#include <string>
#include <iostream>
#include <fstream>
 
const int MAX_ITEMS = 5;
using namespace std;
enum RelationType {LESS, EQUAL, GREATER} const;
class ItemType
{
      public:
			//constructor
		   ItemType(string myName,string myCompany);
 
		   RelationType ComparedTo(ItemType)const;
		   //Purpose: compares objects
		   //Precondition: self and item have their key members initalized
		   //Postcondition:= LESS if the key of self is less then the key of item
						 //= GREATER if the key of self is greater then the key of item
						 //= EQUAL if the keys are equal
           void PromoteMe();           
				//Function: promotes the employee
				//Postcondition: Employee is promoted
		   void DemoteMe();
				//Function: demotes the employee
				//Postcondition: Employee is promoted
		   void PayMe(bool okay);
				//Postcondition: pays the employees
		   void EPrint();
		   void UPrint();
 
      private:
			  ofstream outData;
			  string company;
              string name;
              int rank;
              int total;
};
 
//constructor
ItemType :: ItemType(string myName, string myCompany)
{
        name = myName;
        company = myCompany;
        rank = 1;
        total = 0;
}
 
RelationType ItemType::ComparedTo(ItemType otherObj) const
{
        if((company < otherObj.company)||(company == otherObj.company)
        &&(rank < otherObj.rank))
              return LESS;
        else if((company > otherObj.company)||(company == otherObj.company)
        && (rank > otherObj.rank))
              return GREATER;
        else
              return EQUAL;
}
 
void ItemType::PromoteMe()
{
 
    rank = rank+1;
}
 
void ItemType::DemoteMe()
{
	rank = rank-1;
}
 
void ItemType::PayMe(bool okay);
{
	if(!okay)
	total = total + rank * 1000;
	else
		total = total+ 50;
}
 
void ItemType::EPrint()
{
		cout<<"Name: "
			<<name<<endl;
		outData<<"Name: "
			<<name<<endl;
		cout<<"Company: "
			<<company<<endl;
		outData<<"Compnay: "
			<<company<<endl;
		cout<<"Rank: "
			<<rank<<endl;
		outData<<"Rank: "
			<<rank<<endl;
		cout<<"Total Pay: "
			<<total<<endl;
		outData<<"Total Pay: "
			   <<total<<endl;
		cout<<endl;
		outData<<endl;
}
 
void ItemType::UPrint()
{
 
		cout<<"Name: "
			<<name<<endl;
		outData<<"Name: "
			<<name<<endl;
		cout<<"Total Pay: "
			<<total<<endl;
		outData<<"Total Pay: "
			<<total<<endl;
}

#include <iostream>
#include <fstream>
#include <string.h>
#include "SortedType.h"
#include "ItemType.h"
 
 
ofstream outData;
enum CommandType {JOIN,QUIT,CHANGE,PROMOTE,DEMOTE,
PAYDAY,EMPLOYEES,UNEMPLOYED,DUMP,END};
void Join(SortedType&);
void GetCommand(CommandType&);
void Quit(SortedType&,SortedType&);
void Change(SortedType&);
void Unemployed(SortedType&);
void Dump(SortedType&,SortedType&);
void Employees(SortedType&);
void Payday(SortedType&,SortedType&);
void Demote(SortedType&);
void Promote(SortedType&);
 
void main()
{
    using namespace std;
	cout<<"Welcome to the Employee Program"<<endl;
	CommandType command;
	SortedType ourList,list2;
 
    outData.open("data.dat");
	GetCommand(command);
	while(command != END)
	{
		switch(command)
		{
			case JOIN: Join(ourList);break;
			case QUIT: Quit(ourList,list2);break;
			case CHANGE: Change(ourList);break;
			case PROMOTE: Promote(ourList);break;
			case DEMOTE: Demote(ourList);break;
			case PAYDAY: Payday(ourList,list2);break;
			case EMPLOYEES: Employees(ourList);break;
			case UNEMPLOYED: Unemployed(list2);break;
			case DUMP: Dump(ourList,list2);break;
		}
		GetCommand(command);
	}
 
}
 
void GetCommand(CommandType& command)
{
 
	cout<<"EMPLOYEE MENU PROGRAM"<<endl;
	outData<<"EMPLOYEE MENU PROGRAM"<<endl;
	cout<<"Type in a Capitial letter from the choices below then press ENTER"<<endl;
	outData<<"Type in a Capitial letter from the choices below then press ENTER"<<endl;
	cout<<endl;
	outData<<endl;
	cout<<" J: A person joins a new company."<<endl;
	outData<<" J: A person joins a new company."<<endl;
	cout<<" Q: A person quits a company."<<endl;
	outData<<" Q: A person quits a company."<<endl;
	cout<<" C: A person quits their job and joins a different company."<<endl;
	outData<<" C: A person quits their job and joins a different company."<<endl;
	cout<<" P: A person is promoted."<<endl;
	outData<<" P: A person is promoted."<<endl;
	cout<<" D: A person is demoted."<<endl;
	outData<<" D: A person is demoted."<<endl;
	cout<<" M: payday."<<endl;
	outData<<" M: payday."<<endl;
	cout<<" E: Print list of employees in a company."<<endl;
	outData<<" E: Print list of employees in a company."<<endl;
	cout<<" U: Print list of unemployeed people."<<endl;
	outData<<" U: Print list of unemployeed people."<<endl;
	cout<<" A: Print both employee and unemployeed list."<<endl;
	outData<<" A: Print both employee and unemployeed list."<<endl;
	cout<<" X: END OF PROGRAM"<<endl;
	outData<<" X: END OF PROGRAM"<<endl;
	char letter;
	cin>>letter;
	cout<<endl;
 
	bool okay = false;
	while(!okay)
	{
		okay = true;
		switch(letter)
		{
 
			case 'J': command = JOIN; break;
			case 'Q': command = QUIT; break;
			case 'C': command = CHANGE; break;
			case 'P': command = PROMOTE;break;
			case 'D': command = DEMOTE;break;
			case 'M': command = PAYDAY; break;
			case 'E': command = EMPLOYEES; break;
			case 'U': command = UNEMPLOYED; break;
			case 'A': command = DUMP;break;
			case 'X': command = END;break;
			default: cout<<"Letter Entered was not one"
						 <<" of the choices above. ENTER"
						 <<" another Letter then press return: "<<endl;
					 outData<<"Letter Entered was not one"
						 <<" of the choices above. ENTER"
						 <<" another Letter then press return: "<<endl;
				     cin>>letter;
					 okay = false;
		}
	}
}
 
void Join(SortedType& ourList,SortedType& list2)
{
     bool check = false;
     string name,company;
     cout<<"Enter the employee's name"<<endl;
	 outData<<"Enter the employee's name"<<endl;
     cin>>name;
     cout<<"Enter the company"<<endl;
	 outData<<"Enter the company"<<endl;
     cin >> company;
 
     ItemType obj(name,company);
     int length = ourList.LengthIs();
 
	 if(list2.RetrieveItem(obj,check))
		 list2.DeleteItem(obj);
 
     for(int count = 0;count < length;count++)
     {
          ourList.GetNextItem(obj);
          ourList.DeleteItem(obj);
          obj.PromoteMe();
          ourList.InsertItem(obj);
     }
 
     ourList.InsertItem(obj);
     ourList.ResetList();
}
 
void Quit(SortedType& list2,SortedType& ourList)
{
 
	 cout<<"QUIT"<<endl;
     string name,company;
     cout<<"Enter the employee's name"<<endl;
	 outData<<"Enter the employee's name"<<endl;
     cin>>name;
     cout<<"Enter the company"<<endl;
	 outData<<"Enter the company"<<endl;
     cin >> company;
 
	 ItemType obj(name,company);
	 int length = ourList.LengthIs();
	 ourList.DeleteItem(obj);
	 list2.InsertItem(obj);
 
 
	 for(int count = 0;count < length;count++)
     {
          ourList.GetNextItem(obj);
          obj.DemoteMe();
          ourList.InsertItem(obj);
     }
}
 
void Change(SortedType& ourList)
{
     cout<<"CHANGE"<<endl;
	 bool check = false;
	 string name,company;
	 while(!check)
	 {
		check = true;
 
		cout<<"Enter the employee's name"<<endl;
		outData<<"Enter the employee's name"<<endl;
		cin>>name;
		cout<<"Enter the company"<<endl;
		outData<<"Enter the company"<<endl;
		cin >> company;
 
		ItemType obj(name,company);
		int length = ourList.LengthIs();
 
		ourList.DeleteItem(obj);
 
		for(int count = 0;count < length;count++)
		{
          ourList.GetNextItem(obj);
          obj.PromoteMe();
          ourList.InsertItem(obj);
		}
		ourList.ResetList();
     }
 
	 int length = ourList.LengthIs();
	 ItemType obj(name,company);
     for(int count = 0;count < length;count++)
     {
          ourList.GetNextItem(obj);
          ourList.DeleteItem(obj);
          obj.PromoteMe();
          ourList.InsertItem(obj);
     }
 
     ourList.InsertItem(obj);
     ourList.ResetList();
}
 
void Promote(SortedType& ourList)
{
    string name,company;
	cout<<"PROMOTE"<<endl;
	cout<<"Enter the employee's name"<<endl;
	outData<<"Enter the employee's name"<<endl;
	cin>>name;
	cout<<"Enter the company"<<endl;
	outData<<"Enter the company"<<endl;
	cin >> company;
 
	ItemType obj(name,company);
	ItemType obj2(name,company);
	int length = ourList.LengthIs();
 
	if(obj.rank < length)
	{
		ourList.DeleteItem(obj);
		ourList.GetNextItem(obj2);
		ourList.DeleteItem(obj2);
		ourList.InsertItem(obj2);
		ourList.InsertItem(obj);
		obj.PromoteMe();
		obj2.DemoteMe();
	}
	else
	{
		cout<<"The person is already in the top position"
			<<"They can not be promoted"<<endl;
		outData<<"The person is already in the top position"
			<<"They can not be promoted"<<endl;
	}
}
 
void Demote(SortedType& ourList)
{
    string name,company;
	cout<<"DEMOTE"<<endl;
	cout<<"Enter the employee's name"<<endl;
	outData<<"Enter the employee's name"<<endl;
	cin>>name;
	cout<<"Enter the company"<<endl;
	outData<<"Enter the company"<<endl;
	cin >> company;
 
	ItemType obj(name,company);
	ItemType obj2(name,company);
	int length = ourList.LengthIs();
 
	if(obj.rank < length)
	{
		ourList.DeleteItem(obj);
		ourList.GetNextItem(obj2);
		ourList.DeleteItem(obj2);
		ourList.InsertItem(obj2);
		ourList.InsertItem(obj);
		obj.DemoteMe();
		obj2.PromoteMe();
	}
	else
	{
		cout<<"The person is already in the bottom position"
			<<"They can not be demoted"<<endl;
		outData<<"The person is already in the bottom position"
			<<"They can not be demoted"<<endl;
	}
}
 
void Payday(SortedType& ourList, SortedType& list2)
{
 
	cout<<"PAYDAY"<<endl;
	outData<<"PAYDAY"<<endl;
	string name,company;
	ItemType obj(name,company);
	bool okay = false;
	int length = ourList.LengthIs();
	ourList.ResetList();
	for(int count = 0;count < length;count++)
	{
 
		ourList.GetNextItem(obj);
		obj.PayMe(okay);
	}
 
	list2.ResetList();
	int size = list2.LengthIs();
	okay = true;
	for(int k = 0;k < size;k++)
	{
		list2.GetNextItem(obj);
		obj.PayMe(okay);
	}
}
 
void Employees(SortedType& ourList)
{
	string name,company;
    ItemType obj(name,company); 
	cout<<"EMPLOYEES"<<endl;
	outData<<"EMPLOYEES"<<endl;
	cout<<"Enter the company's name:"<<endl;
	outData<<"Enter the company's name:"<<endl;
	cin>>company;
	ourList.ResetList();
	int length = ourList.LengthIs();
	for(int count = 0;count < length;count++)
	{
		ourList.GetNextItem(obj);
		obj.EPrint();
	}
	ourList.ResetList();
}
 
void Unemployed(SortedType& list2)
{
    string name,company;
	cout<<"UNEMPLOYED"<<endl;
	ItemType obj(name,company);;
	int length = list2.LengthIs();
	list2.ResetList();
	for(int count = 0;count < length;count++)
	{	
		list2.GetNextItem(obj);
		obj.UPrint();
	}
	list2.ResetList();
}
 
void Dump(SortedType& list2, SortedType& ourList)
{
	string name,company;
    ItemType obj(name,company);
	cout<<"DUMP"<<endl;
	int length = ourList.LengthIs();
	cout<<"EMPLOYEES"<<endl;
	for(int count = 0;count < length;count++)
	{	
		ourList.GetNextItem(obj);
		obj.EPrint();
	}
 
	int length2 = list2.LengthIs();
	cout<<"UNEMPLOYED"<<endl;
	for(int k = 0;k < length2;k++)
	{	
		list2.GetNextItem(obj);
		obj.UPrint();
 
	}
}

void ItemType::PayMe(bool okay);
{
  if(!okay)
    total = total + rank * 1000;
  else
    total = total+ 50;
}

#include "ItemType.h" 
// File ItemType.h must be provided by the user of this class. 
//  ItemType.h must contain the following definitions: 
//  MAX_ITEMS:     the maximum number of items on the list 
//  ItemType:      the definition of the objects on the list 
//  RelationType:  {LESS, GREATER, EQUAL}
//  Member function ComparedTo(ItemType item) which returns 
//       LESS, if self "comes before" item 
//       GREATER, if self "comes after" item 
//       EQUAL, if self and item are the same 
 
class SortedType 
{
public:
  SortedType();
  bool IsFull() const;
  int LengthIs() const;
  void RetrieveItem(ItemType& item, bool& found);
  void InsertItem(ItemType item);
  void DeleteItem(ItemType item);
  void ResetList();
   void GetNextItem(ItemType& item);
 
 
private:
  int length;
  ItemType info[MAX_ITEMS];
  int currentPos;
};

#ifndef ITEMTYPE
#define ITEMTYPE
 
// Contents of ItemType.h here
 
#endif