using namespace std;

#define _CRT_SECURE_NO_DEPRECATE

#ifndef GUESTLINKEDLISTCLASS_H_
#define GUESTLINKEDLISTCLASS_H_


const int MAX_NAME = 35; // max name length
const int MAX_MEAL_TYPES = 3; // max meal types
const int MAX_DELETES = 4; // max deletes
const int MAX_UPDATES = 3; // max updates


const int WIDTH1 = 15; // WIDTH1 for setw 
const int WIDTH2 = 12; // WIDTH2 for setw


enum MealType{VEG,STK,CHICK}; // enumerations 
static const char * const MEAL_NAMES[] = {"Vegetarian", "Steak", "Chicken"}; //char array of meal names
static const char * const DELETE_NAMES[MAX_DELETES] = {"Beachum", "Fred", "Ponzo", "Mironoff"}; // char array of names


struct DinnerGuest
{
      char guestName[MAX_NAME];    // cstring - name of dinner guest
      MealType mealTyp;     // VEG vegetarian, STK steak, CHICK chicken
      DinnerGuest * next;   //pointer to next guest in list
};


class DinnerGuestList // class DinnerGuestList
{
	
public:
	
	DinnerGuestList(); // Constructor
	~DinnerGuestList(); // Destructor
	
	bool UpdateGuest(char name[], MealType meal); // prototype for UpdateGuest
	void PrintGuestList(fstream & outFile); // prototype for PrintGuestList
	void PrintMeals(fstream & outFile); // prototype for PrintMeals
	void InsertSorted(char name[], MealType meal); // prototype for InsertSorted
	bool IsPresent( const char * const guestName); // prototype for IsPresent
	void DeleteGuest(const char * const guestName); // prototype for DeleteGuest
	
private:
	
	void PrintChar(fstream & outFile, char ch, int howMany); // prototype for PrintChar
	void FreeMem(); // prototype for FreeMem
	int numOfMeals[MAX_MEAL_TYPES]; // int array for meals
	DinnerGuest * head; // DinnerGuest pointer
	
}; // class DinnerGuestList


#endif /*GUESTLINKEDLISTCLASS_H_*/