Java Ticket Generation System

This assignment delves into the creation of a rudimentary Java-based ticket generation system. The code demonstrates functions to generate both season and ordinary tickets, incorporating factors like day of the week and ticket charges. While incomplete, it serves as a foundation for understanding core programming concepts within a ticketing context.

Running head: THE JAVA PROGRAMMING OF XYZ CAR PARKING SYSTEM
The Java Programming of XYZ Car Parking System
Name of the Student
Name of the University

1THE JAVA PROGRAMMING OF XYZ CAR PARKING SYSTEM
Table of Contents
1. Introduction:................................................................................................................................2
1.1 Background of the System:....................................................................................................2
2. Coding:........................................................................................................................................2
2.1 Customer.java:.......................................................................................................................2
2.2 Ticket.java:............................................................................................................................5
2.3 Payment.java:.......................................................................................................................10
3. Description of Developed Component:.....................................................................................11
4. Conclusion:................................................................................................................................16
Bibliography:.................................................................................................................................17

2THE JAVA PROGRAMMING OF XYZ CAR PARKING SYSTEM
1. Introduction:
The java programming language has been selected for developing the prototype of the
XYZ car parking system. The java Programming is the object oriented modelling that allows
making a code dynamic and data handling better. Overloading of methods has been used within
the programming. The programming does not cover all the aspects of the system as in order to
that IoT is needed. The prototype version of the system provides proper understating of the
system functionalities.
1.1 Background of the System:
The system will be consisting of two types of customers such as ordinary and season. The
ordinary customer purchases a ticket for only one day. The season customer buys a ticket for a
certain months, three, six or twelve months. The season ticket holder also gets assigned a parking
area which is reserved for him/her. The spaces are available for the weekdays. The allocated
spaces becomes free to use for every customer in weekends.
The tickets are generated based on the type of the customers. The season ticket holds the
name of the user, address and it is valid for three, six or twelve months. Issue data and expiry
date is recorded into the system. For the ordinary ticket, only the date and time of issuing is
recorded.
The payment can be through card or cash. The java programming has not been able to
show the proper process of payment as IoT is needed to show that.

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2. Coding:
2.1 Customer.java:
import java.util.Scanner;
public class Customer {
public static String rname;
public static String nm;
int cid, id, contact;
String name, address, email;
Customer(int cid, String name, String address, String email, int contact){
this.cid=cid;
this.name=name;
this.address=address;
this.email=email;
this.contact=contact;
}
void Display(){
System.out.println("Customer Details\n" + "name: " + name + " " +
"address: " +address + " " + "email: " + email + " " + "contact: " + contact);
}

4THE JAVA PROGRAMMING OF XYZ CAR PARKING SYSTEM
void TicketGeneration(String nm){
this.nm=nm;
Ticket.TicketBook();
System.out.println(nm + " " + "Your ticket number is: " +
Ticket.TicketNumber + " \nDo you want to pay?" + " $" + Ticket.TicketCharge);
Scanner s=new Scanner(System.in);
char c= s.next().charAt(0);
if (c == 'y' || c == 'Y')
Payment.makePayment();
else
System.out.println ("Payment Failed");
}
public static void main (String a[]){
String n,ad,e;
int co;
int cid = 1;
Customer cust = null;
System.out.println("Do you want to enter new user: 1. Yes/ 2.No");

5THE JAVA PROGRAMMING OF XYZ CAR PARKING SYSTEM
Scanner s=new Scanner(System.in);
int choice;
choice =s.nextInt();
if(choice == 1){
Scanner sc=new Scanner(System.in);
System.out.println("Enter Customer Name");
n = sc.nextLine();
System.out.println("Address\n");
ad = sc.nextLine();
System.out.println("Email\n");
e = sc.nextLine();
System.out.println("Contact\n");
co = sc.nextInt();
cust = new Customer(cid, n, ad, e, co);
cust.Display();
cust.TicketGeneration(n);
}
}

6THE JAVA PROGRAMMING OF XYZ CAR PARKING SYSTEM
}
2.2 Ticket.java:
import java.util.Scanner;
import java.util.Date;
import java.util.Calendar;
public class Ticket {
static Scanner s =new Scanner(System.in);
static int TicketNumber;
static int TicketCharge;
static int Months;
static boolean Status = true;
Ticket(int TicketNumber, int TicketCharge, int Months){
this.TicketNumber = TicketNumber;
this.TicketCharge = TicketCharge;
this.Months = Months;
}
Ticket(int TicketNumber, int TicketCharge){
this.TicketNumber = TicketNumber;

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this.TicketCharge = TicketCharge;
Date Day = new Date();
}
static void TicketBook(){
System.out.println("Choose your option\n 1. Season Ticket \n 2. Genral
Ticket");
int option = 0;
int z = 1;
while(z == 1){
option = s.nextInt();
if(option == 1){
setData();
System.out.println("Your season ticket is confirmed please
proceed to pay");
z = 0;
}
else if (option == 2)
{
setData2();

8THE JAVA PROGRAMMING OF XYZ CAR PARKING SYSTEM
System.out.println("Your ordinary ticket is confirmed please proceed to
pay");
z = 0;
}
else
{
System.out.println("The entered option is invalid");
System.out.println("Please choose again");
}
}
}
private static void setData2() {
Scanner sc=new Scanner(System.in);
TicketNumber = 1+TicketNumber;
Calendar c = Calendar.getInstance();
Date CurrentDate = new Date();
c.setTime(CurrentDate);
int dayOfWeek = c.get(Calendar.DAY_OF_WEEK);
if ((dayOfWeek > 1) && (dayOfWeek < 7))

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TicketCharge = 5;
else
TicketCharge = 10;
Ticket t = new Ticket (TicketNumber, TicketCharge);
}
private static void setData() {
Scanner sc=new Scanner(System.in);
TicketNumber = 1+TicketNumber;
System.out.println("Select Ticket Type 1. 12 months 2. 6 Months 3. 3
Months");
int c = sc.nextInt();
TicketCharge = TicketType(c);
if (c==1)
Months = 12;
else if (c==2)
Months = 6;
else
Months = 3;
TicketCharge = TicketType(c);

10THE JAVA PROGRAMMING OF XYZ CAR PARKING SYSTEM
Ticket t = new Ticket (TicketNumber, TicketCharge, Months);
}
private static int TicketType(int a) {
if (a == 1)
return 500;
else if (a==2)
return 375;
else
return 200;
}
public static void main(String a[]){
}
}
2.3 Payment.java:
public class Payment {
static void makePayment(){
System.out.println("Meke Payment: " + "$" + Ticket.TicketCharge);
System.out.println("Insert Money into the Machine");

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System.out.println("Calculating Money");
System.out.println("Payment Done");
}
public static void main (String a[]){
}
}
3. Description of Developed Component:
System.out.println("Do you want to enter new user: 1. Yes/ 2.No");
Scanner s=new Scanner(System.in);
int choice;
choice =s.nextInt();
if(choice == 1){
Scanner sc=new Scanner(System.in);
System.out.println("Enter Customer Name");
n = sc.nextLine();
System.out.println("Address\n");
ad = sc.nextLine();

12THE JAVA PROGRAMMING OF XYZ CAR PARKING SYSTEM
System.out.println("Email\n");
e = sc.nextLine();
System.out.println("Contact\n");
co = sc.nextInt();
cust = new Customer(cid, n, ad, e, co);
This code shows that the system will be storing the customer details in the system. The
details that will be stored within the system are name, address email and contact. These data will
be stored against the cust object of Customer class.
cust.Display();
This allows the system to call the following function
void Display(){
System.out.println("Customer Details\n" + "name: " + name + " " + "address: " +address
+ " " + "email: " + email + " " + "contact: " + contact);
}
This will show the customer the details he/she has inputted into the system so that the
provided data can be checked and modified if anything is wrong.
Through calling TicketGeneration(n) function using the cust object
(cust.TicketGeneration(n);), the system makes sure that the customer can generate ticket. This
process is restricted to only generating ticket. If any has already owns a ticket, then he/she can
not use this function.

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void TicketGeneration(String nm){
this.nm=nm;
Ticket.TicketBook();
System.out.println(nm + " " + "Your ticket number is: " +
Ticket.TicketNumber + " \nDo you want to pay?" + " $" + Ticket.TicketCharge);
Scanner s=new Scanner(System.in);
char c= s.next().charAt(0);
if (c == 'y' || c == 'Y')
Payment.makePayment();
else
System.out.println ("Payment Failed");
}
The nm variable represents the name of the customer. Ticket.TicketBook() is called by
the system to generate the actual ticket. As the TicketBook() function is in the Ticket class,
Ticket.TicketBook(); has been used.
Ticket(int TicketNumber, int TicketCharge, int Months){
this.TicketNumber = TicketNumber;
this.TicketCharge = TicketCharge;
this.Months = Months;

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}
Ticket(int TicketNumber, int TicketCharge){
this.TicketNumber = TicketNumber;
this.TicketCharge = TicketCharge;
Date Day = new Date();
}
The above code represents that the java programming for the XYZ car parking system
uses the contractor overload feature of java to initialize the object. If the number of arguments
are three then the season tickets are generated. Using two arguments is used for generating the
ordinary ticket. These constrictors holds the variables TicketNumber and TicketCharge in
common. This implies that every ticket in this prototype will have at least these two data. As the
season ticket is booked for the months, the Ticket(int TicketNumber, int TicketCharge, int
Months) represents the season ticket.
private static void setData() {
Scanner sc=new Scanner(System.in);
TicketNumber = 1+TicketNumber;
System.out.println("Select Ticket Type 1. 12 months 2. 6 Months 3. 3
Months");
int c = sc.nextInt();
TicketCharge = TicketType(c);

15THE JAVA PROGRAMMING OF XYZ CAR PARKING SYSTEM
if (c==1)
Months = 12;
else if (c==2)
Months = 6;
else
Months = 3;
TicketCharge = TicketType(c);
Ticket t = new Ticket (TicketNumber, TicketCharge, Months);
}
This function shows the process of generating the season ticket. The months are selected
within this function.
private static void setData2() {
Scanner sc=new Scanner(System.in);
TicketNumber = 1+TicketNumber;
Calendar c = Calendar.getInstance();
Date CurrentDate = new Date();
c.setTime(CurrentDate);
int dayOfWeek = c.get(Calendar.DAY_OF_WEEK);
if ((dayOfWeek > 1) && (dayOfWeek < 7))

16THE JAVA PROGRAMMING OF XYZ CAR PARKING SYSTEM
TicketCharge = 5;
else
TicketCharge = 10;
Ticket t = new Ticket (TicketNumber, TicketCharge);
}
The above function represents the process of creating the ordinary tickets. The dayOfWeek
method is an inbuilt function of java which allows the system to check whether the ordinary
ticket generation day is weekday or weekend.
4. Conclusion:
From the above study it can be concluded that the ticket generation system calls different
functions for different processes through few functions like Ticket.TicketBook(); is required to
call if customer details are inputted properly. As the java program is a prototype not all the
functions of the system has been provided into the programming. This programing only
concentrates on creating a customer for the first time and generating ticket for him/her. The
renewal of old ticket is not visualized into the programming. In order to make the code easy and
understandable, inheritance is not used within the code. However, if a complete is to be done
then the customer and ticket class can be utilizing the inheritance feature. The system is
consisting of various IoTs. In order to provide a fully functional and complete code, integration
of the IoT is inevitable. Lack of the IoT devices has made the payment class very simple. The
logical functions can be implemented within the system. The payment verification is impossible

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without customer providing money to the ticket counter or machine installed for taking cash or
card.

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