Tugas 3 - PBO A

Tugas ketiga hari ini saya membuat ticket machine dengan 2 class yaitu:

1. Ticket_Machine
2. IntMain

 Dibawah ini merupakan source codenya:

1. Ticket_Machine

 /**  
  * ini merupakan class ticket machinenya  
  *  
  * @author (Gede)  
  * @version (17-09-2018)  
  */  
 public class Ticket_Machine  
 {  
   // instance variables - replace the example below with your own  
   private int price;  
   private int balance;  
   private int total;  
   private int kembali;  
   private int orang;  
   private int count;  
   /**  
    * Constructor for objects of class Ticket_Machine  
    */  
   public Ticket_Machine(int ticketcost)  
   {  
     // initialise instance variables  
     price=ticketcost;  
     balance=0;  
     total=0;  
     kembali=0;  
     orang=0;  
     count=0;  
   }  
   /**  
    * An example of a method - replace this comment with your own  
    *  
    * @param y a sample parameter for a method  
    * @return  the sum of x and y  
    */  
   public int getPrice()  
   {  
     return price;  
   }  
   public int getBalance()  
   {  
     return balance;  
   }  
   public void insertJumlahTiket(int jmlh)  
   {  
     orang=jmlh;  
   }  
   public void insertMoney(int amount)  
   {  
     balance=balance+amount;  
   }  
   public void printTicket()  
   {  
     if(balance>=price*orang)  
     {  
       int orang2=orang
       while(orang2>0)  
       {  
         System.out.println("##################");  
         System.out.println("# The BlueJ Line");  
         System.out.println("# Ticket");  
         System.out.println("# "+ price+ " Rupiah.");  
         System.out.println();  
         orang2--;  
         count=1;  
       }  
       kembali=balance-price*orang;  
       if(kembali>0)  
       {  
        System.out.println("Uang Kembalian: Rp "+kembali );   
       }  
       // Update the total collected with the balance.   
       total = total + balance-kembali;   
       // Clear the balance.   
       balance = 0;  
     }  
     else  
     {  
       System.out.println("Uang tidak cukup");   
     }  
   }  
   public int looping()  
   {  
     return count;  
   }  
 }  

2. IntMain

 /**  
  * ini merupakan class mainnya  
  *  
  * @author (Gede)  
  * @version (17-09-2018)  
  */  
 import java.util.Scanner;  
 public class IntMain  
 {  
   // instance variables - replace the example below with your own  
   public static void main(String args[])  
   {  
     Scanner scan=new Scanner(System.in);  
     int cost, menu, balance, money, kembali, jumlah, count1;  
     System.out.println("Masukkan harga tiket ");  
     cost=scan.nextInt();  
     Ticket_Machine ticket=new Ticket_Machine(cost);  
     System.out.println("Masukkan jumlah tiket ");  
     jumlah=scan.nextInt();  
     ticket.insertJumlahTiket(jumlah);  
     System.out.println("1. Get Price");   
     System.out.println("2. Get Balance");   
     System.out.println("3. Insert Money");   
     System.out.println("4. Print Ticket");  
     while(true)  
     {  
       menu=scan.nextInt();   
       switch(menu)   
       {   
         case 1:   
         cost=ticket.getPrice();   
         System.out.println("Harga Tiket: Rp "+cost);   
         break;   
         case 2:   
         balance=ticket.getBalance();   
         System.out.println("Uang yang ditampung: Rp "+balance);  
         break;   
         case 3:  
         System.out.println("Masukkan jumlah uang");  
         money=scan.nextInt();   
         ticket.insertMoney(money);  
         break;   
         case 4:   
         ticket.printTicket();  
         break;   
       }  
       count1=ticket.looping();  
       if(count1==1)  
       {  
         break;  
       }  
     }  
   }  
 }  

Dan di bawah ini merupakan hasil dari kode diatas