Java Cinema Booking System

FullDataBaseGenerator.java

// Class that contains methods for Database manipulation

import java.awt.*;
//import javax.swing.*;
import java.awt.event.*;
import java.util.*;
import java.io.*;


public class FullDataBaseGenerator
{

	// Method that takes a String (from the film time cb)
	// And returns a String of the name of the text file it belongs to
	public static String returnFileName(String input)

	{
		String timeFileName  = input;

		if (input.equals("1.00 PM"))
		{
			timeFileName = "SEAT DATABASE 1.00 PM.txt";
		}
		else if (input.equals("3.00 PM"))
		{
			timeFileName= "SEAT DATABASE 3.00 PM.txt";
		}
		else if (input.equals("5.00 PM"))
		{
			timeFileName= "SEAT DATABASE 5.00 PM.txt";
		}
		else if (input.equals("7.00 PM"))
		{
			timeFileName = "SEAT DATABASE 7.00 PM.txt";
		}
		else if (input.equals("9.00 PM"))
		{
			timeFileName= "SEAT DATABASE 9.00 PM.txt";
		}

		return timeFileName;
	}




	//Method to Create a blank database of all the seats available
	public ArrayList<Integer> seatNumberCalculate()
	{
		// Variables to values for each block of seats
		int A = 0;
		int B = 0;
		int C  = 0;

		// ArrayList to hold the values
		ArrayList<Integer> al = new ArrayList<Integer>();

		// Add zero at the start of the array to act as a defauilt value for the cbs
		al.add(0);

		// Calculate the seatnumbers and add them into the array
		for (int i=0; i < 36; i++)
		{
			A = 101+i;
			al.add(A);
		}
		for (int i = 0; i < 40; i++)
		{
			B = 201+i;
			al.add(B);
		}
		for (int i = 0; i < 36; i++)
		{
			C = 301+i;
			al.add(C);
		}

		return al;
	}



	// Method that generates a fresh database
	public void FullDataBaseGeneration(String file_name)
	{
		// Name of database (calculated by 'returnFileName' method)
		String name = file_name;

		// Get ArrayList cointaining values for every seat
		ArrayList <Integer> input = seatNumberCalculate();

		// Name of database
		String selectedTime = returnFileName(name);

		File selectedTimeFile = new File(selectedTime);

		try{
		// if the file exists, do not create a new file (leave existing file alone)
		if (selectedTimeFile.exists() == true)
		{
			return;
		}
		}catch (Exception ex){
		System.err.println(ex.getMessage());
		}

		// if the file doesnt exist..
		try{

			// create a new file with the correct name
			selectedTimeFile.createNewFile();

			// Start dependencies for file reading
			FileInputStream fs = new FileInputStream(selectedTimeFile.toString());
			DataInputStream in = new DataInputStream(fs);
			BufferedReader br = new BufferedReader(new InputStreamReader(in));

			//Start dependancy for file writing
			String stringLine;
			BufferedWriter fw1 = new BufferedWriter(new FileWriter(selectedTime));

			// Write a ; to the file (this is needed to add some content to replace)
			fw1.write(";");
			// Close this write dependancy
			fw1.close();

			// While there are Lines left to be read
		  	while ((stringLine = br.readLine()) != null)
		  	{
				// Create dependencies for writing to same file
				BufferedWriter fw = new BufferedWriter(new FileWriter(selectedTime));
				int x=0;
				// Iterate through the new edited array (orginal array minus selected seat)
				while(x < input.size())
				{
					// Rewrite every line of the text file with each entry in the new array
					String line = input.get(x).toString();
					fw.write(line + ";");
					x++;
				}
				//Close the file writing dependency
				fw.close();
			}

			}catch (Exception ex){
	  				System.err.println(ex.getMessage());}

	}



		// Method for returning an array of the available seats, for passing into the Main class
		public static ArrayList<Integer> AvailableSeatsArrayReturn(String file_name)
		{
			ArrayList<Integer> temp = new ArrayList<Integer>();

			String name = file_name;
			String selectedTime = returnFileName(name);
			File selectedTimeFile = new File(selectedTime);



			if (selectedTimeFile.exists())
			{

				try{

	 			FileInputStream fs = new FileInputStream(selectedTimeFile.toString());
	  			DataInputStream in = new DataInputStream(fs);
	  			BufferedReader br = new BufferedReader(new InputStreamReader(in));
	  			String stringLine;

	  			while ((stringLine = br.readLine()) != null)
	  			{
	  				String[] array = stringLine.split(";");

					// For every object in the array, built from items in the text file
	  				for (int i=0; i < array.length; i++)
	  				{
						// Convert the item to an integer
		  				Integer num = Integer.parseInt(array[i]);

		  				// Add Item to arraylist to be rerturned
		  				temp.add(num);
	  				}
	  			}

	  			in.close();

	    			}catch (Exception ex){System.err.println(ex.getMessage());}

			}
			return temp;
		}





}

Main.java

// Main Class File

import java.awt.*;
import javax.swing.*;
import java.awt.event.*;
import java.util.*;
import java.io.*;

public class Main extends JFrame implements ActionListener
{

// Creates an icon, attached to a label to act as a banner  for the program
// Get resource is required for finding the image within the JAR achive once packed
final public ImageIcon icon = (new ImageIcon(getClass().getResource("images/ProgramBanner.png")));
JLabel iconHolder = new JLabel(icon);

//Labels and TextFields for the GUI
JLabel filmTimeLabel = new JLabel("Time ");
JLabel ticketTypeTitle = new JLabel("Ticket ");
JLabel ticketTypeCostTitle = new JLabel("Total Price: ");
JLabel ticketQuantityTitle = new JLabel("Ticket Quantity: ");
JLabel adultLabel = new JLabel("Adult");
JLabel childLabel = new JLabel("Child");
JLabel oapLabel = new JLabel("OAP");
JTextField ticketQuantityValue = new JTextField(1);
JTextField ticketTypeCostValue = new JTextField(4);

// GUI Buttons
JButton orderButton = new JButton("ORDER");
JButton resetButton = new JButton("Delete DB");

//Labels For Each Ticket (Do not appear until called by selecting a Ticket Type quantity)
JLabel seatLabel1 = new JLabel ("Ticket 1");
JLabel seatLabel2 = new JLabel ("Ticket 2");
JLabel seatLabel3 = new JLabel ("Ticket 3");
JLabel seatLabel4 = new JLabel ("Ticket 4");
JLabel seatLabel5 = new JLabel ("Ticket 5");

// Labels and ComboBoxes for for various Quantity of Tickets (Like their label, also do not appear untill called)
JComboBox seatCombo1 = new JComboBox();
JComboBox seatCombo2=  new JComboBox();
JComboBox seatCombo3=  new JComboBox();
JComboBox seatCombo4=  new JComboBox();
JComboBox seatCombo5=  new JComboBox();

// Arrays for Quantity of each ticket type
Integer[] adultQuantityList = {0,1,2,3,4,5};
Integer[] childQuantityList = {0,1,2,3,4,5};
Integer[] oapQuantityList = {0,1,2,3,4,5};

// Comboboxes to hold the state of the desired quantity of each ticket type
JComboBox adultQuantityCombo = new JComboBox(adultQuantityList);
JComboBox childQuantityCombo = new JComboBox(childQuantityList);
JComboBox oapQuantityCombo = new JComboBox(oapQuantityList);

//ArrayList for a Combobox that shows Film Times
String[] timeList = {"-", "1.00 PM", "3.00 PM", "5.00 PM", "7.00 PM", "9.00 PM"};
JComboBox timeCombo = new JComboBox(timeList);

// ArrayList that holds the vaules of seats that are available
ArrayList<Integer> seatArrayList = new ArrayList<Integer>();
String timeString = new String();


//Creation of JPanels to be added to the frame
JPanel bannerPanel = new JPanel();
JPanel p1 = new JPanel();
JPanel p2 = new JPanel();
JPanel p3 = new JPanel();



	public Main()	// Constructor Method for GUI
	{
		setLocationRelativeTo(null);					// Centers the Frame (NOTE: Multi-monitor setups may not center correctly depending on collective resolution
		setTitle("JSRP Cinema Booking System ver 1.2");	// Set Title of Main Window
		setSize(775,480);								// Set frame resolution to [x,y] pixels
		setResizable(false);							// Keeps Frame a constant resolution (Stops Resizing of Frame by user)
		setDefaultCloseOperation(EXIT_ON_CLOSE);		// Set frame to exit when 'CLOSE' window button is clicked

		// Add Panels to the Frame and state Layout Manager constructor arguments
		add(bannerPanel, BorderLayout.NORTH );
		add(p1, BorderLayout.EAST);
		add(p2, BorderLayout.WEST);
		add(p3, BorderLayout.SOUTH);

		// Addition of Content to respective Panel (Order determines position within panel)
		bannerPanel.add(iconHolder);
		bannerPanel.add(ticketQuantityTitle);
		bannerPanel.add(ticketQuantityValue);
		bannerPanel.add(ticketTypeCostTitle);
		bannerPanel.add(ticketTypeCostValue);
		p1.add(resetButton);
		p2.add(filmTimeLabel);
		p2.add(timeCombo);
		p2.add(adultLabel);
		p2.add(adultQuantityCombo);
		p2.add(childLabel);
		p2.add(childQuantityCombo);
		p2.add(oapLabel);
		p2.add(oapQuantityCombo);

		// Set number of visible entries when a combobox is selected
		adultQuantityCombo.setMaximumRowCount(4);
		childQuantityCombo.setMaximumRowCount(4);
		oapQuantityCombo.setMaximumRowCount(4);
		timeCombo.setMaximumRowCount(4);

		// Makes textfields non-editable, so that they can be used to display content
		ticketQuantityValue.setEditable(false);
		ticketTypeCostValue.setEditable(false);

		// Addition of Action Listeners to Objects
		timeCombo.addActionListener(this);
		adultQuantityCombo.addActionListener(this);
		childQuantityCombo.addActionListener(this);
		oapQuantityCombo.addActionListener(this);
		orderButton.addActionListener(this);
		resetButton.addActionListener(this);
		seatCombo1.addActionListener(this);
		seatCombo2.addActionListener(this);
		seatCombo3.addActionListener(this);
		seatCombo4.addActionListener(this);
		seatCombo5.addActionListener(this);


		setVisible(true);	// Set frame to be Visible, thus updating frame with all the selected elements
	}


//STARTOF ACTIONEVENTS

	public void actionPerformed (ActionEvent action)	// Method that contain all conditions where an ActionEvent is needed
		{

		// ActionListener for Combobox that displays Film Viewing Times
		if (action.getSource() == timeCombo)
		{
			// Create New Instance of the Database class
			FullDataBaseGenerator db = new FullDataBaseGenerator();

			// Get Name of database
			String selectedTime = db.returnFileName(timeCombo.getSelectedItem().toString());
			System.out.println(selectedTime);

			// Make Name of Database global
			timeString = selectedTime;

			// Call DataBase Generator (will generate fresh database for that time if one does not exist)
			db.FullDataBaseGeneration(selectedTime);

			//Fetch array of available seats and pass it to the global ArrayList 'seatArrayList'
			ArrayList<Integer> timeArray  = db.AvailableSeatsArrayReturn(selectedTime);
			seatArrayList= timeArray;

			//Reset any user selection of tickets when a new database is selected
			adultQuantityCombo.setSelectedIndex(0);
			childQuantityCombo.setSelectedIndex(0);
			oapQuantityCombo.setSelectedIndex(0);

			//Repaint the Frame
			repaint();
		}



		// ActionListener for all ticket type comboboxes collectively
		if (action.getSource() == adultQuantityCombo || action.getSource()
		== childQuantityCombo|| action.getSource() == oapQuantityCombo)
		{

			// Remove all existing items from each cb
			seatCombo1.removeAllItems();
			seatCombo2.removeAllItems();
			seatCombo3.removeAllItems();
			seatCombo4.removeAllItems();
			seatCombo5.removeAllItems();


			// If the arraylist no longer contains a zero (default answer)
			// Add a zero at the beginning of the array
			if (seatArrayList.contains(0) != true)
			{
				seatArrayList.add(0, 0);
			}

			// Add contents of the ArrayList to each combobox that display available seats
			for (int z =0; z< seatArrayList.size(); z++)
			{
				seatCombo1.addItem(seatArrayList.get(z));
				seatCombo2.addItem(seatArrayList.get(z));
				seatCombo3.addItem(seatArrayList.get(z));
				seatCombo4.addItem(seatArrayList.get(z));
				seatCombo5.addItem(seatArrayList.get(z));
			}

			// Get new total price as a String and affix to a Label for display on Frame
			String totalString = getTotal();
			ticketTypeCostValue.setText("£" + totalString);

			// Calculate total quantity of Tickets and affix to a label for display on Frame
			Integer adultCounter = Integer.parseInt((adultQuantityCombo.getSelectedItem().toString()));
			Integer childCounter = Integer.parseInt((childQuantityCombo.getSelectedItem().toString()));
			Integer oapCounter = Integer.parseInt((oapQuantityCombo.getSelectedItem().toString()));
			Integer countTotal = (adultCounter + childCounter + oapCounter);
			ticketQuantityValue.setText(countTotal.toString());

			repaint();


			// Only 5 tickets can be ordered at one time. Returns error message if more are selected
			if (countTotal >5)
			{	adultQuantityCombo.setSelectedIndex(0);
				childQuantityCombo.setSelectedIndex(0);
				oapQuantityCombo.setSelectedIndex(0);
				tooManyTickets();
				return;
			}

			// Following 6 if statements state what labels/comboboxes should show when the ticket number changes:
				// E.G. if no tickets are selected then no labels/cbs show
				// if 3 tickets are chosen, then the labels/cbs for Ticket 1,2 and 3 are shown
				// if 1 ticket is then chosen, cb/label for Ticket 2 and 3 dissapear by 1 stays
			if (countTotal ==1 || countTotal ==2 || countTotal ==3 || countTotal ==4|| countTotal ==5 )
			{
				p3.remove(seatLabel2);
				p3.remove(seatCombo2);
				p3.remove(seatLabel3);
				p3.remove(seatCombo3);
				p3.remove(seatLabel4);
				p3.remove(seatCombo4);
				p3.remove(seatLabel5);
				p3.remove(seatCombo5);
				p3.add(seatLabel1);
				p3.add(seatCombo1);
			}

			if (countTotal ==2 || countTotal ==3 || countTotal ==4|| countTotal ==5 )
			{
				p3.remove(seatLabel3);
				p3.remove(seatCombo3);
				p3.remove(seatLabel4);
				p3.remove(seatCombo4);
				p3.remove(seatLabel5);
				p3.remove(seatCombo5);
				p3.add(seatLabel2);
				p3.add(seatCombo2);
			}

			if (countTotal ==3 || countTotal ==4|| countTotal ==5 )
			{
				p3.remove(seatLabel4);
				p3.remove(seatCombo4);
				p3.remove(seatLabel5);
				p3.remove(seatCombo5);
				p3.add(seatLabel3);
				p3.add(seatCombo3);
			}

			if (countTotal ==4|| countTotal ==5 )
			{
				p3.remove(seatLabel5);
				p3.remove(seatCombo5);
				p3.add(seatLabel4);
				p3.add(seatCombo4);
			}

			if (countTotal ==5 )
			{
				p3.add(seatLabel5);
				p3.add(seatCombo5);

			}

			if (countTotal ==0 )
			{
				p3.remove(seatLabel1);
				p3.remove(seatCombo1);
				p3.remove(seatLabel2);
				p3.remove(seatCombo2);
				p3.remove(seatLabel3);
				p3.remove(seatCombo3);
				p3.remove(seatLabel4);
				p3.remove(seatCombo4);
				p3.remove(seatLabel5);
				p3.remove(seatCombo5);
				p3.remove(orderButton);
			}


			// if more tickets than available seats remaining is selected
			// Then an error message states this face
			if (countTotal > seatArrayList.size()-1)
			{
				notEnoughSeats();
				return;
			}

			// if no tickets are selected, then the 'order' button does not appear
			if (countTotal >0)
			{
				p3.add(orderButton);
			}

			repaint();
			setVisible(true);
		}


		// ActionListener for orderButton
		if (action.getSource() == orderButton)
		{

			// Validation for purchase of ticket(s)
			Integer orderConfirm = JOptionPane.showConfirmDialog(getContentPane(),
			"Are You sure you want you want to confirm this purchase?",
			"Confirm Ticket Purchase?",
			JOptionPane.YES_NO_OPTION);
			if (orderConfirm ==1)
			{
				return;
			}

			// Get the Values of Each Ticket Quantity ComboBox (e.g. 102, 301, etc)..
			Integer seat1Store = Integer.parseInt(seatCombo1.getSelectedItem().toString());
			Integer seat2Store = Integer.parseInt(seatCombo2.getSelectedItem().toString());
			Integer seat3Store = Integer.parseInt(seatCombo3.getSelectedItem().toString());
			Integer seat4Store = Integer.parseInt(seatCombo4.getSelectedItem().toString());
			Integer seat5Store = Integer.parseInt(seatCombo5.getSelectedItem().toString());

			//Create an array to hold theese values
			Integer[] proceedArray = new Integer[5];
			proceedArray[0] =seat1Store;
			proceedArray[1] =seat2Store;
			proceedArray[2] =seat3Store;
			proceedArray[3] =seat4Store;
			proceedArray[4] =seat5Store;


			// Repeat code to get value for number of Tickets
			Integer adultCounter = Integer.parseInt((adultQuantityCombo.getSelectedItem().toString()));
			Integer childCounter = Integer.parseInt((childQuantityCombo.getSelectedItem().toString()));
			Integer oapCounter = Integer.parseInt((oapQuantityCombo.getSelectedItem().toString()));
			Integer countTotal = (adultCounter + childCounter + oapCounter);


			// for the number of tickets selected
			// if that ticket number equals zero (the default value)
			// then state that not all tickets have been assined seats //128
			for (int z=0; z<countTotal; z++)
			{
				if (proceedArray[z] ==0)
				{
					notSelectedAllSeats();
					return;
				}
			}



			// Create a boolean that when true carries out the database portion of this ActionEvent
			boolean proceed = false;

			// Iterates through each object of the array and compares then with each other
			for(int i = 0; i<proceedArray.length;i++)
			{
				for(int p=0; p<proceedArray.length; p++)
				{
					if(i != p)
					{
						// if the two compared objects have the same seat number...
						if(proceedArray[i].equals(proceedArray[p]))
						{
							//...and is not a zero (this is a default value, not a seat number)
							// then call an error stating duplicate seats have been allocated

							if (proceedArray[i] != 0 || proceedArray[p] != 0)
							{
								duplicateSeats();
								return;
							}
						}
					}
				}

			// if no duplications are found, the rest of the event can proceed
			proceed = true;
			}

			if (proceed == true)
			{

				// Remove the send values from the array
				seatArrayList.remove(seat1Store);
				seatArrayList.remove(seat2Store);
				seatArrayList.remove(seat3Store);
				seatArrayList.remove(seat4Store);
				seatArrayList.remove(seat5Store);


				try{ // Start try/catch

					// State dependables for reading the database
					FileInputStream fs = new FileInputStream(timeString);
					DataInputStream in = new DataInputStream(fs);
					BufferedReader br = new BufferedReader(new InputStreamReader(in));

					// While there are Lines left to be read
					String stringLine;
			    	while ((stringLine = br.readLine()) != null)
			    	{
						// Create dependencies for writing to same file
						BufferedWriter fw = new BufferedWriter(new FileWriter(timeString));

						int x=0;
						// Iterate through the new edited array (orginal array minus selected seat)
						while(x<seatArrayList.size())
						{
							// Rewrite every line of the text file with each entry in the new array
							String line = seatArrayList.get(x).toString();
							fw.write(line + ";");
							x++;
						}
					//Close the file writing dependency
					fw.close();

					}

					//try/catch end, if error- prints message to command line followed by error code
					}catch (Exception ex){ System.err.println("Error in database manipulation, code: " + ex.getMessage());}

			// Call Pop-up asking user if they want to restart the program for another transaction
			ticketBought();
		}
	}


		// ActionListener for database reset button
		if(action.getSource() == resetButton)
		{
			// When button is selected, A YES/NO messagebox displays
			Integer end = JOptionPane.showConfirmDialog(getContentPane(),
			"(NOTE: You can only delete databases upon initially loading"+
			" the program and before selecting any databases).\n"+
			"If you haven't already done so, please re-run the program and"+
			" select this option again if you wish to delete the databases.\n"+
			"The Command will still run regardless, but will not work without"+
			" the the above steps\n\n"+
			"Would you like to Reset all the Databases?\n",
			"Delete Databases?",
			JOptionPane.YES_NO_OPTION);

			// Is selected answer is YES
			if (end == 0)
			{
				// Ask for validation of deltion
				Integer yesno1 = JOptionPane.showConfirmDialog(getContentPane(),
				"Are You sure you want you want to delete all the databases?",
				"Delete Database?",
				JOptionPane.YES_NO_OPTION);

				// if selected yes
				if (yesno1 == 0)
				{
					// Delete the current instance of the program
					Main.this.dispose();

					//Delete Current database
					File fileToDelete = new File(timeString);
					fileToDelete.delete();

					// Delete all the databases (stated by name)
					File file1 = new File("SEAT DATABASE 1.00 PM.txt");
					File file2 = new File("SEAT DATABASE 3.00 PM.txt");
					File file3 = new File("SEAT DATABASE 5.00 PM.txt");
					File file4 = new File("SEAT DATABASE 7.00 PM.txt");
					File file5 = new File("SEAT DATABASE 9.00 PM.txt");
					file1.delete();
					file2.delete();
					file3.delete();
					file4.delete();
					file5.delete();

					// Create new instance of the program (hence restart it)
					new Main();
				}
			}
		}

	}

//END OF ACTIONEVENTS


	// Method that returns total price as as String
	public String getTotal()
	{
		// Get current value of each selected option that effects the price
		Integer childInput = Integer.parseInt(childQuantityCombo.getSelectedItem().toString());
		Integer oapInput = Integer.parseInt(oapQuantityCombo.getSelectedItem().toString());
		Integer adultInput = Integer.parseInt(adultQuantityCombo.getSelectedItem().toString());

		// Pass this value to 'Ticket.getSeatPrice' method to obtain price
		int childTicketPrice = Ticket.getSeatPrice(childInput, "child");
		int adultTicketPrice = Ticket.getSeatPrice(adultInput, "adult");
		int oapTicketPrice = Ticket.getSeatPrice(oapInput, "oap");

		// Calculate total
		int total = (childTicketPrice +adultTicketPrice+oapTicketPrice);

		//Convert this integer value to a string in the correct format
		String totalString = Ticket.calculateStringTotal(total);

		return totalString;
	}



	public void ticketBought()
	{
		// Display Message Stating the price of the ordered tickets
		JOptionPane.showMessageDialog(getContentPane(),
		"The total Cost is..£"+getTotal(), "Total Cost", JOptionPane.PLAIN_MESSAGE);

		// Ask user if they want to restart the program
		Integer a = JOptionPane.showConfirmDialog(getContentPane(),
		"Transaction complete\n Would you like to make another?",
		"Transaction Complete", JOptionPane.YES_NO_OPTION);

		// If yes, deletes current instance of program then creates a new one
		if (a == 0)
			{System.out.println("Program Restart Initiated");
			Main.this.dispose();
			new Main();
			}
		// If no, then instance of program is deleted but no new instance is created, hence ending the program
		if (a==1)
		{
			System.exit(0);
		}
	}


	// Methods for displaying error messages

	public void tooManyTickets()
	{
		JOptionPane.showMessageDialog(getContentPane(), "You cannot Process more than 5 tickets at a time!", "Ticket Quantity Error", JOptionPane.ERROR_MESSAGE);
	}

	public void notEnoughSeats()
	{
		JOptionPane.showMessageDialog(getContentPane(), "There are not enough seats remaining to process the number of tickets selected", "Ticket Quantity Error", JOptionPane.ERROR_MESSAGE);
	}

	public void duplicateSeats()
	{

		JOptionPane.showMessageDialog(getContentPane(), "There is a duplication of seats!", "Seat Selection Error", JOptionPane.ERROR_MESSAGE);
	}

	public void notSelectedAllSeats()
	{
		JOptionPane.showMessageDialog(getContentPane(), "Not all seats have been Assigned!", "Seat Selection Error", JOptionPane.ERROR_MESSAGE);
	}



	// Drawn Graphics Method
	public void paint(Graphics g)
	{
		//ArrayList<Integer> list = new ArrayList<Integer>(array);

		super.paint(g);					// Clears the frame when method is called

		int width = 32;					// State width of each Rectangle
		int height = 32;				// State height of each Rectangle

		int leftBlockSeatsCol = 6;		// State number of Rows in the Left Block
		int leftBlockSeatsRow = 6;		// State number of Columns in the Left Block
		int centerBlockSeatsRow = 5;	// State number of Rows in the Center Block
		int centerBlockSeatsCol = 8;	// State number of Columns in the Center Block
		int rightBlockSeatsRow = 6;		// State number of Rows in the Right Block
		int rightBlockSeatsCol = 6;		// State number of Columns in the Right Block

		int leftBlockPosX = 15;														// Sets Left Block X-axis Position (in Pixels)
		int leftBlockPosY = 225;														// Sets Left Block Y-axis Position (in Pixels)
		int centerBlockPosX = (leftBlockPosX+(leftBlockSeatsCol*width)) +50;		// Sets Center Block X-axis Position (in Pixels)
		int centerBlockPosY = 225;													// Sets Center Block Y-axis Position (in Pixels)
		int rightBlockPosX = (centerBlockPosX +(centerBlockSeatsCol*width)) +50;	// Sets Right Block X-axis Position (in Pixels)
		int rightBlockPosY = 225;													// Sets Right Block Y-axis Position (in Pixels)

		g.setColor(Color.black);		// Set Default Draw Color to black

		g.drawString("Left Block", (leftBlockPosX+(32*(leftBlockSeatsCol/2)-25)), (leftBlockPosY - 10));			// Title for Each Block
		g.drawString("Center Block", (centerBlockPosX+(32*(centerBlockSeatsCol/2)-30)), (centerBlockPosY - 10));
		g.drawString("Right Block", (rightBlockPosX+(32*(rightBlockSeatsCol/2)-25)), (rightBlockPosY - 10));

		Color custom_grey = new Color(175,175,175);

//DRAW LEFT BLOCK OF SEATS

		for(int i=0; i<leftBlockSeatsCol;i++)												// Loop while there are Columns..
		{
			String colString = new Integer (i+101).toString();								// Creates an Integer of relative Seat Number and converts it to a String
			g.drawString(colString, leftBlockPosX+5+(i*width), leftBlockPosY+20);			// String is affixed to drawSring method and co-ordinates tweaked to center the text in each box.
			g.drawRect(leftBlockPosX+(i*width), leftBlockPosY, width, height);				// Draw a rectangle at the stated X and Y- Pos. The next rect = X-Pos + (width of rectangle * horizontal psotion) [hence in a sequence]

			if (seatArrayList.contains((i+101)) != true)										// If The Array of available seats does not contain i+101 (Seat 1 of leftBlock is 101, Seat 2 is 102, etc)...
			{

				g.setColor(Color.red);														// Then change Draw Color to red
				g.fillRect(leftBlockPosX+(i*width), leftBlockPosY, width, height);			// Fill in the currently iterated rectangle
				g.setColor(Color.black);													// Change color back to default
				g.drawRect(leftBlockPosX+(i*width), leftBlockPosY, width, height);			// Redraw the Rectangle
				g.drawString(colString, leftBlockPosX+5+(i*width),leftBlockPosY+20);		// Redraw the number


			}

			for(int x=0; x<leftBlockSeatsRow; x++)													// For each column, loop while there are Rows..
			{
				String rowString = new Integer((i+(leftBlockSeatsCol*x))+101).toString();			// [As above]
				g.drawString (rowString, leftBlockPosX+5+(i*width), leftBlockPosY+(x*height)+20);

				g.drawRect(leftBlockPosX+(i*width),leftBlockPosY+(x*height), width, height);		// Draw A rectangle exactly like before but with Y-Pos + (height * vertical postition)
				if (seatArrayList.contains((i+(leftBlockSeatsCol*x))+101) != true)					// If the Array of available seats does not contain the relevent seat number...
				{
					g.setColor(Color.red);															 	// Change Draw Color ot red
					g.fillRect(leftBlockPosX+(i*width), leftBlockPosY+(x*height), width, height);		// Fill in the currently iterated rectangle
					g.setColor(Color.black);														 	// Change draw color back to default
					g.drawRect(leftBlockPosX+(i*width), leftBlockPosY+(x*height), width, height);		// Redraw outline of rectangle
					g.setColor(custom_grey);														 	// Set Color to Custom
					g.drawString (rowString, leftBlockPosX+5+(i*width), leftBlockPosY+(x*height)+20); 	// Redraw number
					g.setColor(Color.black);														 	// Change color back to default

				}
			}
		}


// DRAW CENTER BLOCK OF SEATS

		for(int i=0; i<centerBlockSeatsCol;i++)													// [Refer to Left Block Code comments]
		{
			String colString = new Integer (i+201).toString();
			g.drawString (colString, centerBlockPosX+5+(i*width), centerBlockPosY+20);
			g.drawRect(centerBlockPosX+(i*width), centerBlockPosY, width, height);

			if (seatArrayList.contains((i+201)) != true)
			{
				g.setColor(Color.red);
				g.fillRect(centerBlockPosX+(i*width), centerBlockPosY, width, height);
				g.setColor(Color.black);
				g.drawRect(centerBlockPosX+(i*width), centerBlockPosY, width, height);
				g.drawString(colString, centerBlockPosX+5+(i*width), centerBlockPosY+20);
			}

			for (int x=0; x<centerBlockSeatsRow; x++)
			{
				String rowString = new Integer ((i+(centerBlockSeatsCol*x))+201).toString();
				g.drawString(rowString, centerBlockPosX+5+(i*width), centerBlockPosY+(x*height)+20);

				g.drawRect(centerBlockPosX+(i*width), centerBlockPosY+(x*height), width, height);
				if (seatArrayList.contains((i+(centerBlockSeatsCol*x))+201) != true)
				{
					g.setColor(Color.red);
					g.fillRect(centerBlockPosX+(i*width), centerBlockPosY+(x*height), width, height);
					g.setColor(Color.black);
					g.drawRect(centerBlockPosX+(i*width), centerBlockPosY+(x*height), width, height);
					g.setColor(custom_grey);
					g.drawString (rowString, centerBlockPosX+5+(i*width), centerBlockPosY+(x*height)+20);
					g.setColor(Color.black);
				}
			}
		}

//DRAW RIGHT BLOCK OF SEATS

		for (int i=0; i<rightBlockSeatsCol;i++)													// [Refer to Left Block Code comments]
		{
			String colString = new Integer (i+301).toString();
			g.drawString(colString, rightBlockPosX+5+(i*width), rightBlockPosY+20);

			g.drawRect(rightBlockPosX+(i*width), rightBlockPosY, width, height);
			if (seatArrayList.contains((i+301)) != true)
			{
				g.setColor(Color.red);
				g.fillRect(rightBlockPosX+(i*width),rightBlockPosY,width,height);
				g.setColor(Color.black);
				g.drawRect(rightBlockPosX+(i*width), rightBlockPosY, width, height);
				g.drawString (colString, rightBlockPosX+5+(i*width), rightBlockPosY+20);
			}

			for(int x=0; x<rightBlockSeatsRow; x++)
			{
				String rowString = new Integer ((i+(rightBlockSeatsCol*x))+301).toString();
				g.drawString (rowString, rightBlockPosX+5+(i*width), rightBlockPosY+(x*height)+20);

				g.drawRect(rightBlockPosX+(i*width), rightBlockPosY+(x*height), width, height);
				if (seatArrayList.contains((i+(rightBlockSeatsCol*x))+301) != true)
				{
					g.setColor(Color.red);
					g.fillRect(rightBlockPosX+(i*width), rightBlockPosY+(x*height), width, height);
					g.setColor(Color.black);
					g.drawRect(rightBlockPosX+(i*width), rightBlockPosY+(x*height), width, height);
					g.setColor(custom_grey);
					g.drawString (rowString, rightBlockPosX+5+(i*width), rightBlockPosY+(x*height)+20);
					g.setColor(Color.black);
				}
			}
		}
	}


	public static void main (String[] args)		// Main Method Declaration
	{
		new Main();								// Create a new Instance of the main Program when ran
	}
}

Ticket.java

// Class that contains methods for Database manipulation

import java.awt.*;
//import javax.swing.*;
import java.awt.event.*;
import java.util.*;
import java.io.*;


public class FullDataBaseGenerator
{

	// Method that takes a String (from the film time cb)
	// And returns a String of the name of the text file it belongs to
	public static String returnFileName(String input)

	{
		String timeFileName  = input;

		if (input.equals("1.00 PM"))
		{
			timeFileName = "SEAT DATABASE 1.00 PM.txt";
		}
		else if (input.equals("3.00 PM"))
		{
			timeFileName= "SEAT DATABASE 3.00 PM.txt";
		}
		else if (input.equals("5.00 PM"))
		{
			timeFileName= "SEAT DATABASE 5.00 PM.txt";
		}
		else if (input.equals("7.00 PM"))
		{
			timeFileName = "SEAT DATABASE 7.00 PM.txt";
		}
		else if (input.equals("9.00 PM"))
		{
			timeFileName= "SEAT DATABASE 9.00 PM.txt";
		}

		return timeFileName;
	}




	//Method to Create a blank database of all the seats available
	public ArrayList<Integer> seatNumberCalculate()
	{
		// Variables to values for each block of seats
		int A = 0;
		int B = 0;
		int C  = 0;

		// ArrayList to hold the values
		ArrayList<Integer> al = new ArrayList<Integer>();

		// Add zero at the start of the array to act as a defauilt value for the cbs
		al.add(0);

		// Calculate the seatnumbers and add them into the array
		for (int i=0; i < 36; i++)
		{
			A = 101+i;
			al.add(A);
		}
		for (int i = 0; i < 40; i++)
		{
			B = 201+i;
			al.add(B);
		}
		for (int i = 0; i < 36; i++)
		{
			C = 301+i;
			al.add(C);
		}

		return al;
	}



	// Method that generates a fresh database
	public void FullDataBaseGeneration(String file_name)
	{
		// Name of database (calculated by 'returnFileName' method)
		String name = file_name;

		// Get ArrayList cointaining values for every seat
		ArrayList <Integer> input = seatNumberCalculate();

		// Name of database
		String selectedTime = returnFileName(name);

		File selectedTimeFile = new File(selectedTime);

		try{
		// if the file exists, do not create a new file (leave existing file alone)
		if (selectedTimeFile.exists() == true)
		{
			return;
		}
		}catch (Exception ex){
		System.err.println(ex.getMessage());
		}

		// if the file doesnt exist..
		try{

			// create a new file with the correct name
			selectedTimeFile.createNewFile();

			// Start dependencies for file reading
			FileInputStream fs = new FileInputStream(selectedTimeFile.toString());
			DataInputStream in = new DataInputStream(fs);
			BufferedReader br = new BufferedReader(new InputStreamReader(in));

			//Start dependancy for file writing
			String stringLine;
			BufferedWriter fw1 = new BufferedWriter(new FileWriter(selectedTime));

			// Write a ; to the file (this is needed to add some content to replace)
			fw1.write(";");
			// Close this write dependancy
			fw1.close();

			// While there are Lines left to be read
		  	while ((stringLine = br.readLine()) != null)
		  	{
				// Create dependencies for writing to same file
				BufferedWriter fw = new BufferedWriter(new FileWriter(selectedTime));
				int x=0;
				// Iterate through the new edited array (orginal array minus selected seat)
				while(x < input.size())
				{
					// Rewrite every line of the text file with each entry in the new array
					String line = input.get(x).toString();
					fw.write(line + ";");
					x++;
				}
				//Close the file writing dependency
				fw.close();
			}

			}catch (Exception ex){
	  				System.err.println(ex.getMessage());}

	}



		// Method for returning an array of the available seats, for passing into the Main class
		public static ArrayList<Integer> AvailableSeatsArrayReturn(String file_name)
		{
			ArrayList<Integer> temp = new ArrayList<Integer>();

			String name = file_name;
			String selectedTime = returnFileName(name);
			File selectedTimeFile = new File(selectedTime);



			if (selectedTimeFile.exists())
			{

				try{

	 			FileInputStream fs = new FileInputStream(selectedTimeFile.toString());
	  			DataInputStream in = new DataInputStream(fs);
	  			BufferedReader br = new BufferedReader(new InputStreamReader(in));
	  			String stringLine;

	  			while ((stringLine = br.readLine()) != null)
	  			{
	  				String[] array = stringLine.split(";");

					// For every object in the array, built from items in the text file
	  				for (int i=0; i < array.length; i++)
	  				{
						// Convert the item to an integer
		  				Integer num = Integer.parseInt(array[i]);

		  				// Add Item to arraylist to be rerturned
		  				temp.add(num);
	  				}
	  			}

	  			in.close();

	    			}catch (Exception ex){System.err.println(ex.getMessage());}

			}
			return temp;
		}





}

Please sent full coding tu [email protected] thank you

Please send the full code to [email protected]

HI, Can you Please send the full code to [email protected]

Hello, please send me the full code, it will be a very big help. Thank you.
My email: [email protected]

HI, Can you Please send the full code to [email protected]

Hi everyone. Anyone who has the full code, can you send to: [email protected]
Thank you for your concern :)

Hi,

Ticket.java and FullDataBaseGenerato.java is the same code. please provide Ticket.java class.
please send me Ticket.java class at: [email protected]
Thanks in advance.

please send me Ticket.java [email protected]

Hello! Please send me full code to: [email protected]

please send me full code at [email protected]

hi..please sent me code for ticket at [email protected]

hi if you could,please send me the full code at @[email protected] . and can anyone teach me how to run this code.

So I created this in 2012 for some university coursework. It works and got me decent marks, however it is horribly inefficient and runs on Java 1.6. I have not used Java in roughly 5 years now, so no idea how much work it would be to compile this on a newer version of the SDK.

The ticket.java appears to be the wrong file, I would just to need upload the correct code for that file. However, if you actually read the code you can see that that file simply contains some calculation functions for Seat price. Should be fairly easy to work this out yourself. This makes me believe that the interest in this is that similar coursework exists and people are looking for a shortcut.

If someone could explain the interest in it I could possibly update the code as I still have the source. However, If this is a coursework thing, then I would much prefer simply providing any answers you may have to help you code it yourself.

Hi
Can you send full code to " [email protected] "
Please

Hi do you mind if I ask you to send me the full code please?
Here's my email [email protected]
Thank you in advance.

hi do u mind share me full code
[email protected]

Hi pls send the full code , am in a urgent need of this. Here is the mail id: [email protected]
please bro

Please send full code
[email protected]
tq in advance

Please send full code
[email protected]
tq in advance

Please send full code
[email protected]
tq in advance

please send me full code at [email protected]

Kindly send me the Full code to [email protected]