public class Lab5Part1a
{

/**
* @param args the command line arguments
*/
public static void main(String[] args)
{
   /*
   In this new project, set up your program to read in the data from the
   file SciFiDataBMTClean.txt using a Scanner. {file/Scanner setup 2 points}
   Declare the variables with the names you used in your pseudocode. {2 pts}
   */

   boolean dataValid = true;
   //File inBMTClean = new File("SciFiDataBMTClean.txt");
   //File inBMTErrNice = new File("SciFiDataBMTErrMore.txt"); // files are "SciFiDataBMTErr.txt"
   File inBMTErr = new File("SciFiDataBMTErr2.txt");
   Scanner inClean = new Scanner(System.in);
   Scanner inErrFile = new Scanner(System.in);
   Scanner inErr = new Scanner(System.in);
   /*
   try
   {
         inClean = new Scanner(inBMTClean);
   }
   catch (FileNotFoundException fnfe)
   {
         System.out.println("Input clean data file not found.");
         dataValid = false;
   }
   */
   boolean finish = false;
   boolean headerToPrint = true;
   do // 2.a)
   {
         try
         {
            inErrFile = new Scanner(inBMTErr);
            dataValid = true;
         }
         catch (FileNotFoundException fnfe)
         {
            System.out.println("Input error data file not found. \n"
                     + "Enter the name of the correct data file or \n"
                     + "enter N then hit return/enter to end.");
            String newFile = inClean.next();
            //System.out.println("New file name is *"+newFile+"*");
            if (newFile.equalsIgnoreCase("N"))
            {
               finish = true;
            }
            else
            {
               inBMTErr = new File(newFile);
            }

            dataValid = false;
         }
   }
   while (!dataValid && !finish);


   String title = "", series = "";
   char cType = ' ';
   int sNum = 0;
   String media = "";

   //int bkYear = 0, mvYear = 0, tvYear = 0;
   char bkCov = ' ';
   String bkCovStr = "";
   double bkPr = -1;
   /*
   In Lab3Part1d, create arrays to save the titles, series number,
   series name, and price. If there is no book data, then set price
   to -1. As you go through the file data, store the title, series
   number, series name, and price into the arrays you have created.
   Print the data in the arrays after all data is read from the file.
   */
   int numBMT = 75;
   String[] titles = new String[numBMT];
   String[] sNames = new String[numBMT];
   int[] sNums = new int[numBMT];
   double[] bkPrices = new double[numBMT];
   int tBMTcnt = 0;
   int bk = 0, mv = 1, tv = 2;
   for (int s = 0; s < numBMT; s++)
   {
         titles[s] = "~";
   }

   /*
   System.out.printf("%30s%12s","", "SciFi or");
   System.out.printf("%6s%6s%5s","Book","Cover","Book");
   System.out.printf("%6s%6s\n","Movie","TV");
   System.out.printf("%-30s%12s","Title", "Fantasy");
   System.out.printf("%6s%5s%6s","Year","Type","Price");
   System.out.printf("%6s%6s ","Year","Year");
   System.out.printf("%-40s\n","Series Name");
   */

   /* 1.a
   Declare a 2-dimensional String array of 3 columns and 75 rows that
   will hold the title, series name, and content type.
   Call this array names.

Declare a 2-dimensional int array of 3 columns and 75 rows that will
   hold the book year, movie year, and TV year data.
   Call this array years.

Use the 1-dimensional double array for book prices from Lab3Part3.
   Increase the size to 75 rows. {1 pts}

Declare an ArrayList of size 75 of String class to hold the BookCover Type.
   Call this bookCoverType

Declare an ArrayList of size 75 of Integer class to hold the Series Number.
   Call this array seriesNum

A 1-dimensional array of Strings of size 8 that will temporarily hold
   the data on Books, Movies and TV from each line of the fileString[][] names = new String[numBMT][3];
   int[][] years = new int[numBMT][3];
   ArrayList<String> bookCoverType = new ArrayList<String>(numBMT);
   ArrayList<Integer> seriesNum = new ArrayList<Integer>(numBMT);
   String[] tempBMT = new String[numBMT];
   /*
   Put the reading and printing pseudocode in a while loop that runs
   until there is no more data to read from the file. {2 pts}
   */
   int countBMT = 0;
   //while(inClean.hasNextLine() && dataValid)
   while(inErrFile.hasNextLine())
   {
         cType = ' ';
         title = "";
         sNum = 0;
         series = "";
         media = "";
         dataValid = true

1. Define an interface that contains a single abstract method that...