/*
 *   Intro to Programming CSE 1310
 * University of Texas at Arlington
 */

package code13novf18;

import java.io.File;
import java.io.FileNotFoundException;
import java.util.Scanner;

/**
 *
 * @author jcmtiernan
 */
public class Code13NovF18 
{

    /**
     * @param args the command line arguments
     */
    public static void main(String[] args) 
    {
        /*
            Code from Lab3Part1d
        */

        boolean dataValid = true;
        File inBMTClean = new File("src/code13novf18/SciFiDataBMTClean.txt");
        Scanner inClean = new Scanner(System.in);
        try
        {
            inClean = new Scanner(inBMTClean);
        }
        catch (FileNotFoundException fnfe)
        {
            System.out.println("Input data file not found.");
            dataValid = false;
        }
        
        
        String title = "", series = "";
        char cType;
        int sNum;
        String media;

        int bkYear, mvYear, tvYear;
        char bkCov;
        double bkPr;       
        boolean headerToPrint = true;
        int numBMT = 100;
        String[] titles = new String[numBMT];
        String[] sNames = new String[numBMT];
        int[] sNums = new int[numBMT];
        double[] bkPrices = new double[numBMT];
        int[][] yearsBMT = new int[numBMT][3];
        int bk = 0, mv = 1, tv = 2;
        
        tableHeader();
        /*
        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"); 
        */
         
        int countBMT = 0;
        String endOfLine = " ";
        Scanner lineBMT = new Scanner(System.in);
        while(inClean.hasNextLine()) 
        {
            cType = ' ';
            title = ""; 
            sNum = 0;
            series = "";
            media = "";
            dataValid = true;

            cType = inClean.next().charAt(0);
            inClean.useDelimiter("-*[0-9]");
            //title = inClean.next();
            titles[countBMT] = inClean.next();
            titles[countBMT] = removeBlanks(titles[countBMT]);
            inClean.reset();
            //if (inClean.hasNextInt())
            //sNum = inClean.nextInt();
            sNums[countBMT] = inClean.nextInt();
            inClean.useDelimiter(":");
            //series = inClean.next();
            sNames[countBMT] = inClean.next();
            sNames[countBMT]  = removeBlanks(sNames[countBMT]);
            inClean.reset();
            // System.out.println("DEBUG: CType = "+cType+" Title = "+titles[countBMT]+
            //        " SNum = "+sNums[countBMT]+" Series = "+sNames[countBMT]);

        
            inClean.next();  // get rid of the colon
            endOfLine = inClean.nextLine(); 
            //System.out.println("DEBUG: end of Line is "+endOfLine);
            lineBMT = new Scanner(endOfLine);
            
            media = "";
            media = lineBMT.next();  // word after colon
            
            bkYear = 0;
            yearsBMT[countBMT][bk] = 0;
            bkCov = ' ';
            bkPr = -1;
            bkPrices[countBMT] = -1;
            
            if (media.equals("Book"))
            {
                yearsBMT[countBMT][bk] = lineBMT.nextInt();
                bkCov = lineBMT.next().charAt(0);
                //bkPr = inClean.nextDouble();
                bkPrices[countBMT] = lineBMT.nextDouble();
                /*
                System.out.print("DEBUG: yearsBMT["+countBMT+"]["+bk+"] = "+yearsBMT[countBMT][bk]);
                System.out.print(" bkCov = "+bkCov);
                System.out.print(" bkPrices[countBMT] = "+bkPrices[countBMT] );
                */
                if (lineBMT.hasNext())
                    media = lineBMT.next();
                    //System.out.println(" media is "+media);
                }
                else
                {
                    //System.out.println("");
                }

            

            mvYear = 0;
            yearsBMT[countBMT][mv] = 0;
            if (media.equals("Movie"))
            {
                yearsBMT[countBMT][mv] = lineBMT.nextInt();

                //  System.out.printf("DEBUG: yearsBMT["+countBMT+"]["+mv+"] = "+yearsBMT[countBMT][mv] );
                if (lineBMT.hasNext())
                {
                    media = lineBMT.next();   
                    //System.out.println(" media is "+media);
                }
                else
                {
                    //System.out.println("");
                }
               
                
            }            

            tvYear = 0;
            yearsBMT[countBMT][tv] = 0;
            if (media.equals("TV"))
            {
                yearsBMT[countBMT][tv] = lineBMT.nextInt();
            }             
            
            //if (inClean.hasNextLine())
                //media = inClean.nextLine();  
            
            /*
            System.out.printf("%-40s%-3c",titles[countBMT], cType);
            System.out.printf("%6d%3c%7.2f",yearsBMT[countBMT][bk],bkCov,bkPrices[countBMT]);
            System.out.printf("%6d%6d  ",yearsBMT[countBMT][mv],yearsBMT[countBMT][tv]);
            System.out.printf("%-45s\n",sNames[countBMT]);
            countBMT++;
            */
            if (headerToPrint)
            {
                tableHeader();
                headerToPrint = false;
            }

            System.out.printf("%-40s%-3c",titles[countBMT], cType);
            if (yearsBMT[countBMT][bk] != 0)
                System.out.printf("%6d%3c%7.2f",yearsBMT[countBMT][bk],bkCov,bkPrices[countBMT]);
            else
                System.out.printf("%16s","");
            System.out.printf("%6s%6s  ",
                    (yearsBMT[countBMT][mv] != 0? yearsBMT[countBMT][mv]: " "),
                    (yearsBMT[countBMT][tv] != 0? yearsBMT[countBMT][tv]: " "));
            System.out.printf("%-45s\n",sNames[countBMT]);
            countBMT++; 
            //System.out.println("--- countBMT "+countBMT);
            
        }

        //arrayDataHeader();
        //printArrayData(countBMT, titles, bkPrices, sNums, sNames);        

        tableHeaderWYears();
        printArrayDataWYears(countBMT, titles, bkPrices, sNums, sNames, yearsBMT);        
        
        // @@@ searching data - linear search
        
        
        //search the prices array for 8.99
        int indexFound = -1;
        for (int curr = 0; curr < bkPrices.length; curr++)
        {
            if (bkPrices[curr] == 8.99)
            {
                indexFound = curr;
                System.out.println("\nWhoo-hoo! We found it for title "+
                        titles[curr] +" at index "+indexFound);
            }
        }
        if (indexFound == -1)
        {
            System.out.println("\nValue was not found in array");
        }
        
        
       System.out.println("\nBefore title sort");
        for (int pass = 0; pass < countBMT-1; pass++) 
        { System.out.println("title["+pass+"] is "+ titles[pass]);  } 
        
        bubbleSortTitles(titles, 
                   bkPrices, sNums, sNames,  yearsBMT,countBMT);
        
        System.out.println("\nAfter title sort");
        for (int pass = 0; pass < countBMT-1; pass++) 
        { System.out.println("title["+pass+"] is "+ titles[pass]);  }         
        
        tableHeaderWYears();
        printArrayDataWYears(countBMT, titles, bkPrices, sNums, sNames, yearsBMT);         
        
        // @@@ sorting data - bubble sort
        System.out.println("\nBefore sort");
        for (int pass = 0; pass < countBMT-1; pass++) // (bkPrices.length-1)
        { System.out.println("bkPrice["+pass+"] is "+ bkPrices[pass]);  }        
        
        // Example - bubble sort the prices array
        bubbleSortPrices(bkPrices);
        //bubbleSortPricesComment(countBMT, bkPrices);

        System.out.println("\nAfter sort");
        for (int pass = 0; pass < (bkPrices.length-1); pass++)
        { System.out.println("bkPrice["+pass+"] is "+ bkPrices[pass]);  }        
             
        
        
       

        System.out.println("");
        for (int k = 0; k < yearsBMT.length; k++)
            System.out.printf("%5s%4d%7s%4d%4s%7d\n","Book ",yearsBMT[k][0] , 
                    " Movie ",yearsBMT[k][1] ," TV ",yearsBMT[k][2]);

        bubbleSortBookYear(yearsBMT);

        System.out.println("");
        for (int k = 0; k < yearsBMT.length; k++)
            System.out.printf("%5s%4d%7s%4d%4s%7d\n","Book ",yearsBMT[k][0] , 
                    " Movie ",yearsBMT[k][1] ," TV ",yearsBMT[k][2]);

        
         
    }
    // Method to remove extra blanks and tabs from beginning and end of a string
    public static String removeBlanks(String inStr)
    {
        int inStrLen = inStr.length();
        //System.out.println("initial inStr is *"+inStr+"*");
        
        int i = 0; 
        while ((inStr.charAt(i) == ' ') || (inStr.charAt(i) == '\t'))
        {
                inStr = inStr.substring(1); // remove one blank at front
                i=0;                        // make counter start at 0 again
                inStrLen = inStr.length();  // get length of new string            
        }
        
        //System.out.println("middle  inStr is *"+inStr+"*");
        inStrLen = inStr.length();

        i = (inStrLen - 1);
        while  ((inStr.charAt(i) == ' ') || (inStr.charAt(i) == '\t')) 
        {   
                inStr = inStr.substring(0,i);  // remove blanks at end
                i--;
        }        
        //System.out.println("final   inStr is *"+inStr+"*");
        
        return inStr;
        
    }
    public static void tableHeader()
    {
        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");         
    }   
    public static void arrayDataHeader()  
    {
        System.out.println("\n");
        System.out.println("Array Data:");
        System.out.printf("%30s  %12s%6s\n","", "Series","Book");           
        System.out.printf("%-30s  %12s%6s  ","Title", "Number","Price" );  
        System.out.printf("%-40s\n","Series Name");         
    }  
    public static void printArrayLine(String title, 
            double bkPrice, int sNum, String sName)
    {
        {
            if (!title.equals(""))
            {
            System.out.printf("%-40s%-3d  ",title, sNum);  
            if (bkPrice != -1)
                System.out.printf("%7.2f  ",bkPrice); 
            else
                System.out.printf("%7s  "," ");
            System.out.printf("%-45s\n",sName);            
            }
        }        
    }
    public static void printArrayData(int countBMT, String[] titles, 
            double[] bkPrices, int[] sNums, String[] sNames)
    {
        for (int c=0; c < countBMT; c++)
        {
            System.out.printf((c > 9 ?"[%2d] : ":" [%1d] : "),c);
            printArrayLine(titles[c], bkPrices[c], sNums[c], sNames[c]);

        }        
    }    
    public static void printArrayDataWYears(int countBMT, String[] titles, 
            double[] bkPrices, int[] sNums, String[] sNames, int[][] yearsBMT)
    {
        for (int c=0; c < countBMT; c++)
        {
            System.out.printf((c > 9 ?"[%2d] : ":" [%1d] : "),c);
            printArrayLineWYears(titles[c], bkPrices[c], sNums[c], sNames[c], yearsBMT[c] );

        }        
    } 
    public static void tableHeaderWYears()
    {
        System.out.printf("\n%40s%12s","", "Series");
        System.out.printf("%6s%5s","Book","Book");
        System.out.printf("%6s%6s\n","Movie","TV");        
        System.out.printf("%-40s%12s","Title", "Number");
        System.out.printf("%6s%6s","Year","Price");
        System.out.printf("%6s%6s  ","Year","Year");  
        System.out.printf("%-40s\n","Series Name");         
    }      
    public static void printArrayLineWYears(String title, 
            double bkPrice, int sNum, String sName, int[] yearsBMT)
    {
        int bk = 0, mv = 1, tv = 2;
        {
            if (!title.equals(""))
            {
            System.out.printf("%-40s%-3d  ",title, sNum);  
            if (bkPrice != -1)
                System.out.printf("%6d%7.2f  ",yearsBMT[bk],bkPrice); 
            else
                System.out.printf("%13s  "," ");
            System.out.printf("%6s%6s  ",
                    (yearsBMT[mv] != 0? yearsBMT[mv]: " "),
                    (yearsBMT[tv] != 0? yearsBMT[tv]: " "));            
            System.out.printf("%-45s\n",sName);     
            
            
            //System.out.printf("%-40s%-3d%-3c",titles[countBMT], sNum, cType); // need to save cType in array to make work
            //if (yearsBMT[countBMT][bk] != 0)
                //System.out.printf("%6d%3c%7.2f",yearsBMT[countBMT][bk],bkCov,bkPrices[countBMT]);
            //else
                //System.out.printf("%16s","");
            //System.out.printf("%6s%6s  ",
                    //(yearsBMT[countBMT][mv] != 0? yearsBMT[countBMT][mv]: " "),
                    //(yearsBMT[countBMT][tv] != 0? yearsBMT[countBMT][tv]: " "));
            //System.out.printf("%-45s\n",sNames[countBMT]);            
            
            
            }
        }        
    }
public static void bubbleSortBookYear(int[][] yearsBMT)
{
    for (int i = 0; i < yearsBMT.length; i++)
    {
        for (int j = 0; j < (yearsBMT.length - 1); j++)
        {
            if (yearsBMT[j][0] < yearsBMT[j+1][0])
            {   // swapping rows in the 2D array
                int[] tempArray = yearsBMT[j];
                yearsBMT[j] = yearsBMT[j+1];
                yearsBMT[j+1] = tempArray;
            }
    
        }
    }
}
    
    public static void bubbleSortPrices(double[] bkPrices)
    {
        double pr = -1;
        for (int i = 0; i < (bkPrices.length-1); i++)
            for (int pass = 0; pass < (bkPrices.length-1); pass++)
                if (bkPrices[pass] <  bkPrices[pass+1])
                {   // swap
                    pr = bkPrices[pass];
                    bkPrices[pass] = bkPrices[pass+1];
                    bkPrices[pass+1] = pr;
                }
    }
    public static void bubbleSortPricesComment(int countBMT, double[] bkPrices)    
    {
        double pr = -1;
        for (int i = 0; i < countBMT-1; i++) // (bkPrices.length-1)
        {
            System.out.printf("%8s%3d\n","Outer",i);
            for (int pass = 0; pass < (bkPrices.length-1); pass++)
            {
                System.out.printf("%8s%3d","Inner",pass);
                if (bkPrices[pass] <  bkPrices[pass+1])
                {   // swap
                    
                    System.out.println("Swap ["+pass+
                            "] "+bkPrices[pass]+" and ["+
                            (pass+1)+"] "+bkPrices[pass+1]);
                    
                    pr = bkPrices[pass];
                    bkPrices[pass] = bkPrices[pass+1];
                    bkPrices[pass+1] = pr;
                }
            } 
        }
    }
    
    public static void bubbleSortTitles(String[] titles, 
                    double[] bkPrices, int[] sNums, String[] sNames, int[][] yearsBMT,int countBMT)
    {
        String pr = "";
        for (int i = 0; i < countBMT-1; i++)
            for (int pass = 0; pass < countBMT-1; pass++)
            { 
                if (titles[pass].compareTo(titles[pass+1]) > 0)
                {   // swap
                    //pr = titles[pass];
                    //titles[pass] = titles[pass+1];
                    //titles[pass+1] = pr;
                    
                    
                    swapAllAdjacent(pass, titles, 
                    bkPrices, sNums, sNames, yearsBMT) ;                   
                    
                }
            }
    }
    
    public static void swapAllAdjacent(int index, String[] titles, 
            double[] bkPrices, int[] sNums, String[] sNames, int[][] yearsBMT)
    {  // swapping elements index with index+1
        String tempTitle, tempSName;
        int tempSNum;
        double tempPrice;
        int[] tempYears = new int[3];
        
        tempTitle = titles[index];
        titles[index] = titles[index+1];
        titles[index+1] = tempTitle;   
        
        tempPrice = bkPrices[index];
        bkPrices[index] = bkPrices[index+1];
        bkPrices[index+1] = tempPrice; 
        
        tempYears = yearsBMT[index];
        yearsBMT[index] = yearsBMT[index+1];
        yearsBMT[index+1] = tempYears; 
        
        tempSName = sNames[index];
        sNames[index] = sNames[index+1];
        sNames[index+1] = tempSName; 
        
        tempSNum = sNums[index];
        sNums[index] = sNums[index+1];
        sNums[index+1] = tempSNum;         
        
    }
    
    
    
}