Write a complete program to do the following: The main program calls a method to read in(from an input file) a set of people's three-digit ID numbers and their donations to a charity(hint: use parallel arrays). Then the main program calls a method to sort the ID numbers intonumerical order, being sure to carry along the corresponding donations. The main programthen calls a method to print the sorted lists in tabular form, giving both ID numbers anddonations. Then the main program calls another method to sort the donation amounts intodescending order, carrying along the corresponding ID numbers. It then, once again, printsthe sorted lists, giving both ID numbers and donations. Finally it prints some statistics (seebelow). Here are the details:The main program calls a method to read in the data from a file. (This method will declareand create the input file variable. Don't forget to throw exceptions.) The data consists of setsof lines of data, each of which contains a person's three-digit integer ID number and adonation in dollars and cents. (e.g., 456 250.00 or 123 175.34). The file is read until end-of-fileis reached. The method returns how many sets of data were read in. The main program callsthe returm value donorCount. The main program calls these arrays idvumbers and donations.A separate printing method prints the original set of data in the form of a neat table. Whenthe arrays print, there should be an overall heading, plus headings for the columns of IDnumbers and donations.Then the main program sends the array of ID numbers, the array of donations, and the sizedonorCount to a sorting method. This method sorts the ID numbers into numerical orderusing a selection sort. Be sure to maintain the match-up of ID numbers and donations. Forexample, 456 should always be associated with 250.00, no matter where 456 moves innumerical order; similarly, 123 should stay with 175.34. When the sorting method finishesand returns control to the main program, the main program calls the printing method to onceagain print the two arrays.Next, the main program sends the same three parameters to the second sorting method,which sorts the donstions into descending numerical order (using a bubble sort), being sureto maintain the linkup of ID numbers and donations. When this sorting method finishes andreturns control to the main program, the main program, once again, calls the printing methodto print the two arrays with appropriate headings. Your arrays should have room for up to 50entries. To test the program, have a set of data with at least 15 to 20 values in each array.Make sure that your original order is not close to numerical order for either array and that thetwo numerical orders are not close to each other.(NOTE: Why can't you use the same sorting method for the two sorts???)Finally, print statistics as follows, based on the array sorted by donation:• the id and donation amount of the highest donor (this is easy once the array issorted!);• the median donation value, which is the middle value for an odd number af donors(e.g. for 5 donors it would be the donation value of the third) or the average of thetwo middle donors (e.g. for 6 donors it would be the average of the 3" and 4"). Notethat your program doesn't know the number of donors so check condition andperform operation accordingly.All donation values should be printed with precision of two decimal places. Columns shouldbe neatly aligned, so format your output carefully.

Question

Write a complete program to do the following: The main program calls a method to read in(from an input file) a set of people's three-digit ID numbers and their donations to a charity(hint: use parallel arrays). Then the main program calls a method to sort the ID numbers intonumerical order, being sure to carry along the corresponding donations. The main programthen calls a method to print the sorted lists in tabular form, giving both ID numbers anddonations. Then the main program calls another method to sort the donation amounts intodescending order, carrying along the corresponding ID numbers. It then, once again, printsthe sorted lists, giving both ID numbers and donations. Finally it prints some statistics (seebelow). Here are the details:The main program calls a method to read in the data from a file. (This method will declareand create the input file variable. Don't forget to throw exceptions.) The data consists of setsof lines of data, each of which contains a person's three-digit integer ID number and adonation in dollars and cents. (e.g., 456 250.00 or 123 175.34). The file is read until end-of-fileis reached. The method returns how many sets of data were read in. The main program callsthe returm value donorCount. The main program calls these arrays idvumbers and donations.A separate printing method prints the original set of data in the form of a neat table. Whenthe arrays print, there should be an overall heading, plus headings for the columns of IDnumbers and donations.Then the main program sends the array of ID numbers, the array of donations, and the sizedonorCount to a sorting method. This method sorts the ID numbers into numerical orderusing a selection sort. Be sure to maintain the match-up of ID numbers and donations. Forexample, 456 should always be associated with 250.00, no matter where 456 moves innumerical order; similarly, 123 should stay with 175.34. When the sorting method finishesand returns control to the main program, the main program calls the printing method to onceagain print the two arrays.Next, the main program sends the same three parameters to the second sorting method,which sorts the donstions into descending numerical order (using a bubble sort), being sureto maintain the linkup of ID numbers and donations. When this sorting method finishes andreturns control to the main program, the main program, once again, calls the printing methodto print the two arrays with appropriate headings. Your arrays should have room for up to 50entries. To test the program, have a set of data with at least 15 to 20 values in each array.Make sure that your original order is not close to numerical order for either array and that thetwo numerical orders are not close to each other.(NOTE: Why can't you use the same sorting method for the two sorts???)Finally, print statistics as follows, based on the array sorted by donation:• the id and donation amount of the highest donor (this is easy once the array issorted!);• the median donation value, which is the middle value for an odd number af donors(e.g. for 5 donors it would be the donation value of the third) or the average of thetwo middle donors (e.g. for 6 donors it would be the average of the 3&#34; and 4&#34;). Notethat your program doesn't know the number of donors so check condition andperform operation accordingly.All donation values should be printed with precision of two decimal places. Columns shouldbe neatly aligned, so format your output carefully.

Accepted Answer

the java program is an given below :

package normalClasses;
import java.io.File;
import…