The program will consist of two filesProgram.cs - the main application file; name the class appropriatelyUnique.cs - class for retrieving the unique values from the userThe Unique class provides the following:ConstructorPrivate member variable to store 5 unique values (hint: use an Array or a List)Public function to get 5 unique values from the user and store them in the member variableloop to get the numbers, if a number is already stored, ignore it and keep looping until you have 5 unique numbersif a number is out of range, don't store the value, throw an exception and handle it in such a way that you don't break the loop but do message the user that the value was out of rangePublic functions to return the following based on the stored values:Largest numberSmallest numberSum of all numbersAverage of the numbers enteredLast number entered divided by the first number enteredThe main application does the followingCreates an instance of the Unique classCalls the Unique class's GetNumbers function to get the necessary values from the userCalls the Unique class's function to print the following (each value with an appropriate label)All unique values entered by the userThe largest number enteredThe smallest number enteredThe sum of all numbers enteredThe average of all numbers enteredThe last number entered divided by the first number entered (handle division by 0 exception properly) **User Input and Calculation Summary**1. **Integer Entries:** - Entered values: 5, 5, 5, 5, 5, 5, 5, 5, -1, 101. - Error Prompt: Values must be between 1 and 100. - Successful entries after retry: 5, 2, 6, 42, and 38.2. **Processed Results:** - **Unique Values Entered:** 5, 2, 6, 42, 38 - **Minimum Value Entered:** 2 - **Maximum Value Entered:** 42 - **Sum of Values Entered:** 93 - **Average of Values Entered:** 18 - **Last Value Divided by First Value:** 7All processing is completed successfully. ### Program Output AnalysisThe image displays the console output of a program that processes integer values. Here's a breakdown of the operations and results:1. **Input Values:** - The program prompts the user to enter integer values five times. - The entered values are: `0`, `45`, `65`, `92`, `7`.2. **Unique Values:** - The program identifies and lists unique integers from the inputs: - `0`, `45`, `65`, `92`, `7`3. **Statistical Calculations:** - **Max Value:** - The highest value entered is `92`. - **Min Value:** - The lowest value entered is `0`. - **Sum of Values:** - Total sum of all entered values is `209`. - **Average of Values:** - The average of the entered values is calculated to be `41`.4. **Error Encountered:** - A `System.DivideByZeroException` is thrown. - This error occurs in the method `Unique.LastDivFirst()` at the specified file path. - The error implies an attempt to divide by zero, suggesting a possible logical flaw in the code.5. **Completion Message:** - Despite the exception, the program ends with the message "All processing completed!"This output is useful for understanding how the program processes input and identifies areas that need debugging, particularly addressing the division by zero error.

********************************************* Code starts here *************************************************************** using System;using System.Collections.Generic;using System.Linq;using System.Text;using System.Threading.Tasks; namespace DemoApplication{ /// <summary> /// Unique class storing the unique values /// </summary> public class Unique { //Member variables private List<int> m_randVals; /// <summary> /// Unique class constructor /// </summary> public Unique() { m_randVals = new(); } /// <summary> /// Method to get the unique number inputs from the user /// </summary> public void GetUniqueNumbers() { //To store the unique value input from the user int uniqueVal; for (int i = 0; i < 5; i++) { try { Console.Write("\nPlease enter intger value : "); //Take the input uniqueVal = Int32.Parse(Console.ReadLine()); //Check if the value exist if (this.m_randVals.Contains(uniqueVal)) { Console.WriteLine("\nSame number already exists "); i--; continue; } //If does not exist then add the value to the list this.m_randVals.Add(uniqueVal); } catch(Exception ex) { Console.WriteLine("Unable to add the value : " + ex.Message); i--; } } } /// <summary> /// Method to get the largest number from the list /// </summary> /// <returns>Largest number from the list</returns> public int LargestNumber() { int largestNum = 0; //Iterate over the list in the member variables foreach (int val in this.m_randVals) { //Check if number greater than the largest number if(largestNum < val) { largestNum = val; } } //Return the largest number from the list return largestNum; } /// <summary> /// Method to get the smallest number from the list /// </summary> /// <returns>Smallest number from the list</returns> public int SmallestNumber() { //Set the smallest number first as the first number int smallestNum = this.m_randVals[0]; //Iterate over the list to check every value in the list foreach(int val in this.m_randVals) { //Check If the value is smaller than the smallest number if(val < smallestNum) { //Change the smaller number smallestNum = val; } } return smallestNum; } /// <summary> /// Method to get the sum of all unique values /// </summary> /// <returns>Sum of all unique values provided by the user</returns> public int SumOfAll() { int sumOfAll = 0; //Iterate over the list one by one foreach(int val in this.m_randVals) { sumOfAll += val; } return sumOfAll; } /// <summary> /// Method to get the average of all numbers /// </summary> /// <returns>Average of all numbers</returns> public double AverageOfAll() { double averageOfAll = 0; //Iterate over the list to get the values foreach(int val in this.m_randVals) { averageOfAll += val; } //Return the average of all the numbers return averageOfAll / this.m_randVals.Count; } /// <summary> /// Get the division of the Last and first /// </summary> /// <returns>Division of the last by first</returns> /// <exception cref="ArgumentException">Argument exceptio for the 0 in the division</exception> public double LastDivFirst() { //Check if the first number is zero or not if (this.m_randVals[0] == 0) { throw new ArgumentException("Division by Zero : Infinite"); } try { //Return the division return this.m_randVals[this.m_randVals.Count -1] / this.m_randVals[0]; }catch(Exception ex) { //Show the error to the console Console.WriteLine(ex.Message); return 0; } } /// <summary> /// Method to print the numbers to the console /// </summary> public void PrintNumbers() { Console.WriteLine("Numbers are as follow : "); foreach (int val in this.m_randVals) { Console.WriteLine(val); } Console.WriteLine(); } }} ********************************************************** code end here *************************************************** ****************************************************** Main class in java *************************************************** using DemoApplication;using System;using System.Security.Cryptography.X509Certificates; namespace DemoClass{ public class MainClass { /// <summary> /// Main method /// </summary> public static void Main(string[] args) { //Get the unique class object Unique unique = new(); unique.GetUniqueNumbers(); //Call all the method one by one unique.PrintNumbers(); Console.Write("\n Largerst number is as follow : " + unique.LargestNumber()); Console.Write("\n Smallest number is as follow : " + unique.SmallestNumber()); Console.Write("\n Sum of all numbers is as follow : " + unique.SumOfAll()); Console.Write("\n Average of all numbers is as follow : " + unique.AverageOfAll()); Console.Write("\n Division of last numeber by first is as follow : " + unique.LastDivFirst()); Console.Write("\n All processing completed !!!"); } }} *********************************************** End of main class *********************************************************** Screenshot of the code : Screenshot of the output :