GetMonth - This method prompts for and returns the month GetNumMurals - This method prompts for and returns the number of murals scheduled and is called twice -- once for interior murals and once for exterior murals ComputeRevenue - This method accepts the number of interior and exterior murals scheduled, accepts the month they are scheduled, displays the interior and exterior prices, and then returns the total expected revenue DataEntry - This method fills an array with customer names and mural codes and is called twice -- once to fill the array of interior murals and once to fill the array of exterior murals GetSelectedMurals - This method continuously prompts for mural codes and displays jobs of the corresponding

You are responsible for adding the appropriate testing code to your main. a. The getValedictorian method returns the valedictorian of the class, that is the student with the highest grade point average. Implement this new method. b. The getHonorsPercent method returns the percentage of students in the class who are in the honors program. Use 3.75 as the cutoff GPA. Implement this method. Also print the list of students, by using the isHonor method, in the Honors program. c. An alternate implementation for the School class is being considered, in which the students are stored in an ArrayList instead of an array.  Show how the declaration of the data field students would look in this alternate design. MAIN CLASS: import java.util.ArrayList; public class Main {     public static void main(String[] args) {         System.out.println("Unit07Project2 by Your Name");        System.out.println();        int size = 10;        School onw = new School(size);        /*         Add the code…

Could you help me with this C++ code please: Modify the class Song you created by doing thefollowing:(a) Add methods set_title(title), set_artist(artist) andset_year(year) that set the title, artist and recording year of thesong to the given values. The first two methods take a string as argument, the third one takes an integer.(b) Add a method set(title, artist, year) that sets the title,artist and recording year of the song to the given values. The firsttwo arguments are strings, the third one is an integer.(c) Replace the equals method by an equality operator (==).(d) Replace the less_than method by a less-than operator (<).(e) Replace the print method by an output operator (<<).(f) Replace the read method by an input operator (>>).(g) Organize your code into separate files as explained in Section 2.4 ofthe notes.Once again, you’ll need to decide how arguments should be passed to themethods and operators.Declare methods to be constant, as appropriate. Declare methods…

public class utils { * Modify the method below. The method below, myMethod, will be called from a testing function in VPL. * write one line of Java code inside the method that adds one string * to another. It will look something like this: * Assume that 1. String theInput is 2. string mystring is ceorge неllo, пу nane is * we want to update mystring so that it is неllo, пу nane is Ceorge */ public static string mymethod(string theInput){ System.out.println("This method combines two strings."); Systen.out.println("we combined two strings to make mystring); return mystring;

in c++ code

In this project, you should design a Date class and use it to create a calendar application that has many features. You are not limited to the features included in these instructions, feel free to add any other components you find useful. Note: A normal year has 365 days. A leap year has 366 days (the extra day is February 29). In this project, you must take this fact into account. The rules that determine leap years are provided later in these instructions. Design the Date class, to be used in your application, containing: A private data member month of type integer that holds the date's month. A private data member day of type integer that holds the date's day. A private data member year of type integer that holds the date’s year. A default constructor that sets the date to January 1, 1753. Accessors for each member variable. Mutators for each member variable. A member function that prints on the screen a date in the form mm / dd / yyyy. A member function that returns the day name of…

I already have the code for the assignment below, but the code has an error in the driver class. Please help me fix it. The assignment: Make a recursive method for factoring an integer n. First, find a factor f, then recursively factor n / f. This assignment needs a resource class and a driver class. The resource class and the driver class need to be in two separate files. The resource class will contain all of the methods and the driver class only needs to call the methods. The driver class needs to have only 5 lines of code The code of the resource class: import java.util.ArrayList;import java.util.List; public class U10E03R{     // Recursive function to    // print factors of a number   public static void factors(int n, int i)   {           // Checking if the number is less than N      if (i <= n) {         if (n % i == 0) {            System.out.print(i + " ");         }                  // Calling the function recursively            // for the next number         factors(n, i +…

Please use Java code to complete the question in the attatchment.

(b) Write the process NewRatings method, which considers num new ratings for inclusion in the running average. A helper method, getNewRating, which returns a single rating, has been provided for you The running average must only be updated with ratings that are greater than or equal to zero. Ratings that are less than 0 are considered invalid and are not included in the running average. The processNewRatings method returns the number of invalid ratings. See the table below for three examples of how calls to processNewRatings should work. Complete method processNewRatings. Assume that updateAverage works as specified, regardless of what you wrote in part (a). You must use getNewRating and updateAverage appropriately to receive full credit. /** Processes num new ratings by considering them for inclusion * in the running average and updating the running average as *necessary. Returns an integer that represents the number of * invalid ratings, as described in part (b). * Precondition: num…