JAVA.Only code can be edited is PilotLicense.java and only code added between lines 7 and 11. In the PilotLicense class, complete the public method definition for setId() with the integer parameter newld.Ex: If the input is 81 331, then the output is:License fee: 81License id: 3311 import java.util.Scanner;23 public class PilotLicenseArchive {min 670054 public static void main(String[] args) {= new Scanner(System.in);Pilot License pilot1 = new PilotLicense();Scanner scnrint inputFee;int inputId;89101112UNPilotLicense.java PilotLicense Archive.java1314151617183inputFee = scnr.nextInt ();input id= scnr.nextInt();pilot1.setFee (inputFee);pilot1.setId(inputId);System.out.println("License fee: + pilot1.getFee());System.out.println("License id: + pilot1.getId()); In the Pilot License class, complete the public method definition for setld() with the integer parameter newld.Ex: If the input is 81 331, then the output is:License fee: 81License id: 3311 public class PilotLicense {23min 1000 o456789101112131415161718private int fee;private int id;public void setFee (int newFee) {fee = newFee;}/* NEW JAVA CODE HERE*/(}id newId;public int getFee() {return fee;}PilotLicense.java PilotLicenseArchive.javanublic int getId()

PilotLicense.java:-Class PilotLicense: Private Integer fee Private Integer id Method…

In the Pilot License class, complete the public method definition for setId() with the integer parameter newld. Ex: If the input is 81 331, then the output is: License fee: 81 License id: 331 1 public class PilotLicense { private int fee; private int id; 1234567898 10 11 12 13 14 PP 16 17 18 public void setFee(int newFee) { fee = newFee; } /* NEW JAVA CODE HERE*/ } id = newId; public int getFee() { return fee; } PilotLicense.java PilotLicense Archive.java public int getId() {

In the Pilot License class, complete the public method definition for setId() with the integer parameter newld. Ex: If the input is 81 331, then the output is: License fee: 81 License id: 331 1 public class PilotLicense { private int fee; private int id; 1234567898 10 11 12 13 14 PP 16 17 18 public void setFee(int newFee) { fee = newFee; } /* NEW JAVA CODE HERE*/ } id = newId; public int getFee() { return fee; } PilotLicense.java PilotLicense Archive.java public int getId() {

Programming Logic & Design Comprehensive

9th Edition

ISBN:9781337669405

Author:FARRELL

Publisher:FARRELL

Chapter10: Object-oriented Programming

Section: Chapter Questions

Problem 15RQ

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Java programming. A method signature for a method consists of all elements of the method except the body. That is, a method signature consists of the privacy, (non-)static, return datatype, method name, and formal parameters. Consider the ceiling method as an example. public static int ceiling (double num) { return num <= 0 ? (int) num: (int) num + 1; } The method signature of the ceiling method is the first line of the method: public static int ceiling (double num). In this example, we note that ceiling is static because it is a standalone method and does not require an object to invoke (since we are not acting on an instance of a class). For parts a - d, give the method signature described by the scenario. a) A method in class String that returns the reversed version of the current String. b) A method that returns the maximum of two given integers. c) A method that returns true or false if the input integer is an even number. d) A default constructor for class Table.
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Modify the program below and add a public method called isZero() to the Fraction class. This method will determine if a Fraction represents a zero fraction. A zero fraction has a numerator == 0, no matter what the denominator is. Your isZero() method should return a Boolean resultindicating a zero fraction or otherwise. The method will be used by the client class to test whether the ‘calling fraction’ is equal to the number zero. Modify the program so that it now loops until a fraction representing zero is entered. //Import the essential package import java.util.ArrayList; import java.util.Scanner; //Define the class Fraction class Fraction {     private int n, d;     public Fraction()     {         //Initialize the values         this.n = this.d = 0;     }     public Fraction(int n, int d)     {         //Initialize the variables         this.n = n;         this.d = d;     }     //Define the getter function getNum() that returns the numerator     public int getNum()     {…
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Write a method definition for a method with the following heading. Themethod is to be added to the class GradeBook in Display 6.18./**Returns an array with the average quiz score for each student.*/public double[] getStudentAverages( )
Write an equals method for the Car class given here. Two Cars are equal if their Vehicle Identification Numbers (VIN) are the same. HINT: The String class has an equals method that can be called from the Car class equals method.
Add a toString() method to Fraction class that returns the fraction as aString in the form "x / y", where x and y are numerator and denominatorrespectively. As the method does not do any display itself, the output can be done by a client program that calls the method in an output statement. Use client program to test this functionality; i.e. provide an output statement to display a fraction as its String representation. class Fraction2{private int n, d;public Fraction(){this.n = this.d = 0; //Initialize the values}public Fraction(int n, int d){this.n = n; //Initialize the variablesthis.d = d;}//Define the getter function getNum() that returns the numeratorpublic int getNum(){//Returns numeratorreturn n;} //Define the getter function getDen() that returns the denominatorpublic int getDen(){//Returns denominatorreturn d;}//Define the boolean function isZero() that returns 0 if numerator is 0 and denominator is not equals to zeropublic boolean isZero(){return(getNum() == 0 &&…
1) Through BlueJ, the class must define a method called isSpace that allows the book club staff to determine whether there is enough capacity for a group to attend. This method must take a single integer parameter representing the size of the group, and return a boolean result. The method must work as follows: If the value of the parameter is less-than or equal-to 0 then the method must return false. This case has priority over those following. If the value of the parameter is less-than or equal-to the space left in the book club (use the capacity and occupancy values in the to work this out) then the method must return true. Otherwise (i.e., if there is not space in the book club for the whole group) then the method must return false. 2) This method must not change the state of the BookClub object. In other words, both the current number of occupants and the capacity of the club must be exactly the same after it is called as it was before (Note that the return type of this method…