Which of the following statements can create an anonymous inner ciass within class Bar? class Boo { Boo (String s) { } Boo () { } } class Bar extends Boo Bar () { } Bar (String s) {super(s);} void zoo () // insert code here O a. Boo f = new Bar) {): O b. Boo f = new Boo(24) { }; Boo f = new Bo0(String s) {): O d. Bar f = new Boo(String s) { ):

Which of the following statements can create an anonymous inner ciass within class Bar? class Boo { Boo (String s) { } Boo () { } } class Bar extends Boo Bar () { } Bar (String s) {super(s);} void zoo () // insert code here O a. Boo f = new Bar) {): O b. Boo f = new Boo(24) { }; Boo f = new Bo0(String s) {): O d. Bar f = new Boo(String s) { ):

Name: lang : JAVA Which of the following statements can create an anonymous
Uploaded: 2024-03-20T06:51:23.000Z
Channel: Bartleby
Description: lang : JAVA Which of the following statements can create an anonymous inner class within class Bar?class Boo{Boo (String s) { }Boo () { }}class Bar extends Boo{Bar () { }Bar (String s) {super (s); }void zoo ()// insert code hereO a. Boo f = new Bar)

Database System Concepts

7th Edition

ISBN:9780078022159

Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Chapter1: Introduction

Section: Chapter Questions

Problem 1PE

See similar textbooks

Similar questions

For the following four classes, choose the correct relationship between each pair. public class Room ( private String m type; private double m area; // "Bedroom", "Dining room", etc. // in square feet public Room (String type, double area) m type type; m area = area; public class Person { private String m name; private int m age; public Person (String name, int age) m name = name; m age = age; public class LivingSSpace ( private String m address; private Room[] m rooms; private Person[] m occupants; private int m countRooms; private int m countoccupants; public LivingSpace (String address, int numRooms, int numoccupants) m address = address; new int [numRooms]; = new int [numOceupants]; m rooms %3D D occupants m countRooms = m countOccupants = 0; public void addRoom (String type, double area)
DEBUG Exercise 1. // This file defines the Patient class used by// a doctor's office. The Patient class has two// overloaded constructors -- a default constructor,// and one that requires an ID number and full name.// A demonstration program declares two Patient objects.class Patient Declarations private string idNum private string lastName private string firstName private Patient() idNum = "0000" lastName = "XXXX" firstName = "XXXX" return public Patient(num id, string last, string first) this.id = id lastName = last firstName = first return public string display() output "Patient #", idNum, lastName, firstName returnendClass start Declarations Patient patient1 Patient patient2("234", "Lee", "Lydia") patient1.display() patient2.display()stop DEBUG Exercise 2
The class diagram below shows an Order class that "has a" Customer and zero or more Items. Order class should contain private Customer m_cust; private ArrayList<Item> m_items; public Order(Customer cus t) public void additem(Item i) public String toString() Item class should contain private String m_desc private int m_qty private double m_price public Item(String des c, double price, int qty) public String toString() Customer class should contain private String m_first; private String m_last; public Customer(String first, String last) public String toString() Please create the Order, Customer, and Item classes shown above. I have provided you with a read-only Main class that you can use to test your code. When you have completed the Order, Customer, and Item classes, running the Main program should produce the following output: Order for Smith, Tom Order Items: Greeting Card: 1 at 1.5 Baseball Glove: 1 at 54.0 Notebook: 3 at 2.5 public class Main{ public static void…
public class MyGenClass { private T1 name; private T2 stulD; private T3 CGPA; public void setStuData( ){ I/ parameters name = n; stulD = d: CGPA = g; } public void printAsString() { System.out.println( } ); I/ print all information as string public static void main(String args||) { Il Create an object stu by parameters String, Integer, Double Il Call setStuData() with any values you like /l Call printAsString() } }
public class MyGenClass { private T1 name; private T2 stulD; private T3 CGPA; public void setStuData( ){ l parameters name = n; stulD = d: CGPA = g; public void printAsString() { System.out.printin( '): # print all Information as string public static void main(String args||) { Il Create an object stu by parameters String, Integer, Double II Call setStuData() with any values you like Il Call printAsString()
class A{ int a; int b; } class B extends A{ int a; public static void main(String[] args){ B obj=new B(); } } How do you get access to the variable "a" in class A? use obj.a use obj.super.a create an object of type A and then reference the variable O both b and c
/** NoParking models a No Parking sign */ public class NoParking { //-----------Start below here. To do: approximate lines of code = 15 // 1. Write the class so that it works as expected with the unit tester. private String startTime; private String endTime; /** Constructs a NoParking object with a default time */ public NoParking(){ startTime = "0:00"; endTime = "23:59"; } /** Sets the start time @param the start time */ public void setStartTime(String start){ startTime = start; } /** Sets the end time @param the end time */ public void setEndTime(String end){ endTime = end; } /** Reverses the times */ /** Returns the string for no parking @return the string for no parking */ } //-----------------End here. Please do not remove this…
Create a fee invoice application for students attending Valence College, a college in the State of Florida. There are two types of students: graduate and undergraduate. Out-of-state undergraduate students pay twice the tuition of Florida-resident undergraduate students (all students pay the same health and id fees). A graduate student is either a PhD or a MS student. PhD students don't take any courses, but each has an advisor and a research subject. Each Ms and Phd student must be a teaching assistant for one undergraduate course. MS students can only take graduate courses. A course with a Course Number (crn) less than 5000 is considered an undergraduate course, and courses with a 5000 crn or higher are graduate courses. CRN Course Credit Hours. 4587 MAT 236 4 4599 COP 220 3 8997 GOL 124 1 9696 COP 100 3 4580 MAT 136 1 2599 COP 260 3 1997 CAP 424 1 5696 KOL 110 2 7587 MAT 936 5 2599 COP 111 3 6997 GOL 109 1 2696 COP 101 3 5580 MAT 636 2 2099 COP 268 3 4997 CAP 427 1 3696 KOL 910 2…
Create a fee invoice application for students attending Valence College, a college in the State of Florida. There are two types of students: graduate and undergraduate. Out-of-state undergraduate students pay twice the tuition of Florida-resident undergraduate students (all students pay the same health and id fees). A graduate student is either a PhD or a MS student. PhD students don't take any courses, but each has an advisor and a research subject. Each Ms and Phd student must be a teaching assistant for one undergraduate course. MS students can only take graduate courses. A course with a Course Number (crn) less than 5000 is considered an undergraduate course, and courses with a 5000 crn or higher are graduate courses. CRN Course Credit Hours. 4587 MAT 236 4 4599 COP 220 3 8997 GOL 124 1 9696 COP 100 3 4580 MAT 136 1 2599 COP 260 3 1997 CAP 424 1 5696 KOL 110 2 7587 MAT 936 5 2599 COP 111 3 6997 GOL 109 1 2696 COP 101 3 5580 MAT 636 2 2099 COP 268 3 4997 CAP 427 1 3696 KOL 910 2…
public class date { private int day; // from 1 to 31 private int month; // from 1 to 12 private int year; // from 2000 upwards public void advance (); // move to next day }; Implement a constructor that initializes new objects of date class to be set to the 1st of January 2000. Implement setters for day, month, and year. Implement the advance method, which moves to the next day, ensuring that all data members are updated appropriately.
public class Point { Create two variables: 1. Generic Variable: Variable Name: data 2. Generic Point: Varibale Name: next 10 11 12 13 /* 14 Constructor that takes in two parameters (see above comment) */ 15 16 17 18 19 20 /* 21 Setters and getters 22 */ 23 24 wwwm 25 26 /* 27 tostring: output should be in the format: 28 (data)--> (next) 29 Example: 30 Point p1,p2; 31 p1.data = 4; 32 p1.next = p2; 33 p1.toString () would be: (4) -->(p2) 34 35 36
Create a class called Jug that represents a jug of liquid. The UML for this class is shown below: Jug private String liquidType private int gallons public Jug public Jug(String type, int gal) public void setGallons() public void getGallons() public String getLiquidType() public boolean isEmpty() Your class should have the following private state: liquidType (a string) gallons (an integer) Your class should have the following constructors: A default constructor that creates an empty jug of water. A constructor that accepts the type of liquid the jug contains, and the number of gallons the jug contains, in that order. Your class should have the following behaviors: A method called setGallons that allows you to set the number of gallons in the jug. A method called getGallons that allows you to get the number of gallons in the jug. A method called getLiquidType that allows you to get the type of liquid in the jug. A method called isEmpty that returns true if the…