Convert UML class diagrams to Java code You are required to convert the UML class diagrams shown below into Java code. I Cat numberOfTeeth: int lengthofTail: int name : String ownerName : String + Pet (name:String, ownerName: String) + getName(): String + getOwnerName (): String Pet + Cat (name: String, ownerName: String, numberOfTeeth:int, lengthofTail:int) + getNumberOfTeeth (): int + getLengthOfTail(): int Budgie colourOfFeathers: String + Budgie (name: String, ownerName: String, colourOfFeathers: String) getColourOfFeathers () : String

Convert UML class diagrams to Java code You are required to convert the UML class diagrams shown below into Java code. I Cat numberOfTeeth: int lengthofTail: int name : String ownerName : String + Pet (name:String, ownerName: String) + getName(): String + getOwnerName (): String Pet + Cat (name: String, ownerName: String, numberOfTeeth:int, lengthofTail:int) + getNumberOfTeeth (): int + getLengthOfTail(): int Budgie colourOfFeathers: String + Budgie (name: String, ownerName: String, colourOfFeathers: String) getColourOfFeathers () : String

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 C++, ACCORDING THE VEHICLE HEADER, FILL THE PART 1 OF THE CODE #ifndef _Vehicle_hh_ #define _Vehicle_hh_ class Vehicle { private: float speed; float mile; public: Vehicle(); Vehicle(float, float); float getSpeed(); float getMile(); void setSpeed(float); void setMile(float); void print(); }; #endif (DEFINE FUNCTIONS CORRESPONDING TO VEHICLE HEADER CLASS IN PART 1 BELOW) #include "Vehicle.hh" #include "Ship.hh" #include <iostream> using namespace std; // *** DEFINE --VEHICLE-- FUNCTIONS FOR PART 1 *** // *** DEFINE --SHIP-- FUNCTIONS FOR PART 2 *** void reduceSpeed(Ship*, float); void takePassenger(Ship*, int); int main() { return 0; } // reduce the speed of ship given in percentage (0 < percentage < 1). void reduceSpeed(Ship *s, float percentage) { // *** FILL THIS FUNCTION FOR PART 3 *** } // takes the number of passengers to the ship void takePassenger(Ship *s, int pas) { // *** FILL THIS FUNCTION FOR…
do part 4 import java.util.*; // Car classclass Car{ private String name; // Variable to hold car name private String model; // Variable to hold car model // Default constructor Car(){ this.name = null; this.model = null; } // Parametrised constructor Car(String name, String model){ this.name = name; this.model = model; } // Function to get car name public String getName(){ return this.name; }} // Dealer classclass Dealer{ private Car[] arr; // Array holding car objects for a dealer private int count; // Variable to hold number of cars under a dealer // Default constructor Dealer(){ arr = new Car[50]; count=0; } // Function to add a car under a dealer public void addCar(Car obj){ this.arr[this.count] = obj; this.count++; } // Function to check if a car exists under a dealer or not public boolean contains(String name){…
Convert below code in C++ class Arrival{String flightId,location,arrivalTime;int fuel,landTime,waitingTime;Arrival(String flightId ,int fuel,String location,String arrivalTime){this.flightId=flightId;this.fuel=fuel;this.location=location;this.arrivalTime=arrivalTime; } public void setFuel(int fuel){this.fuel=fuel;}public void setWaitingTime(int time){this.waitingTime=time;}public String toString(){return String.format("Flight user_id: %s , Flight Fuel:%d Gallon , Flight location: %s , Flight Arrival Time : %s , Waiting time %d Minutes",flightId,fuel,location,arrivalTime,waitingTime);}}class Departure{String flightId;String location;int flightStatus;String depTime;int waitingTime;Departure(String flightid , String location , int flightStatus,String depTime){this.flightId=flightid;this.location=location;this.flightStatus=flightStatus;this.depTime=depTime;}public void setWaitingTime(int time){this.waitingTime=time;}public String toString(){return String.format("Flight Id: %s , Flight…
Use Java Programming Language Create a Loan Account Hierarchy consisting of the following classes: LoanAccount, CarLoan, PrimaryMortgage , UnsecuredLoan, and Address. Each class should be in it's own .java file. The LoanAccount class consists of the following properties: principal- the original amount of the loan. annualInterestRate - the annual interest rate for the loan. It is not static as each loan can have it's own interest rate. months - the number of months in the term of the loan, i.e. the length of the loan. and the following methods: a constructor that takes the three properties as parameters. calculateMonthlyPayment() - takes no parameters and calculates the monthly payment using the same formula as Assignment 1. getters for the three property variables. toString() - displays the information about the principle, annualInterestRate, and months as shown in the example output below. The CarLoan class which is a subclass of the LoanAccount class and consists of the…
Charge Account Validation Using Java programming Create a class with a method that accepts a charge account number as its argument. The method should determine whether the number is valid by comparing it to the following list of valid charge account numbers:5658845 4520125 7895122 8777541 8451277 13028508080152 4562555 5552012 5050552 7825877 12502551005231 6545231 3852085 7576651 7881200 4581002These numbers should be stored in an array. Use a sequential search to locate the number passed as an argument. If the number is in the array, the method should return true, indicating the number is valid. If the number is not in the array, the method should return false, indicating the number is invalid.Write a program that tests the class by asking the user to enter a charge account number. The program should display a message indicating whether the number is valid or invalid.
public class LabProgram { public static void main(String args[]) { Course course = new Course(); String first; // first name String last; // last name double gpa; // grade point average first = "Henry"; last = "Cabot"; gpa = 3.5; course.addStudent(new Student(first, last, gpa)); // Add 1st student first = "Brenda"; last = "Stern"; gpa = 2.0; course.addStudent(new Student(first, last, gpa)); // Add 2nd student first = "Jane"; last = "Flynn"; gpa = 3.9; course.addStudent(new Student(first, last, gpa)); // Add 3rd student first = "Lynda"; last = "Robison"; gpa = 3.2; course.addStudent(new Student(first, last, gpa)); // Add 4th student course.printRoster(); } } // Class representing a student public class Student { private String first; // first name private String last; // last name private double gpa; // grade point average…
Please code in python Create a program with two classes – the person class and the student The person class has the following properties: first name (first_name), last name (last_name) street address (address) city (city) zip code (zip) The class has the following methods: get_full_name, which returns the full name of a person get_full_address, which return greeting, returns a greeting message. The class should provide accessor and mutator for each property The class should override the __str__ method to return the state of the object. Create a child class called student which has a property named graduation year (graduation_year) and major. Provide accessor and mutator for each property of its own It inherits all the properties and methods of the person parent class as well. Create a test program that Create an object of the person class and print the full name of a person. Create an object of the person class and print…
Classes: Write a Person class that has these attributes: person_ID, first and last names, and age Default and overloaded constructors Accessors and mutators equals method toString method (make this virtual if C++, don't forget to prep the class for polymorphism) Inheritance: Create a child class to Person called Student: Attributes: GPA and status (freshman, sophomore, junior, senior, graduate, graduated). Make sure you have appropriate accessor/mutator methods Create another child class to represent Faculty. This class will have faculty rank and length of service as attributes along with an office location. Again, add methods as needed. Application Create an application that displays a menu that allows users to add students or faculty, or print either one or exit. Deliverable: Submit your source code and classes on Github (you will be supplied an account) You will also submit a Word document and your code on Canvas. In the document you iwll write a summary of your design…
Finish the Java code: Code: class Tile{char letter;int value; //ConstructorTile(char l, int v){letter = l;value = v;} //The function returns value of data member value.public int getValue(){return value;}//The function returns value of data member letter.public char getLetter(){return letter;} //the function return string for value and letterpublic String toString(){return(letter + " with value " + value);} //The function checks for equality of two objects.public boolean equals(Tile t){if(this.letter == t.letter && this.value == t.value)return true;elsereturn false;} } Output: The word HELLO is worth 8 points Its tile with the highest value is: H with value: 4 You have used a total of 5 tiles so far.
Make a class diagram of your Design. Code: The code is as follows. Date.h #define DATE_H #include <string> using namespace std; class Date{ public: std::string depart_date; std::string arrival_date; Date() { depart_date = "12-03"; arrival_date = "12-03"; } void setDepartureDate(string d) { depart_date = d; } std::string getDepartureDate() { return depart_date; } void setArrivalDate(string a) { arrival_date = a; } std::string getArrivalDate() { return arrival_date; } }; Time.h #define TIME_H class Time{ public: int depart_h, depart_m; float arrival_h, arrival_m; Time() { depart_h = 12; depart_m = 20; arrival_h = 2; arrival_m = 50; } void setDepartureHour(int dh) { depart_h = dh; } int getDepartureHour() { return depart_h; } void setDepartureMin(int dm) { depart_m = dm; }…
The following class definitions and function definitions should be used to help you finish the exam. train.h: car.h: #ifndef CAR_H #define CAR_H using namespace std; class Car #include "car.h" using namespace std; #ifndef TRAIN_H #define TRAIN_H class Train { private: Car* tHead; Car* tTail; public: Train(); -Train(); void addcarBack(Car *); void deleteFirstcar(); void removeFirstcaróftype(const string &); { private: string name; double maxSpeed; public: Car* nextcar; public: car(); Car(string); double getMaxspeed () const; string getName() const; void setName(const string &); }; #endif // Display list car by car void display() const; }; #endif Part of train.cpp: // addcarBack logic: if (traincarsHead == 0) { traincarsHead = toAdd; traincarsTail = toAdd; else { traincarstail->nextcar = toAdd; traincarsTail = toAdd;
Create java code a new class called "Module" in which you add the following attributes: Code Name Number_students 2.Create another class called principle_program in which you create two instances of the class Module called ITP and POP. class principle_program { public static void main(String args[]) { //create two instances of the class Module } }