In ShipTest: • make two objects with declared type Ship but actual type CruiseShip. • make one object of declared type Ship but actual type CargoShip. • make one object of declared type CargoShip and actual type CargoShip. • make a ship of declared type WarShip and actual type WarShip. • using the array initializer syntax, code all of these ships into an array of type Ship named fleet. • code a for loop that processes the fleet array to show display all ships and their data. • use a method of class Arrays to create an ArrayList of type Ship from the fleet array. • pass this ArrayList to a method named shipShow that also displays all ships and returns an integer. • report the value of the integer returned by shipShow. In the shipShow method: • from the ArrayList, remove the CargoShip that was declared as type Ship. • add another WarShip instance to the ArrayList. • use a foreach loop to process the ArrayList and print the data for each ship. • count the number of ships that are not afloat. Return this count to main for printing.

In ShipTest: • make two objects with declared type Ship but actual type CruiseShip. • make one object of declared type Ship but actual type CargoShip. • make one object of declared type CargoShip and actual type CargoShip. • make a ship of declared type WarShip and actual type WarShip. • using the array initializer syntax, code all of these ships into an array of type Ship named fleet. • code a for loop that processes the fleet array to show display all ships and their data. • use a method of class Arrays to create an ArrayList of type Ship from the fleet array. • pass this ArrayList to a method named shipShow that also displays all ships and returns an integer. • report the value of the integer returned by shipShow. In the shipShow method: • from the ArrayList, remove the CargoShip that was declared as type Ship. • add another WarShip instance to the ArrayList. • use a foreach loop to process the ArrayList and print the data for each ship. • count the number of ships that are not afloat. Return this count to main for printing.

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

ProductParser Product #productld:String="?" #quantity:int=0 +parseString ToProduct(line ToParse : String) Product #unitPrice:double=0.0 #totalCost:double=0.0 +Product(String, int, double) +getProductid0:String +toString( ):String +computeTotalCost():void Assignment5 +main(String]):void +printMenu):void Clothing Food -name: String="?" -damageRate: double=0.0 -expirationDate: String="08.20.2015" -size: String -color: String +Food(String, int,double,String,double, String) +toString):String +Clothing(String,int,double,String,String) +toString):String
public class Side Plot { * public static String PLOT_CHAR = "*"; public static void main(String[] args) { plotxSquared (-6,6); * plotNegXSquaredPlus20 (-5,5); plotAbsXplus1 (-4,4); plotSinWave (-9,9); public static void plotXSquared (int minX, int maxx) { System.out.println("Sideways Plot"); System.out.println("y = x*x where + minX + "= minX; row--) { for (int col = 0; col row * row; col++) { System.out.print (PLOT_CHAR); if (row== 0){ } System.out.print(" "); } for(int i = 0; i <= maxx* maxX; i++) { System.out.print("-"); } System.out.println(); Sideways PHOT y = x*x where -6<=x<=6 Sideways Plot y = x*x where -6<=x<=6 How do I fix my code to get a plot like 3rd picture?
private OnlineStudent readOnlineStudent(Scanner pIn) { String id = pIn.next(); String lname = pIn.next(); String fname = pIn.next(); OnlineStudent student = new OnlineStudent(id, fname, lname); String fee = pIn.next(); int credits = pIn.nextInt(); if (fee.equals("T")) { student.setTechFee(true); else { student.setTechFee(false); } student.setCredits(credits); return student; keep getting class, interface,enum or record expected. I need help
Staff # name: String # id: int PartTimer + Staff() + Staff(name: String, id: int) skillLevel: int + getName (): String + getId (): int + calculatePay () : double + toString (): String hoursWorked: int + Part Timer (name: String, id: int, skillLevel: int, hoursWorked: int) + getskillLevel(): int + getHours Worked () : int + tostring () : String java.lang.Comparable compareTo (o: Object): int Figure 1: The relationship between staff, PartTimer and Comparable Skill Level / Tahap Kemahiran Pay Rate Per Hour/ Kadar Bayaran Per Jam 0 ( Basic / Asas) RM50.00 1 (Moderate / Sederhana) RM100.00 RM150.00 2 (Expert / Mahir) Table 1: Skill level and the pay rate per hour Write a complete Java program to create PartTimer class and test class based on the Figure 1, Table 1 and the following requirements: Partimer class is derived from staff and implements Comparable Interface. The calculate Pay()method from the staff class will be implemented in the subclass to calculate the employee's pay. The pay…
Item #name : String #description String #price : float #id : long #PurchasedDate : Date #category: String +Item (n: String, des:String, p:float, id:long, date: Date) getName () : String getDescription (): String getPrice () : float getID (): long getDate () : Date setName (n: String) : void setDesciption (des: String) : void setPrice (p:float): void setID (id:long) : void setDate (date: Date): void +viewFullDescription () :String Book Laptop -author: String -numberofPages: int -brand: String -size: float -capacity: float + viewFullDescription () : + viewFullDescription () : String String 2 Object Oriented Programming(222CCS-3)
Implement all the classes using Java programming language from the given UML Class diagram. Note: This problem requires you to submit just two classes: Customer.java, Account.java. Do NOT include "public static void main()" method inside all of these classes. Graders will be testing your classes, using the unit-testing framework JUnit 4. Customer - ID:int -name:String -gender:char 'm' or 'f' +Customer(ID:int,name:String, discount:int) +getID():int +getName ():String +getGender ():char +toString():String "name (ID)" The Customer class models, customer design as shown in the class diagram. Write the codes for the Customer class and a test driver to test all the public methods. Account
class temporary { public: void set(string, double, double); void print(); double manipulate(); void get(string&, double&, double&); void setDescription(string); void setFirst(double); void setSecond(double); string getDescription() const; double getFirst()const; double getSecond()const; temporary(string = "", double = 0.0, double = 0.0); private: string description; double first; double second; }; What are the members and functions in this example? I need help identifying how the members and functions work to answer the questions below. I am having troubles understanding this concept. I am learning constructors and deconstructors along with inline and hiding information. I feel lost trying to answer these questions. Can I get direction on how to proceed? Write the definition of the member function set so that the instance variables are set according to the parameters. Write the definition of the member function manipulate that returns a decimal number as follows: If the…
class temporary { public: void set(string, double, double); void print(); double manipulate(); void get(string&, double&, double&); void setDescription(string); void setFirst(double); void setSecond(double); string getDescription() const; double getFirst()const; double getSecond()const; temporary(string = "", double = 0.0, double = 0.0); private: string description; double first; double second; }; I need help writing the definition of the member function set so the instance varialbes are set according to the parameters. I also need help in writing the definition of the member function manipulation that returns a decimal with: the value of the description as "rectangle", returns first * second; if the value of description is "circle", it returns the area of the circle with radius first; if the value of the description is "cylinder", it returns the volume of the cylinder with radius first and height second; otherwise, it returns with the value -1.
- driver: Driver - engine: Engine - transmission: TransmissionSystem + Car(category: String, displacement : double, isDiesel: boolean, gearCount : int, isManual : boolean) + setDriver(driver : Driver) - category: String displacement: double - isDiesel : boolean Car Engine + Engine(category: String, displacement: double, isDiesel : boolean) + getCategory(): String + getDisplacement(): double + getlsDiesel(): boolean - gearCount : int - isManual : boolean Driver - name : String TransmissionSystem + Driver (name: String) + getName(): String + Transmission System (gearCount : int, isManual : boolean) + getGearCount(): int + getlsManual(): boolean
Q1. Write java program for the class diagram given below using the object oriented design.
class Main { publicstaticvoid main(String[] args) { // Coin myPenny = new Coin(CoinType.PENNY); // Coin myNickel = new Coin(CoinType.NICKEL); // Coin myDime = new Coin(CoinType.DIME); // Coin myQuarter = new Coin(CoinType.QUARTER); // Coin myHalfDollar = new Coin(CoinType.HALF_DOLLAR); // Coin myDollar = new Coin(CoinType.DOLLAR); // System.out.println(printValue(myPenny)); // System.out.println(printValue(myNickel)); // System.out.println(printValue(myDime)); // System.out.println(printValue(myQuarter)); // System.out.println(printValue(myHalfDollar)); // System.out.println(printValue(myDollar)); } publicstatic String printValue(Coin c){ String result = ""; // result = String.format("The value of a %s is $%.2f", c.getName(), c.getValue()); return result; } }
Trace through the following program and show the output. Show your work for partial credit. public class Employee { private static int empID = 1111l; private String name , position; double salary; public Employee(String name) { empID ++; this.name 3 пате; } public Employee(Employee obj) { empID = obj.empĪD; пате %3D оbj.naте; position = obj.position; %3D public void empPosition(String empPosition) {position = empPosition;} public void empSalary(double empSalary) { salary = empSalary;} public String toString() { return name + " "+empID + " "+ position +" $"+salary; public void setName(String empName){ name = empName;} public static void main(String args[]) { Employee empOne = new Employee("James Smith"), empTwo; %3D empOne.empPosition("Senior Software Engineer"); етрOпе.етpSalary(1000); System.out.println(empOne); еmpTwo empTwo.empPosition("CEO"); System.out.println(empOne); System.out.println(empTwo); %3D етpОпе empOne ;