This problem concerns the NFA given by the following transition table: 0 1 → q0 {q0} {q0, q1} q1 ∅ {q1, q2} ∗q2 ∅ ∅ Convert this NFA to a DFA using the method described in class. Specify the DFA by its transition diagram.
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- Refer to the UML class diagram given below: Subject a) |- subjectTitle: String - creditHour: int - subjectCount: int + Subject() + Subject(subjectTitle: String, creditHour: int) + set and get methods + getSubjectCount ():int + toString():String Implement the complete Subject class that shown in the above diagram. The following requirements must be included: • Use this keyword whenever possible. • The getter and setter for all instance data members. • The parameterized constructor should increase the value of subjectCount by 1. • The toString() method that will return all the information about the Subject object except subjectCount.Class Employee Employee -Name (string) -ID(integer) -Address(string) -Salary(double) -Nationality(string) -ExtraWHours(int) +>( Name,ID) +void setdata( Address,Salary, ExtraWHours) 1. Regarding to the UML diagram create class Customer 2. Create the constructer Employee that read the Employee Name and ID and set the Nationality to Kuwaiti 3. Use the method setdata that set the remaining class data , this method verify that the number of extra working hours is greater than 5 to set the number to ExtraWHour otherwise set the number 1 + Overtime() to this data member + . get methods 4. create gets methods for all data member 5. calculate Employee overtime in Overtime method this method return double value after calculating the overtime by using the following formula Overtime = (Salary * 0.25)* ExtraWHours Test File 1. declare the object Employee1 with Name Fahad and id 7788 2. Ask the user to enter object data (Address, Salary, ExtraWHours) for the Employee1l objects 3. Set the data for…Question: Implement the following UML class diagrams and test their methods. Shape - dimension1 : double - dimension2 : double + Shape(d1: double, d2 : double) + setDimension1(d1: double) : void + setDimension2(d2 : double) : void + getDimension10 : double + getDimension20 : double + getName() : String + getArea) : double + toString() : String Circle Rectangle - circleld : int - circleCounter : int + Circle(radius : double) + setRadius(radius : double) : void + getRadius) : double + getCircleld) : int + getCircleCounter) : int + getName() : String + getArea() : double + toString) : String - rectangleld : int - rectangleCounter : int + Rectangle(side1 : double, side2 : double) + setSide1(side1 : double) : void + getSide10 : double + setSide2(side2 : double) : void + getSide20 : double + getRectangleld0 : int + getRectangleCounter0 : int + getName() : String + getArea() : double + toString) : String
- Create a UML diagram to help design the class baby. class Baby{ //data members private String name; private int age; //default constructor Baby() { name = "xyz"; age = 3; } //parameterized constructor Baby(String n,int a){ name = n; age = a; } //sets name public void setname(String n){ if(n.isEmpty()) name = "xyz"; else name = n; } //sets age public void setage(int a){ if(!(a>=1 && a<=4)) age = 2; else age = a; } //returns name public String getname(){ return name; } //returns age public int getage(){ return age; } //check if two objects have same name and age public boolean equals(Baby b){ if (age==b.getage() && name.equalsIgnoreCase(b.getname())) return true; else return false; } } public class Main { public static void main(String[] args) { //two objects of type Baby Baby A=new Baby("abcd",3); Baby B= new Baby("abcd",3); //print information of object System.out.println("Name:" + A.getname() + " age:"+ A.getage()); //call equals on obejct…UML Diagrams: Course -courseName: String -students: Student [] -numberOfStudents: int +Course(courseName : String) +getCourseName() : String +addStudent (student : Student) : void +addStudent (studentName: String): void +dropStudent(studentId: int ) : void +getStudents() : Student [] +getNumberOfStudents() : int a. How many constructors does Course have? b. How many methods that are void? c. How many methods that return a value? d. What is the parameter to the method dropStudent?Java All classes must be named as shown in the above UML diagram except the concrete child classes. The ItemList is a singly-linked list with the following methods: • insert(index: int, item: Item) : boolean o Inserts the given item at the given index if an equal item is not already in the list. If the method is successful it returns true. If an equal item already exists in the list or the index is out of range, this method returns false. • add(item: Item): boolean o Adds the given item to the front of the list. Returns true if successful and false if an equal item is already in the list. • set(index: int, item: Item) : Item o Replaces the object in the list at the given index with this object. If the index is out of range or the given item is already in the list, the method returns null. If the operation is successful, the method returns the object that was replaced by this one. • delete(index: int) : Item o Deletes the object at the given index from the list. If the index is out of…
- Computer ScienceQuestion: Draw a sequence diagram to illustrate the interaction that takes place between the Client, the TumbleDryer and Bosch objects, and System.out when the describe() message is sent. You will need to read through the code of the TumbleDryer and Bosch classes to trace the sequence. The sequence diagram should be in this format like the diagram below. Client Class public class Client { public static void main(String[] args) { Implementation impl1 = new Bosch(); Appliance apl1 = new TumbleDryer(impl1); apl1.describe(); } } Appliance Class public abstract class Appliance { Implementation impl; public Appliance(Implementation impl) { this.impl = impl; } public abstract void describe(); } Washing Machine Class public class WashingMachine extends Appliance { public WashingMachine(Implementation impl) { super(impl); } public void describe() { System.out.println("Washing Machine");…Implement the class as depicted in the UML diagram. Apartment -city: String -area: double -nbOfRooms: int -duplex: boolean +num apt: int +Apartment(----All data fields----) +getCity(): String +getNumberOfStories(): int +assessSize(): String +printDescription(): void 2/3 Data Fields: 1. city: It may consist of one word or two such as "Beirut", "Bint Jbeil", etc. 2. area: its value is expressed in square meter 3. nbOfRooms: with maximum value of 10 4. duplex: either true or false to reflect whether the apartment is made of two stories or only a single one. 5. num_apt: to keep track of how many apartment objects were created. Methods: 1. A constructor that creates an Apartment object with the specified values of all data fields. If the number of rooms passed is greater than 10, then nbOfRooms is set to 0. 2. getCity(): this method returns the city with its letters all capitalized. 3. getNumberOfStories(): This method returns the number of stories of an apartment. If it is duplex, then 2…Association Relationships in Java Using the revised UML Class diagram Resto Fun Final i posted, continuedeveloping the Resto Fun system by modifying class definitions Create an Order class to break the Many-To-Many relationship between Customer and Item. Thisis a Relationship Class, a class that contains information on the association between to classes.Implement the relationship WaitsOn between Waiter and Customer, knowing that therelationship indicates that this is a One-to-Many relationship mandatory in both ends, i.e., awaiter must wait on a customer and a customer must be waited on by a waiter.Implement the relationship Orders between Customer (Table) and Item, another One-to-Many,since there are many Items a Customers can order, but each Item ordered is for one customeronly.Implement the Add relationship between Order and Item. Include a method to assign the Orderto a Customer before you start adding Items to the Order! There is enough information now to implement the…
- You have to implement program that compares graduate students based on their ranks. The design of the program is given in the following UML diagram: • Student class: Base class that GradStudent extends. • GradStudent class: The objects from this class will be used for comparisons. • Rankable interface: Defines the implementation needed for comparison. GradStudent implements this interface. • Test class will be used to get student information from the user and demonstrate the comparison of students.in c# Part 1: Use UML class diagrams to model your inventory item class. Part 2: Implement the inventory item class. Part 3: Test the inventory item class.Computer Science The console software for a game needs to be created with an MVC design pattern where game engine is the controller (GameController), the scenes are the views (GameView), and game & gamer info are the models (GameModel). Also, we need the controller, which is the game engine to be built with Singleton design pattern. So, the console software here adopts two co-existing design patterns. You will have to implement the controller class and the driver class. Follow the MVC design pattern implementation shown in the example in Lecture 14 for the Student, its controller, and the corresponding view. Use provided GameView class as the view and the GameModel class as the model. Provide answers to the following questions based on this case study: a) implement GameController Class as Singleton and as the controller for MVC in Java. b) Implement the Driver class. Also add the static method “getFromDB” (provided below) in the Driver class as the mock connection with the…