Create a class called Employee as a a derived class of the class Person. An employee record has an employee's name, address, gender(inherited from the class Person), an ID number whose type is String, an annual salary represented as a single value of type double, and a year the employee started work as a single value of type int. Your class should have a reasonable number of constructors and setter methods, as well as getter methods. Create another class containing a main method to fully test your class definition. programming language to be used is java

Create a class called Employee as a a derived class of the class Person. An employee record has an employee's name, address, gender(inherited from the class Person), an ID number whose type is String, an annual salary represented as a single value of type double, and a year the employee started work as a single value of type int. Your class should have a reasonable number of constructors and setter methods, as well as getter methods. Create another class containing a main method to fully test your class definition. programming language to be used is java

EBK JAVA PROGRAMMING

9th Edition

ISBN:9781337671385

Author:FARRELL

Publisher:FARRELL

Chapter11: Advanced Inheritance Concepts

Section: Chapter Questions

Problem 5PE

See similar textbooks

Similar questions

Problem: Create a base class called Vehicle that has the manufacturer’s name (type String), number of cylinders in the engine (type int), and the owner (type Person). Use the Person class developed this semester. Create a class automobile that is derived from Vehicle and has additional properties: number of passengers (type int) and weight in tons (type double). Create a class Truck which is derived from Vehicle and has additional properties: the load capacity in tons (type double, since it may contain a fractional part) and towing capacity in tons (type double). The classes should have: Two constructors, a default and an overloaded constructor All appropriate accessor and mutator methods (getters and setters). An ‘equals’ method (must conform to the Person example and the Object class ). A ‘toString’ method A ‘copy’ constructor A ‘clone’ method A ‘finalize’ method Write a driver (client/test) class that tests ALL the methods. Be sure to invoke each of the constructors, and ALL…
Deeper Class Design - the Square Class In this section, your job will be to write a new class that will adhere to the methods and data outlined in the “members” section below (said another way, your classes will implement a specific set of functions (called an interface) that we’ll describe contractually, ahead of time). These classes will all be shapes, with actions (methods) that are appropriate to shape objects, such as “getArea()”, or “draw()”. First we build a Square class that contains the following data and methods listed below, and then later, we will copy it to quickly make a Circle class. Note: when considering each data item below, think about what type of data would best represent the concept we’re trying to model in our software. For example, all shapes will have a coordinate pair indicating their location in a Cartesian coordinate system. This x and y pair may be modeled as ints or floats, and you might choose between the two depending on what the client application will…
Create a class called Employee as a a derived class of the class Person. An employee record has an employee's name, address, gender(inherited from the class Person), an ID number whose type is String, an annual salary represented as a single value of type double, and a year the employee started work as a single value of type int. Your class should have a reasonable number of constructors and setter methods, as well as getter methods. Create another class containing a main method to fully test your class definition.
Part I Create a Warrior class that has properties given below. • String name, • int health, • int strength. Write the necessary constructor, get & set, and toString methods. Part II Write an defense method Warrior class that takes an integer parameter, hitPoint. The method decreases the Warrior's health depending on hitPoint. Part III Write a battle method for another class (Test) that takes two parameters: (1) Warrior object, (2) an integer monsterStrength parameter. The Warrior object defenses the attacks of the monster depending on monsterStrength until the Warrior health is below 30. Note: Do not compress your files, submit only java files. Note: Do ot forget to justify your answers with comments.
In the board game Scrabble, each tile contains a letter, which is used to spell words in rows and columns, and a score, which is used to determine the value of words. The point of this exercise is to practice the mechanical part of creating a new class definition: Write a definition for a class named Tile that represents Scrabble tiles. The instance variables should be a character named "letter" and an integer named "value". Write a constructor that takes parameters named letter and value, and initializes the instance variables. Create getters for both of the attributes. (No setters, so that a Tile is immutable.) Implement the .toString() and .equals methods for a Tile. Your completed Tile class should work with this Main program (Links to an external site.) so that it produces sample output like shown at the end of the program. You can Fork the program to make your own version in Replit, where you can add your Tile.java, or you can copy the program to your own Java development…
In the board game Scrabble, each tile contains a letter, which is used to spell words in rows and columns, and a score, which is used to determine the value of words. The point of this exercise is to practice the mechanical part of creating a new class definition: Write a definition for a class named Tile that represents Scrabble tiles. The instance variables should be a character named "letter" and an integer named "value".
Create a class called Employee as a a derived class of the class Person. An employee record has an employee's name, address, gender(inherited from the class Person), an ID number whose type is String, an annual salary represented as a single value of type double, and a year the employee started work as a single value of type int. Your class should have a reasonable number of constructors and setter methods, as well as getter methods. Write another class containing a main method to fully test your class definition.
Problem: Create a base class called Vehicle that has the manufacturer’s name (typeString), number of cylinders in the engine (type int), and the owner (type Person). Use thePerson class developed this semester. Create a class automobile that is derived fromVehicle and has additional properties: number of passengers (type int) and weight in tons(type double). Create a class Truck which is derived from Vehicle and has additionalproperties: the load capacity in tons (type double, since it may contain a fractional part)and towing capacity in tons (type double). The classes should have:• Two constructors, a default and an overloaded constructor• All appropriate accessor and mutator methods (getters and setters).• An ‘equals’ method (must conform to the Person example and the Object class ).• A ‘toString’ method• A ‘copy’ constructor• A ‘clone’ method• A ‘finalize’ method Write a driver (client/test) class that tests ALL the methods. Be sure to invoke each of the constructors, and ALL…
Problem: Create a base class called Vehicle that has the manufacturer’s name (typeString), number of cylinders in the engine (type int), and the owner (type Person). Use thePerson class developed this semester. Create a class automobile that is derived fromVehicle and has additional properties: number of passengers (type int) and weight in tons(type double). Create a class Truck which is derived from Vehicle and has additionalproperties: the load capacity in tons (type double, since it may contain a fractional part)and towing capacity in tons (type double). The classes should have:• Two constructors, a default and an overloaded constructor• All appropriate accessor and mutator methods (getters and setters).• An ‘equals’ method (must conform to the Person example and the Object class ).• A ‘toString’ method• A ‘copy’ constructor• A ‘clone’ method• A ‘finalize’ method Write a driver (client/test) class that tests ALL the methods. Be sure to invoke each of the constructors, and ALL…
Create a base class called “Animal” which has two (2) class fields. The first field holds an integer “IDtag” for a number that a zoo uses to catalogue their animals and the second field holds a string called “species.”From the Animal class, derive two (2) classes. One is called “Bird” and the other “Reptile”. E.g. Species could be (for the Bird class) ostrich, dove, chicken etc. and (for the Reptile class) lizard, snake, bearded dragon etc.The Bird class has an additional class field called “colour” which holds the colour of the birds feathers (int – 1=grey, 2=white, 3=black). The reptile class has an additional class field called “bloodTemp” which hold the reptile’s temperature of their blood (double).You need to instantiate two (2) objects. The bird object will be called “brd” and the reptile object called “rept.”Input values for the bird’s IDtag, species and feather colour (int) and for the reptile’s IDtag number, species and bloodTemp. Override the Animal class’s input and output…
The class "Car" has the following attributes: plate (String), mark (String), model (String), year (int), km (int).Write a constructor method for the "Car" class that takes values as parameters for all these attributes.
Implement the Seller class as a derived class of Person class. Create the seller.h and seller.cppfiles for this class. The Seller class contains additional data members that hold a seller’s:o average star rating received from the buyers, ando total number of items sold.These data should be accessible by its derived classes. (should these data be private, public, orprotected?) The following methods are included in the seller class:• A default constructor and a copy constructor• A constructor that receives all of the data for a seller.(for the constructors, make sure to call the base class constructor as appropriate)• Appropriate get and set functions for the new data in this class• print() – overrides the base class print() to print the base class data and print all additionalseller data with appropriate messages. Make sure to call the base class print to print thebase class data.• read() – overrides the base class read() to read the base class data and reads all additionalseller data…