Implement a class called Clock with fields hour, minute, second of type int and isMorning of type bool. Include a constructor to initialize the Clock along with appropriate getters and setters for the fields. The constructor should have default parameters values of 12, 0, 0 and true, respectively, for the parameters corresponding to hour, minute, second and isMorning. Also include a void method tick that advances the clock by one second. Of course the clock should eventually roll back around to to 12:00:00 AM. Finally, include a method printTime() that outputs the current time e.g. 12:34:56AM. printTime should take a parameter twelveHourFormat of type bool. (If called with true then 12 hour format will be used, otherwise 24 hour format will be used.) Code Clock.h, Clock.cpp and a driver to test your code. Be sure your driver calls all of the methods at least once.

Implement a class called Clock with fields hour, minute, second of type int and isMorning of type bool. Include a constructor to initialize the Clock along with appropriate getters and setters for the fields. The constructor should have default parameters values of 12, 0, 0 and true, respectively, for the parameters corresponding to hour, minute, second and isMorning. Also include a void method tick that advances the clock by one second. Of course the clock should eventually roll back around to to 12:00:00 AM. Finally, include a method printTime() that outputs the current time e.g. 12:34:56AM. printTime should take a parameter twelveHourFormat of type bool. (If called with true then 12 hour format will be used, otherwise 24 hour format will be used.) Code Clock.h, Clock.cpp and a driver to test your code. Be sure your driver calls all of the methods at least once.

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

Define a new “Degree” class that contains a year (integer), a subject (string) and a person’s name (string). For example, a degree can haveo John Smith, 2020, Computer Science It should have at least the following methods: o toString method must return all the degree information: year,subject and person’s name in the following format:NAME(John Smith) SUBJECT(Computer Science) YEAR(2020)o hasTheSameDegree method that compares 2 degrees and returntrue if both have the same year and the same subject. Otherwise, itreturns false. Important notes:You can add as many other methods as you need. But this class should not provide the default constructor. Show how this class being used to create Degree objects and how these methods are being called and return proper values. All data members must be declared as “private” No global variable is allowed to be declared and used Methods within the class and the requested functions cannot have “cin” or “cout” but it should make use of parameters and…
Write a tester program to test the mobile class defined below. Create the class named with your id (use : Id 190099306) with the main method. Create two mobiles M1 and M2 using the first constructor. Print the characteristics of M1 and M2. Create one mobile M3 using the second constructor. Change the id and brand of the mobile M3. Print the id of M3. Your answer should include a screenshot of the output. public class Mobile { private int id; private String brand; public Mobile() { id = 0; brand = ""; } public Mobile(int n, String name) { id = n; brand = name; } public void setBrand(String w) { brand = w; } public void setId(int w) { id = w; } Public int getId() { return id; } public String getBrand() { return brand; } } please provide me how to do the steps and i will try to work it alone. we didn't study this excersie in the lab
Implement a BankAccount class. BankAccount must have the following members: A member variable account_no of the type unsigned int.A member variable owner_name of type std :: string.A member variable balance of the double type.A parameterized constructor that takes account_no and owner_name as input parameters.A deposit feature to make a deposit.A withdraw function to make a withdrawal. A withdrawal may only be made if the balance is sufficient. The function must return the balance after withdrawal.The members must be encapsulated in accordance with the usual convention. Overlay the inflow operator (>>) for the BankAccount class Input follows the format:[account_no] [owner_name] [balance] and must be loaded with the inflow operator. Output should have the following format:Account [account_no], owned by [owner_name] has the balance [balance] Note that the square brackets refer to variables or special characters and are not included.You may add necessary designers, member…
Write the dry run of the following program ( Java-OOP) Define a class named Money whose objects represent amounts of U.S. money. The class should have two instance variables of type int for the dollars and cents in the amount of money. Include a constructor with two parameters of type int for the dollars and cents, one with one constructor of type int for an amount of dollars with zero cents, and a no-argument constructor. Include the methods add and minus for addition and subtraction of amounts of money. These methods should be static methods, should each have two parameters of type Money, and return a value of type Money. Include a reasonable set of accessor and mutator methods as well as the methods equals and toString. Write a test program for your class. Part Two: Add a second version of the methods for addition and subtraction. These methods should have the same names as the static version but should use a calling object and a single argument. For example, this version of the…
Write a tester program to test the mobile class defined below. Create the class named with your id (for example: Id12345678) with the main method. Create two mobiles M1 and M2 using the first constructor. Print the characteristics of M1 and M2. Create one mobile M3 using the second constructor. Change the id and brand of the mobile M3. Print the id of M3. Your answer should include a screenshot of the output. Otherwise, you will be marked zero for this question. public class Mobile { private int id; private String brand; public Mobile() { id = 0; brand = ""; } public Mobile(int n, String name) { id = n; brand = name; } public void setBrand(String w) { brand = w; } public void setId(int w) { id = w; } Public int getId() {
Write the definition of a class Counter containing: • An instance variable named counter of type int. • An instance variable named limit of type int. • A static int variable named nCounters which is initialized to 0. • A constructor taking two int parameters that assigns the first one to counter and the second one to limit. It also adds one to the static variable nCounters. ● A method named increment. It does not take parameters or return a value; if the instance variable counter is less than limit, increment just adds one to the instance variable counter. • A method named decrement that also doesn't take parameters or return a value; if counter is greater than zero, it just subtracts one from the counter. • A method named getValue that returns the value of the instance variable counter. • A static method named getNCounters that returns the value of the static variable nCounters.
C++ Programming. Create a "Stool' class. Fields: height (h, cm), product quality (low, medium, high). Specify two virtual methods: The "Wood amount" method determines the amount of wood that goes into the stool: 4 • h + 12 if the product quality is low, 5 • h + 14 if the quality is average or high. "Price" method is equal to d • 2 for low quality, d • 3 for medium quality, d • 4 for high quality, where d is the amount of wood required for the object. Also write an "Information" method that prints information about the object: Height, Material Quality, Wood Quantity, and Price. Also create an inheritance class "Chair". Additional area: back height (h2, cm). In the reloaded "Amount of Wood" method, the amount of wood is calculated using the formula d + 2 • h2 + 5.
Consider the following Student Class An. EngineeringStudent "is-a" Student whose major is Engineering. In additional to the name, number of credit hours, and GPA, an Engineering electrical, computer, etc. Write the complete defoe the Engineeringstudent class including the implementation of the methods.
Python
5. Given the Java Point class (which contains two private variables x and y and constructors that allows creating a point object with known x and y values as well as other methods such as equals( ), toString( ) etc), (a). define a new class called Circle that contains private two variables: center which is a Point object from the Point class and radius which is of type double. The Circle class must have the following methods: (b). add a constructor which creates a circle object using a center point with x and y values and a radius as its parameters. (c). add a default constructor. ( (d). add an equals() method that can compare if any object is equal to a Circle object (two circle objects are equal if they have the same center point with the same radius). (e). add a toString() method that prints a Circle object with the center point and radius.