Assignment: • Make A Program that Takes the number of Seconds & Convert it to the Following Format -> Day : Hour : Minute : Second • You should use the chain of Responsibilities Design Pattern and make a Class called TimeConverter and has subclasses for each type of time, DayConverter, HourConverter , MinuteConverter , SecondConverter • Note : the number of Seconds should be of type (Long). • Example : Please Enter the Number of Seconds :. 30000011 Days : 347 Hours : 5 Minutes : 20 Seconds : 11

Assignment: • Make A Program that Takes the number of Seconds & Convert it to the Following Format -> Day : Hour : Minute : Second • You should use the chain of Responsibilities Design Pattern and make a Class called TimeConverter and has subclasses for each type of time, DayConverter, HourConverter , MinuteConverter , SecondConverter • Note : the number of Seconds should be of type (Long). • Example : Please Enter the Number of Seconds :. 30000011 Days : 347 Hours : 5 Minutes : 20 Seconds : 11

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

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Task 7 Design Cat class for the following code to get the output as shown. You have already solved this problem in assignment 4 using constructor overloading. Now, solve this again but this time DO NOT USE CONSTRUCTOR OVERLOADING. Hint: You will have to use classmethods. [You are not allowed to change the code below] # Write your code here Output: Total number of cats: 0 print("Total number of cats:", Cat.Number_of_cats) c1 = Cat.no_parameter() c2 = Cat.first_parameter("Black") Cat("Brown", "jumping") c4 = Cat("Red", "purring") c5 = Cat.second_parameter("playing") print("==: c1.printCat() White cat is sitting Black cat is sitting Brown cat is jumping Red cat is purring Grey cat is playing Blue cat is sitting Purple cat is jumping c3 = %3! :====") Total number of cats: 5 c2.printCat() c3.printCat() c4.printCat() c5.printCat() c1.changeColor("Blue") c3.changeColor("Purple") c1.printCat() c3.printCat() print(": print("Total number of cats:", Cat.Number_of_cats) ======")
CSC 1302: PRINCIPLES OF COMPUTER SCIENCE II Lab 6 How to Submit Please submit your answers to the lab instructor once you have completed. Failure to submit will result in a ZERO FOR THIS LAB. NO EXCEPTIONS. The class diagram with four classes Student, Graduate, Undergraduate, and Exchange is given. Write the classes as described in the class diagram. The fields and methods for each class is given below. Student Exchange Graduate Undergraduate Student: Fields: major (String) gpa (double) creditHours (int) Methods: getGpa: returns gpa getYear: returns “freshman”, “sophomore”, “junior” or “senior” as determined by earned credit hours: Freshman: Less than 32 credit hours Sophomore: At least 32 credit hours but less than 64 credit hours Junior: At least credit hours 64 but less than 96 credit hours Senior: At least 96 credit hours Graduate:…
Using c++
Remaining Time: 1 höur,57 Question Completion Status: QUESTION 1 Select two obiects in the real world which can be logically associated in code using Composition. Do not use any obiect types mentioned in class or example/practice problems such as: Vehicle, Car, Person, Address, Fraction, WholeNumber, Course etc. Implement a program that does the following: 1) Implement the selected classes using Composition. 2) Implement one data member for each class. 3) Implement Constructors for each class. 4) Implement Accessors and Mutators for the data member in each class. 5) If a data member of a selected class A is an instance of another class B, implement all Accessors and Mutators to access the internal data members of object A from within class B. TTT Arial 3 (12pt) Words:0 Path: p QUESTION 2 Chick Save and Submit to save and submit. Click Save All Ansurers to save all answers. Save All An 28 MacBook Air
B. Pet Class Using Python Program, Write a class named Pet, which should have the following data attributes: • _ _name (for the name of a pet) •__animal_type (for the type of animal that a pet is. Example values are 'Dog', 'Cat', and `Bird')' __age (for the pet's age) init The Pet class should have an method that creates these attributes. It should also have the following methods: set_name() This method assigns a value to the __name field. set_animal_type() This method assigns a value to the __animal_type field. • set_age() This method assigns a value to the • get_name() This method returns the value of the get_animal_type() This method returns the value of the __animal_type field. • get_age() This method returns the value of the _age field. Once you have written the class, write a program that creates an object of the class and prompts the user to enter the name, type, and age of his or her pet. This data should be stored as the object's attributes. Use the object's accessor methods…
Python
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;
C++ Assignment---This is an unfinished code please complete it. Make changes if necessary. Upvote for finished working code. Objectives • To apply knowledge of classes and objects Instructions Implement all of the following, each in a separate Visual Studio project (and/or solution). 1. Define a class called CounterType to implement a simple counter. The class must have a private field (data member) counter of type int. You must also provide methods (member functions), including the following: a. A constructor to set the counter to the value specified by the user b. A constructor to set the counter to 0 c. A method to allow the user to set the counter to a value they specify d. A method to increment the counter by 1 e. A method to decrement the counter by 1 Your code must ensure the value of counter is never negative. If the user calls a method to attempt to make the counter negative, set the counter to 0 and print out an error to the user (e.g., “The counter must not be negative.”) Do…
C++ coding project just need some help getting the code thank you!
python question Design BDTeam class and AusTeam class which inherit from CricketTeam class so that the following code provides the expected output.You can not change any of the given code. Do not modify the given parent class.Note:add_player() method in both child classes should work for any number of parameters and assume parameters will be even numbers.class CricketTeam: def __init__(self, name, ranking, continent): self.name = name self.ranking = ranking self.continent = continent def add_player(self, *info): pass def __str__(self): s = f"Name: {self.name}\nRanking: {self.ranking}\nContinent: {self.continent}" return s# Write your codes here.# Do not change the following lines of code.bangladesh = BDTeam("Bangladesh", 7, "South Asia", 1)bangladesh.add_player("Mustafiz", "Bowler", "Mashrafee", "Bowler", "Shakib", "All Rounder", "Tamim", "Batter", "Mahmudullah",…
Computer Network Project An optometrist has several different machines/robots in the office. How would you build a blueprint for an application that can tell if all the machines/robots are ready for operation? Examples of the machines not being ready would be: wires are not plugged in correctly, the machine is not cleaned, et; Include a few classes with functions. Explain the structure of the code and how you can make it scale for any enterprise.
Double Bubble For this exercise you need to create a Bubble class and construct two instances of the Bubble object. You will then take the two Bubble objects and combine them to create a new, larger combined Bubble object. This will be done using functions that take in these Bubble objects as parameters. The Bubble class contains one data member, radius_, and the corresponding accessor and mutator methods for radius_, GetRadius and SetRadius. Create a member function called CalculateVolume that computes for the volume of a bubble (sphere). Use the value 3.1415 for PI. Your main function has some skeleton code that asks the user for the radius of two bubbles. You will use this to create the two Bubble objects. You will create a CombineBubbles function that receives two references (two Bubble objects) and returns a Bubble object. Combining bubbles simply means creating a new Bubble object whose radius is the sum of the two Bubble objects' radii. Take note that the CombineBubbles function…