Draw a domain class diagram for the following scenarios: - In an online bakery shop, a customer can place as many orders as possible. The customer required to provide personal details such as email, full name and phone number when they sign-up for an account. Each order is made by a particular customer. It is likely that a customer does not place any orders at all. A recorded order contains the date of order, the status of delivery and promotion code (if any). Each of the customers must have at least one delivery address. The customer has an option to set the delivery address as the default address. A delivery address shall not exist without a customer. An order is sent to one delivery address, while a delivery address might be used for many orders. The delivery address will exist even without the order. Order must contain at least one cake. The cakes available in the bakery is possible not been ordered by anyone. The customer can see the cake description, price and picture of the cake from the online shop.

Draw a domain class diagram for the following scenarios: - In an online bakery shop, a customer can place as many orders as possible. The customer required to provide personal details such as email, full name and phone number when they sign-up for an account. Each order is made by a particular customer. It is likely that a customer does not place any orders at all. A recorded order contains the date of order, the status of delivery and promotion code (if any). Each of the customers must have at least one delivery address. The customer has an option to set the delivery address as the default address. A delivery address shall not exist without a customer. An order is sent to one delivery address, while a delivery address might be used for many orders. The delivery address will exist even without the order. Order must contain at least one cake. The cakes available in the bakery is possible not been ordered by anyone. The customer can see the cake description, price and picture of the cake from the online shop.

C++ for Engineers and Scientists

4th Edition

ISBN:9781133187844

Author:Bronson, Gary J.

Publisher:Bronson, Gary J.

Chapter11: Introduction To Classes

Section11.5: A Closer Look: Uml Class And Object Diagrams

Problem 7E

See similar textbooks

Similar questions

Create a UML class diagram using arrows to show the relationships between classes for the following scenario. The class diagram is attached for reference. A parking deck system manages an entry/exit gate, which opens to let a vehicle (i.e., car) into or out of the deck and closes when the car has passed through. A driver must push a button to print a parking permit. When the driver takes the parking permit, the system raises the gate. The system lowers the gate after the vehicle has passed through. A permit id and time of entry is printed on the parking permit, and is also encoded on the permit’s bar code. When the vehicle leaves the parking deck, the driver inserts the parking permit into a bar code reader, which scans the bar code, and then transmits the bar code to the parking system. The parking system calculates a fee that is based on the number of hours that have elapsed since the vehicle entered the parking deck, and displays the fee to the operator and driver. The driver must…
Consider the scenario of a Pharmacy Management System. The following UML Class diagram shows a hierarchy of some of the classes in the system. (Shown in Picture) The StateManager Interface is a generic interface which has two methods changeState (boolean : status). This method is used to change the status of InvoiceItem and PrescriptionItem. The possible status for InvoiceItem can be (Available – true or Unavailable - false), whereas PrescriptionItem has status (Recommended-true or Prohibited – false) passed to the method as an argument. The reset () method sets the default value for both InvoiceItem and PrescriptionItem. The Item class is self-explanatory. It implements the StateManager interface, and has toString method which prints the information in the following format. "Item Name: <<name>> (<<id>>)” e.g. Item Name: Panadol (223) Two classes PrescriptionItem and InvoiceItem are inherited from Item class representing the items that can be sold with…
The Class Diagram based on the scenario follows UML class diagram for an A bank System: the Classes consist of ( Customer, Bank; Class relationships between them ) to create a new account for the customer and deliver the credit card to the customer address. How can I do it
I need to draw a class diagram for problem described here: Five philosophers are sitting at a circular table sharing a meal. A fork is placed between each pair of philosophers and each philosopher needs two forks to eat, which means no two neighbours may be eating simultaneously.
Draw the class diagram for the following scenario. A Customer is having a bank account, that account can be a savings account or current account
A Person class has four attributes SSN, age, gender, and address. Normally, SSN and gender are not expected to be changed after the values are set for a person object. What design pattern can make this feasible? Also, Show the UML class diagram for this Person class.
Create a UML Diagram based on the information below. Design a class hierarchy rooted in the class Employee that includes subclasses for HourlyEmployee and SalaryEmployee. The attributes shared in common by these classes include the name, and job title of the employee, plus the accessor and mutator methods needed by those attributes. The salaried employees need an attribute for weekly salary, and the corresponding methods for accessing and changing this variable. The hourly employees should have a pay rate and an hours worked variable. There should be an abstract method called calculateWeeklyPay(), defined abstractly in the superclass and implemented in the subclasses. The salaried worker's pay is just the weekly salary. Pay for an hourly employee is simply hours worked times pay rate. For reference following is the java code for some of the classes- //Employee// package employee; public abstract class Employee { private String name; private String jobTitle; public…
You are asked to do a detailed design of part of a system using class diagram, modeling interactions and behaviour for a part of a library system. This part can be described as a use case: checkout an library item. In this use case, a librarian use the system to check out an item for a legitimate borrower. The system need to check the borrower’s record first and then update the library data, the borrower’s record etc. Identify the classes for this use case and use UML to draw the classes with appropriate associations. You also need to identify necessary attributes and operations for each of the classes. Draw a detailed sequence diagram for this use case.
Which OOP concept most accurately characterises the relationship between the classes Nation and President, given that Nation is an object of President?
You are asked to do a detailed design of part of a system using class diagram, modeling interactions and behaviour for a part of a library system. This part can be described as a use case: checkout an library item. In this use case, a librarian use the system to check out an item for a legitimate borrower. The system need to check the borrower’s record first and then update the library data, the borrower’s record etc. Identify the classes for this use case and use a state diagram to describe the behavior of the system (For example, when the system is checking the record of an item, it will not accept checking out the item.).
Consider an online holiday booking system. The initial design model contains the classes, Booking, Individual_Booking and Group_Booking via inheritance. Which of the following is used to describe the relationship of the three classes in the object-oriented design? a. The has-a relationship b. The get-a relationship c. The set-a relationship d. The is-a relationship
By using Creately tool, draw the class diagram corresponding to the following scenario:• Each university has one or more department• Each department has a chairperson which is a lecturer and surely it assigns others• Each course object maintains a list of the students on that course and the lecturer who has beenassigned to teach that course• The course has behaviour that allow the adding and removing of students from the course,assigning a lecturer, getting a list of the currently assigned students, and the currently assignedlecturer.• The “taughtBy” relationship shows that a Course only has a single lecturer, but that a lecturermay teach several Courses.• Each Lecturer object also maintains a list of the Courses that it teaches.• There is a similar relationship between Course and Student. A course is attended by zero ormore Students, and a Student may attend multiple courses.• Both Lecturer and Student are shown to be types of Person.