Reference no: EM132348212
Assignment
Overview
You are required to design and develop a small console application in any Object Oriented Programming Language. Completion of this assignment requires an understanding of:
• Analysis and design techniques, including the development of use cases and UML diagrams - specifically, use case diagrams, class diagrams, and sequence diagrams
• Object-oriented programming, focusing on polymorphism and the use of interfaces
Learning Outcomes
The following course learning outcomes are assessed by completing this assessment:
• Understand the significance of detailed project planning and control, good communication and documentation and the use of appropriate tools in order to provide a quality product
• Understand the distinction between software engineering and programming, and thus the distinction between a software configuration and a program
• Understand the methods and techniques involved in designing, implementing and maintaining an information system, in particular using an object-oriented approach
• Demonstrate skills in designing and implementing an information system.
Assessment Details
A new city "Ballymanus" has been announced in a state in Australia and the state government has planned to extend the public transport where the fares will be calculated according to the existing fare rule of the state. As per the existing fare system, everyone must have to buy the "Move Card" in order to travel on trains, tram, and buses in different parts of the state, including the new city.
There are 2 options in "Move Card"
• "Move Money": When you travel occasionally, you can use a "Move Money". You need to load an amount onto your "Move Card" and it will automatically calculate the lowest fare possible as you touch on and touch off. The fare for the Move Money is given in the following table:
Table 1 Move Money Daily Fare
|
Fare Type
|
Weekdays (Daily)
|
Weekends (Daily)
|
|
Full fare
|
$8.80
|
$6.40
|
|
Concession
|
$4.40
|
$3.20
|
• "Move Pass": If you travel often, you can use a "Move Pass" and you'll need to select the number of consecutive days you travel when you buy it. You can buy a Move Pass for 7 days or anywhere between 28 and 365 days. The fare for the Move Pass is given in the following table:
Table 2 Move Pass Fare
|
Fare Type
|
Weekly rate (7 days pass)
|
Daily rate for 28-365 days
|
|
Full fare
|
$44.00
|
$5.30
|
|
Concession
|
$22.00
|
$2.65
|
Travelers might need a calculator to work out how much their journey will cost and to find the most cost- effective way for them to travel using "Move Card". You have been assigned to design and develop a small console CALCULATOR program to help the travelers, enabling them to find the appropriate option ("Move Pass"/"Move Money") and to calculate the traveling cost. Once a calculation is processed, the program will return to the initial condition and will be ready to commence another calculation.
The CALCULATOR program should be able to input the following options:
• Fare type: 1 OR 2 (1= Full fare, 2= Concession)
• Number of days to travel on weekdays: a number between 0 and 5
• Number of days to travel on weekends: a number between 0 and 2
• Number of weeks you are planning to travel: a number between 1 and 52 The CALCULATOR will display the following output based on the input provided by the user:
• The amount in "Move Money"
• The amount in "Move Pass"
• And a Recommendation on which option should be cost effective for the user
The system should be flexible so that the state government can include new fare types (e.g., student pass) and the concept of varying fares for different zones (e.g., Zone 1, Zone 2, a combination of multiple zones) at a later date without having to rewrite the entire program. This means you will need to use an interface for processing total fares, and polymorphism for the various fare type classes, so that new and different fare types may be added at a later date with minimal updates to the code. You are asked to provide with some documentation before you commence coding so that the client (the state government) is able to verify that the program you intend to code will address their requirements. The client would like to see the use cases to summarize the requirements in written format, as well as use case diagrams, class diagrams, and sequence diagrams.
For verifying the program, two sample input-outputs are given at the Appendix section
NOTE: THERE ARE 4 DIAGRAMS OF ENTERPRISE ARCHITECT AND PROGRAM WITH REPORT
Attachment:- Software Engineering - Analysis and Design.rar