COMP603: Program Design & Construction – Projects
2019 Semester 2
Introduction ………………………………………………………………………………………………………………………………………… 2 Requirements……………………………………………………………………………………………………………………………………….2 Important dates…………………………………………………………………………………………………………………………………….3 Final code submission ………………………………………………………………………………………………………………………….3 Note…………………………………………………………………………………………………………………………………………………….3 Marking Guideline……………………………………………………………………………………………………………………………….4
Introduction
This semester you will complete a project to produce a software product. You can work individually or in groups of 2 students. You want to select a product type from the list below or come up with your own.
• A virtual pet game.
• A card game
• A foreign language (vocabulary) learning software
• Chess games
• Board games
• Deal or no deal
• Who wants to be a millionaire
• A RPG game
• A soccer/rugby manager game
Requirements
• The project contains 2 stages:
o In Stage 1, you will need to develop a Command-line User Interface (CUI) version of the
product. You will need to use text files to store input and output data from the program.
o In Stage 2, you will upgrade the product to a Graphical User Interface (GUI) version. Meanwhile, you will include a Database component to the product, implement design patterns and include necessary unit tests.
• The source code of the CUI and GUI versions of your products will be submitted in Week 6 and Week 12, respectively. The source code for each stage weights 50% of your project grade (see the Marking Guideline in Page 3)
• You need to use Apache Derby DB (also called JavaDB: http://db.apache.org/derby/) as the database management system of your project.
• You need to develop the project by using NetBeans
• You need to have unit tests for testing some important functionalities of the program (for Stage 2
• The program needs to be bug free and have robust error handling.
• The program should be easy to build and run without any configuration (especially, for Stage 2, the DB should be setup automatically without any manual configurations).
• You need to have an open mind about the functionality of your game, and try your best to make your program robust, interesting, and easy to use.
• You will be expected to develop your own Java code for the projects. You may use the Java standard library. You may also use other external libraries with my permission.
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Important dates
• You need to register your project before Week3’s labs by emailing your TA your project name and group member name
• Stage 1 source code submission: 23/08/2019 (Friday, Week 6), 11:59pm
• Stage 2 source code: 18/10/2019 (Friday, Week 12), 11:59pm
Final code submission
• The project will be submitted via Blackboard;
• You need to submit a compressed file which contains:
o The project folder which contains all the source codes, unit tests, and related files, e.g., image files, text files;
o In Stage 2, you also need to include the database folder which contains all the database files in the compressed file. You can set the DB directory inside your project folder.
• Minimum pass requirement applied for the project. To pass the course, the student needs to obtain at least a minimum pass (35%) in coursework (includes midterm exam and project) and (40%) in the final exam. And obtain at least 50% overall. (check the Week 1 slides for details).
• Plagiarism and self-plagiarism will result zero mark in the assignment and be reported to the Faculty.
• Late submission penalty will be applied (5% penalty per day up to a maximum of 5 days. Late
assessments after 5 days will not be accepted without a Special Consideration being granted)
• You have the responsibility to keep and backup different versions of yourprograms. Losing of data (code) will not be considered as a valid reason for special consideration!
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Marking Guideline
Requirement
User interface (CUI)
• Clear and well-designed interface
• The program can handle users’ inputs from the CUI properly
• The interface is easy for users to interact with
• The program input and output data from/to text files successfully
• File IO must contribute to the functionalities of the project.
• Use classes/methods taught in this paper
Software functionality and usability
• The program is easy to compile and run without any manual configurations (e.g.,
setup input/output files, import .jar files, etc.)
• The program can be easily interact without any errors
• The complexity of the functionality
Software design & implementation
• The program can be compiled successfully
• Highly readable code
• Meaningful and appropriate comments
• Executes without runtime errors
• Robust error handling
• Clear class structure
• Complexity and robustness of the functionality
User interface (GUI)
• Clear and well-designed graphical user interface
• The interface is easy for users to interact with
• The program contains a database element
• Can achieve database interactions and operations (input and output) in the program
• JDBC must contribute to the functionalities of the project.
Software functionality and usability
• The program is easy to compile and run without any manual configurations (e.g.,
setup DB, import .jar, etc.)
• The program can be easily interact without any errors
• The complexity of the functionality
Software design & implementation
• The program can be compiled successfully
• Highly readable code
• Meaningful and appropriate comments
• Executes without runtime errors
• Robust error handling
• Clear class structure
• Implementation of design patterns
• Good coding style
• Good OO design
• No obvious code smells
Unit testing
• Correct tests
• Tests cover important functionality well
• Well-named tests
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