The final project in my Advanced Java Course.

We are going to make a trivia game for the final project. The trivia game will have a user interface created by Java FX. This interface will look like the picture below (Appendix A). The game will start out asking you to enter your name. Then the game will produce two objects that are being added together. The buttons below the objects are the possible answers.

The objects that are being added together and the possible answers will be read from a file that I give you. The file will contain integers, doubles and Strings. So, the class that handles this file will have to be generic to handle every form of datatype. You have to select one of the answers before 5 seconds. After 5 seconds the answers lock and the game produce two different objects that are being added together with different possible answers.

To keep track of time, there will be a countdown clock available. The game runs for 10 questions. After that the points are totaled. Each question is worth 1 point. You get 0 points for a wrong answer. When each answer is selected during the game, the timestamp and points for that question should be placed on a stack.

Once the game ends, then the stack gets popped and shows the timestamp and points for each question. The user name and total score should be stored on a database. When clicking "generate report" a file should be produced showing the last 10 players and their score. The generated list should be sorted from highest score to lowest score.

This project effectively demonstrates the application of several key Java and Object-Oriented Programming (OOP) concepts:

• Inheritance and Polymorphism: The use of a generic class to handle different data types (integers, doubles, and Strings) showcases the power of inheritance and polymorphism in Java. By defining a base class or interface, you can create derived classes that share common properties and behaviors while allowing for type-specific implementations.

• Encapsulation: The project likely employs encapsulation principles by bundling related data and methods into classes, such as the question class, player class, and database class. Encapsulation helps in organizing the code, improves maintainability, and promotes data integrity.

• File I/O: Reading questions and answers from a file and generating a report file demonstrates proficiency in file input/output operations in Java. It involves handling file paths, reading from and writing to files, and managing exceptions related to file I/O.

• Collections: The use of a stack data structure to store timestamps and points for each question showcases the application of Java collections. It demonstrates an understanding of when and how to use appropriate data structures to solve specific problems efficiently.

• Database Integration: Storing user names and total scores in a database shows the ability to integrate Java with databases. It involves establishing a connection, executing SQL queries, and handling database-related exceptions.

The project likely utilizes Gradle as the build tool, which is a popular choice in the Java ecosystem. Gradle provides a flexible and efficient way to manage dependencies, build, and deploy Java projects. By using Gradle, the project demonstrates familiarity with modern Java build tools and their configuration.