Run the command ./gradlew run.
Run the command ./gradlew jar.
This will build the jar file build\libs\cps240-term-project.jar. In
order to run this file, use the command java -jar build\libs\cps240-term-project.jar.
Run the command ./gradlew check.
This will run all tests and check code formatting. In order to fix
code formatting automatically, use the command ./gradlew fix.
To run all tests without opening a graphical window, use the command
./gradlew check -Pheadless.
To add a breakpoint, click to the left of the line number and a red dot will appear.
To debug the main app, select the 'Run and Debug' panel, select 'Launch Launcher' from the dropdown menu, and press the play button.
To debug the tests, install the plugin 'Gradle for Java'. Open the 'Gradle' panel, expand 'Tasks -> verification', and click the 'Debug Task' button next to the 'test' task.
Dylan will be responsible for any programming related to computation and statistics with help from Jason and will also be the main presenter.
Trevin will be responsible for all graphic design and and will work on architectural decisions with Jason as well.
Taylor will be writing most of the documentation and supporting literature as well as testing.
Jason will be working on the programming and architectural design decisions along with Trevin and Dylan.
The project will be a game launcher written in JavaFX. We will attempt to implement 2-4 of the following games:
- Connect Four
- Checkers
- Hangman
We reserve the right to add or remove games from this list.
The game launcher will save a high score for each game. Some games may have an AI implemented to play against and others may be two player.
Each game will use a builder pattern in order to configure complex
game options.
The command pattern will be used in order to implement an undo/redo
capability.
The facade pattern will be used for interacting with a complex game
object consisting of components such as a timer or players.