Demo

street-fighter-demo.mp4

Outcome

Multithreading:

• Implemented multithreading to handle concurrent gameplay actions, such as player moves and animations.
• Utilized threads for managing game logic separately from graphical rendering for a smoother user experience.
• Ensured thread safety to prevent race conditions and synchronization issues.

Networking (Sockets):

• Integrated socket programming to enable multiplayer functionality.
• Established a client-server architecture for players to connect over a network.
• Implemented data serialization for exchanging game state information between clients and the server.

Project Management:

• Employed Agile methodologies to plan and organize development tasks.
• Utilized version control systems (e.g., Git) for collaborative coding and tracking changes.
• Scheduled regular meetings and milestones to keep the project on track and ensure team coordination.

Setup

Install Maven https://maven.apache.org/install.html

Prerequisites

• Scene Builder: https://gluonhq.com/products/scene-builder/

Clone Git Repository

$ git clone [email protected]:devloos/Street-Fighter.git

Build Project with Maven

• Make sure you build dependencies for common

$ cd Street-Fighter
$ mvn install

Run Application with Maven

$ mvn javafx:run

Important

• According to Maven convention the Java files are under src/main/java and the resources files (fxml, images, css etc) are under src/main/resources
• All Java and resources files are in the following package: edu.st.client
• Please gitignore any unnecessary files that are added for specific operating system or for specific workspace setups
• When utilizing Scene Builder lets ensure we place the file in the views folder

MAJOR IMPORTANCE

Create a separate branch when working with backend code and request a pull request DO NOT MERGE DIRECTLY INTO MASTER

Pull constantly to get newest changes so we dont go through the pain of MERGE CONFLICTS

If you are unsure on anything ask before committing! We are a team GO SCRUMMY BOYS