Both test takers and proctors connect to the system. The test takers camera and monitor is shared with the proctor. Proctors have the ability to talk to the test takers, but they must initiate the communication.
It uses the Media Capture and Streams API to capture the camera and monitor and communicates using WebRTC. Orchestrating the live communication is done via WebSockets.
Requires Java 21.
Copy src/main/resources/application-local.yml.example to application-local.yml and fill in the missing properties.
Run backend with mvnw spring-boot:run and frontend with cd frontend && npm run dev.
To login, you first have to browse to http://localhost:8080 and authenticate
to initialise the Spring session, after you can go access the frontend at http://localhost:5173.
The frontend uses a generated specification from the backend's OpenAPI specification.
To update it start the application and run cd frontend && npm run update-api.
To run the backend in a docker container, run docker compose -f docker-compose.yml --profile backend up.
To run the frontend in a docker container, use --profile frontend up.
To run both simply include both --profile backend --profile frontend.
All sources are live reloaded even when running in Docker. For the backend you will have to compile the sources for the live reload to trigger.
To build a fully self-contained war file, run mvnw clean verify -P build.
Deploy the created war file to an application server, e.g. Tomcat.