private void Awake()
{
// initialize Azure Remote Rendering for use in Unity:
// it needs to know which camera is used for rendering the scene
RemoteUnityClientInit clientInit = new RemoteUnityClientInit(Camera.main);
RemoteManagerUnity.InitializeManager(clientInit);
// lookup the ARRServiceUnity component and subscribe to session events
arrService = GetComponent <ARRServiceUnity>();
arrService.OnSessionErrorEncountered += ARRService_OnSessionErrorEncountered;
arrService.OnSessionStatusChanged += ARRService_OnSessionStatusChanged;
}
private void ARRService_OnSessionStatusChanged(ARRServiceUnity caller, AzureSession session)
{
LogSessionStatus(session);
var status = caller.LastProperties.Status;
// Capture the session id for the starting/ready session so it can be reused
if (status == RenderingSessionStatus.Ready || status == RenderingSessionStatus.Starting)
{
SessionId = session.SessionUUID;
// If our session properties are 'Ready' we are ready to start connecting to the runtime of the service.
if (status == RenderingSessionStatus.Ready)
{
session.ConnectionStatusChanged += AzureSession_OnConnectionStatusChanged;
}
}
// Our session is stopped, expired, or in an error state.
else
{
SessionId = null;
session.ConnectionStatusChanged -= AzureSession_OnConnectionStatusChanged;
}
}
private void ARRService_OnSessionErrorEncountered(ARRServiceUnity caller, SessionGeneralContext context)
{
Debug.LogError($"Session error encountered. Context: {context.ErrorMessage}. Request Cv: {context.RequestCorrelationVector}. Response Cv: {context.ResponseCorrelationVector}");
}
private void ARRService_OnSessionStatusChanged(ARRServiceUnity service, RenderingSession session)
{
LogSessionStatus(session);
}
private void Awake()
{
arrService = GetComponent <ARRServiceUnity>();
}
public void Initialize(ARRServiceUnity arrService)
{
arrServiceReference = arrService;
}
