// Use this for initialization
void Start()
{
ARSubsystemManager.subsystemFilter = m_subsystemFilter;
IPAddressText.text = GetLocalIPAddress();
Screen.sleepTimeout = SleepTimeout.NeverSleep;
dataReceiver = new DataReceiver(screenStreamer, null);
dataReceiver.HelloMessageCallback = (legacyPath) =>
{
isLegacyPath = legacyPath;
isConnected = true;
if (remotePath == null)
{
didStart = false;
if (isLegacyPath)
{
remotePath = new LegacyRemotePath();
}
else
{
remotePath = new ARRemotePath(dataReceiver);
(remotePath as ARRemotePath).SetCamera(arCamera);
(remotePath as ARRemotePath).SetSyncFrame(syncedFrame);
}
}
};
// Create legacy direct connection provider
connectionProvider = new DirectConnectionProvider();
((DirectConnectionProvider)connectionProvider).hasNoDelay = true;
connectionProvider.OnDisconnected += ConnectionProvider_OnDisconnected;
connectionProvider.OnDataReceived += ConnectionProvider_OnDataReceived;
connectionProvider.OnStreamReceived += ConnectionProvider_OnStreamReceived;
connectionProvider.Initialize();
connectionProvider.StartListening();
// register the callback when enabling object
Camera.onPreRender += MyPreRender;
Camera.onPostRender += MyPostRender;
Client = new UdpClient(AddressFamily.InterNetwork);
#if ENABLE_BROADCAST
StartCoroutine(BroadcastIPAddress());
#endif
}
public void Start(IConnectionProvider standardConnectionProvider, ScreenStream screen)
{
#if XRREMOTING_USE_NEW_INPUT_SYSTEM
InputSystem.onEvent += InputSystem_onEvent;
#endif
dataSender = new DataSender();
pointsDataSender = new DataSender();
separateThreadDataSender = new DataSender();
screenStreamer = screen;
connectionProvider = standardConnectionProvider;
arCamera.targetTexture = new RenderTexture(arCamera.pixelWidth, arCamera.pixelHeight, 16, RenderTextureFormat.ARGB32);
Screen.sleepTimeout = SleepTimeout.NeverSleep;
depthPoints = new List <Vector3>();
webCamStreamer = new WebCamStreamer();
streamingDataReceiver = new DataReceiver(screenStreamer, webCamStreamer);
defferedCallsReceived = new DataReceiver(screenStreamer, webCamStreamer);
streamingDataReceiver.handleScreenStream = () =>
{
pendingTexAssign = true;
};
globalReceived.OnARRemoteSettingsReceived += OnArRemoteSettingsReceived;
connectionProviderDefferredCalls = new DirectConnectionProvider();
connectionProviderDefferredCalls.hasNoDelay = true;
connectionProviderDefferredCalls.SetRemotePort(7203);
connectionProviderAR = new DirectConnectionProvider();
((DirectConnectionProvider)connectionProviderAR).hasNoDelay = true;
connectionProviderAR.SetRemotePort(7202);
connectionProviderAR.OnConnected += ConnectionProviderAR_OnConnected;
connectionProviderAR.OnDisconnected += ConnectionProviderar_OnDisconnected;
connectionProviderAR.OnDataReceived += ConnectionProviderar_OnDataReceived;
connectionProviderAR.OnStreamReceived += ConnectionProviderar_OnStreamReceived;
connectionProviderDefferredCalls.OnStreamReceived += ConnectionProviderSeparateThread_OnStreamReceived;
connectionProviderAR.Initialize();
connectionProviderAR.StartListening();
connectionProviderDefferredCalls.Initialize();
connectionProviderDefferredCalls.StartListening();
}
public ARRemotePath(DataReceiver receiver)
{
globalReceived = receiver;
}