public void MessageSerializeDeserialize()
{
var log = new WM.Logger();
var udpClient = new UdpClient();
var udpSend = new WM.Net.UDPSend(udpClient, log);
udpSend.remoteIP = "127.0.0.1";
udpSend.remotePort = 8890;
udpSend.Init();
var avatarState = new WM.Net.AvatarState();
{
// To skip one-time Xml serializer initialization.
var messageXML = WM.Net.Message.EncodeObjectAsXml(avatarState);
}
var numIterations = 1000;
{
var start = DateTime.Now;
for (int i = 0; i < numIterations; ++i)
{
var messageXML = WM.Net.Message.EncodeObjectAsXml(avatarState);
udpSend.SendString(messageXML);
}
var end = DateTime.Now;
log.Enabled = true;
log.Debug("Sending " + numIterations + " times an XML Message encoded AvatarState took " + (end - start).TotalMilliseconds);
log.Enabled = false;
}
{
var MessageBeginTag = @"<Message>";
var MessageEndTag = @"<\Message>";
var start = DateTime.Now;
for (int i = 0; i < numIterations; ++i)
{
var message = Message.EncodeObject(avatarState);
udpSend.SendString(MessageBeginTag);
udpSend.Send(message.Data);
udpSend.SendString(MessageEndTag);
}
var end = DateTime.Now;
log.Enabled = true;
log.Debug("Sending " + numIterations + " times a Binary encoded AvatarState took " + (end - start).TotalMilliseconds);
log.Enabled = false;
}
}
public void Test_ArchiVR_Multiplay_NominalWorkflow_Full_2Clients()
{
var log = new WM.Logger();
#region Setup
// Create an application instance that will act as server.
applicationServer = CreateApplication("Server");
applications.Add(applicationServer);
// Create an application instance that will connect as client 1.
applicationClient1 = CreateApplication("Client1");
applications.Add(applicationClient1);
// Create an application instance that will connect as client 2.
applicationClient2 = CreateApplication("Client2");
applications.Add(applicationClient2);
#endregion
// Disable logging.
foreach (var application in applications)
{
application.Logger.Enabled = false;
}
#region Check initial application state
Assert.AreEqual(0, applicationServer.Server.NumClients);
Assert.AreEqual(0, applicationClient1.Server.NumClients);
Assert.AreEqual(0, applicationClient2.Server.NumClients);
Assert.IsFalse(applicationServer.Client.Connected);
Assert.IsFalse(applicationClient1.Client.Connected);
Assert.IsFalse(applicationClient2.Client.Connected);
Assert.AreEqual(DefaultAvatarID, applicationServer.Player.AvatarID);
Assert.AreEqual(DefaultAvatarID, applicationClient1.Player.AvatarID);
Assert.AreEqual(DefaultAvatarID, applicationClient2.Player.AvatarID);
Assert.AreEqual("Server player", applicationServer.Player.Name);
Assert.AreEqual("Client1 player", applicationClient1.Player.Name);
Assert.AreEqual("Client2 player", applicationClient2.Player.Name);
#endregion Check initial application state
// Enable logging.
foreach (var application in applications)
{
application.Logger.Enabled = true;
}
#region Start Server.
applications[0].Logger.Header("Start Server");
// WHEN the ServerApplication is initialized to 'Server' network mode...
{
Assert.AreEqual(NetworkMode.Standalone, applicationServer.NetworkMode);
applicationServer.QueueCommand(new InitNetworkCommand(NetworkMode.Server));
Assert.AreEqual(NetworkMode.Standalone, applicationServer.NetworkMode);
UpdateApplications(); // Make queued commands execute.
}
// ... THEN ...
{
// ... its network mode is 'Server'
Assert.AreEqual(NetworkMode.Server, applicationServer.NetworkMode);
// ... its Server is Running
// TODO: Assert.AreEqual(ServerState.Running, applicationServer.Server.State);
// ... its Client is automatically connected to that server.
Assert.AreEqual(1, applicationServer.Server.NumClients);
Assert.IsTrue(applicationServer.Client.Connected);
// Server application is connected to the Server and introduced its own Player.
Assert.AreEqual(1, applicationServer.Players.Count);
Assert.AreEqual(0, applicationClient1.Players.Count);
Assert.AreEqual(0, applicationClient2.Players.Count);
}
#endregion
//WM.Logger.Enabled = true;
#region Connect Client1
applicationClient1.Logger.Header("Connect Client1");
// WHEN the Client1 application is initialized to 'Client' network mode...
{
Assert.AreEqual(NetworkMode.Standalone, applicationClient1.NetworkMode);
applicationClient1.QueueCommand(new InitNetworkCommand(NetworkMode.Client));
Assert.AreEqual(NetworkMode.Standalone, applicationClient1.NetworkMode);
UpdateApplications(); // Make queued commands execute.
}
// ... THEN ...
{
// ... its network mode is 'Server'
Assert.AreEqual(NetworkMode.Client, applicationClient1.NetworkMode);
// ... its Server is not Running
// TODO: Assert.AreEqual(ServerState.Running, applicationClient1.Server.State);
// ... its Client is connected to the Server application's Server.
Assert.IsTrue(applicationClient1.Client.Connected);
Assert.AreEqual(2, applicationServer.Server.NumClients);
// Server and Client1 application are connected to the Server and introduced their own Player.
Assert.AreEqual(2, applicationServer.Players.Count);
Assert.AreEqual(2, applicationClient1.Players.Count);
Assert.AreEqual(0, applicationClient2.Players.Count);
}
#endregion
#region Connect Client2
applicationClient2.Logger.Header("Connect Client2");
// WHEN the Client2 application is initialized to 'Client' network mode...
{
Assert.AreEqual(NetworkMode.Standalone, applicationClient2.NetworkMode);
applicationClient2.QueueCommand(new InitNetworkCommand(NetworkMode.Client));
Assert.AreEqual(NetworkMode.Standalone, applicationClient2.NetworkMode);
UpdateApplications(); // Make queued commands execute.
}
// ... THEN ...
{
// ... its network mode is 'Server'
Assert.AreEqual(NetworkMode.Client, applicationClient2.NetworkMode);
// ... its Server is not Running
// TODO: Assert.AreEqual(ServerState.Running, applicationClient2.Server.State);
// ... its Client is connected to the Server application's Server.
Assert.IsTrue(applicationClient2.Client.Connected);
Assert.AreEqual(3, applicationServer.Server.NumClients);
// All clients are connected to the server and introduced their own Player.
Assert.AreEqual(3, applicationServer.Players.Count);
Assert.AreEqual(3, applicationClient1.Players.Count);
Assert.AreEqual(3, applicationClient2.Players.Count);
}
#endregion
#region Change server Avatar
applicationServer.Logger.Header("Set Server avatar to Avatar1");
applicationServer.SetPlayerAvatar(Avatar1ID);
UpdateApplications(); // Make queued commands execute.
// Server should now have changed avatar on all connected applications.
Assert.AreEqual(Avatar1ID, applicationServer.Player.AvatarID);
Assert.AreEqual(Avatar1ID, applicationClient1.Players[applicationServer.Player.ID].AvatarID);
Assert.AreEqual(Avatar1ID, applicationClient2.Players[applicationServer.Player.ID].AvatarID);
Assert.AreEqual(DefaultAvatarID, applicationServer.Players[applicationClient1.Player.ID].AvatarID);
Assert.AreEqual(DefaultAvatarID, applicationClient1.Player.AvatarID);
Assert.AreEqual(DefaultAvatarID, applicationClient2.Players[applicationClient1.Player.ID].AvatarID);
Assert.AreEqual(DefaultAvatarID, applicationServer.Players[applicationClient2.Player.ID].AvatarID);
Assert.AreEqual(DefaultAvatarID, applicationClient1.Players[applicationClient2.Player.ID].AvatarID);
Assert.AreEqual(DefaultAvatarID, applicationClient2.Player.AvatarID);
#endregion
#region Change server player name
applicationServer.Logger.Header("Change Server player name");
applicationServer.SetPlayerName("New Server player");
UpdateApplications(); // Make queued commands execute.
// Server should now have changed avatar on all connected applications.
Assert.AreEqual(Avatar1ID, applicationServer.Player.AvatarID);
Assert.AreEqual(Avatar1ID, applicationClient1.Players[applicationServer.Player.ID].AvatarID);
Assert.AreEqual(Avatar1ID, applicationClient2.Players[applicationServer.Player.ID].AvatarID);
Assert.AreEqual(DefaultAvatarID, applicationServer.Players[applicationClient1.Player.ID].AvatarID);
Assert.AreEqual(DefaultAvatarID, applicationClient1.Player.AvatarID);
Assert.AreEqual(DefaultAvatarID, applicationClient2.Players[applicationClient1.Player.ID].AvatarID);
Assert.AreEqual(DefaultAvatarID, applicationServer.Players[applicationClient2.Player.ID].AvatarID);
Assert.AreEqual(DefaultAvatarID, applicationClient1.Players[applicationClient2.Player.ID].AvatarID);
Assert.AreEqual(DefaultAvatarID, applicationClient2.Player.AvatarID);
Assert.AreEqual("New Server player", applicationServer.Player.Name);
Assert.AreEqual("New Server player", applicationClient1.Players[applicationServer.Player.ID].Name);
Assert.AreEqual("New Server player", applicationClient2.Players[applicationServer.Player.ID].Name);
Assert.AreEqual("Client1 player", applicationClient1.Player.Name);
Assert.AreEqual("Client2 player", applicationClient2.Player.Name);
#endregion
#region Change Client1 player name
applicationClient1.Logger.Header("Change Server player name");
applicationClient1.SetPlayerName("New Client1 player");
UpdateApplications(); // Make queued commands execute.
// Server should now have changed avatar on all connected applications.
Assert.AreEqual(Avatar1ID, applicationServer.Player.AvatarID);
Assert.AreEqual(Avatar1ID, applicationClient1.Players[applicationServer.Player.ID].AvatarID);
Assert.AreEqual(Avatar1ID, applicationClient2.Players[applicationServer.Player.ID].AvatarID);
Assert.AreEqual(DefaultAvatarID, applicationServer.Players[applicationClient1.Player.ID].AvatarID);
Assert.AreEqual(DefaultAvatarID, applicationClient1.Player.AvatarID);
Assert.AreEqual(DefaultAvatarID, applicationClient2.Players[applicationClient1.Player.ID].AvatarID);
Assert.AreEqual(DefaultAvatarID, applicationServer.Players[applicationClient2.Player.ID].AvatarID);
Assert.AreEqual(DefaultAvatarID, applicationClient1.Players[applicationClient2.Player.ID].AvatarID);
Assert.AreEqual(DefaultAvatarID, applicationClient2.Player.AvatarID);
// Check Server player name
Assert.AreEqual("New Server player", applicationServer.Player.Name);
Assert.AreEqual("New Server player", applicationClient1.Players[applicationServer.Player.ID].Name);
Assert.AreEqual("New Server player", applicationClient2.Players[applicationServer.Player.ID].Name);
// Check Client1 player name
Assert.AreEqual("New Client1 player", applicationServer.Players[applicationClient1.Player.ID].Name);
Assert.AreEqual("New Client1 player", applicationClient1.Player.Name);
Assert.AreEqual("New Client1 player", applicationClient2.Players[applicationClient1.Player.ID].Name);
// Check Client2 player name
Assert.AreEqual("Client2 player", applicationServer.Players[applicationClient2.Player.ID].Name);
Assert.AreEqual("Client2 player", applicationClient1.Players[applicationClient2.Player.ID].Name);
Assert.AreEqual("Client2 player", applicationClient2.Player.Name);
#endregion
//WM.Logger.Enabled = true;
/*
#region Test player state synchronisation
*
* var playerServerHeadPosition = new Vector3(1, 2, 3);
* var playerClient1HeadPosition = new Vector3(4, 5, 6);
* var playerClient2HeadPosition = new Vector3(7, 8, 9);
*
* // WHEN player state is updated
* applicationServer.m_centerEyeAnchor.transform.position = playerServerHeadPosition;
* applicationClient1.m_centerEyeAnchor.transform.position = playerClient1HeadPosition;
* applicationClient2.m_centerEyeAnchor.transform.position = playerClient2HeadPosition;
*
* UpdateApplications();
*
* WM.Logger.Enabled = false;
*
* foreach (var application in applications)
* {
* if (application != applicationServer)
* Assert.AreEqual(playerServerHeadPosition, application.Players[applicationServer.Player.ID].Avatar.Head.transform.position);
*
* if (application != applicationClient1)
* Assert.AreEqual(playerClient1HeadPosition, application.Players[applicationClient1.Player.ID].Avatar.Head.transform.position);
*
* if (application != applicationClient2)
* Assert.AreEqual(playerClient2HeadPosition, application.Players[applicationClient2.Player.ID].Avatar.Head.transform.position);
* }
*
#endregion Test player state synchronisation
*/
#region Disconnect Client2
applicationClient2.Logger.Header("Disconnect Client2");
// Make client1 application initialize network mode from 'Client' to 'Standalone'.
Assert.AreEqual(NetworkMode.Client, applicationClient2.NetworkMode);
applicationClient2.QueueCommand(new InitNetworkCommand(NetworkMode.Standalone));
Assert.AreEqual(NetworkMode.Client, applicationClient2.NetworkMode);
UpdateApplications(); // Make queued commands execute.
// Remote Client 1 should be disconnected.
Assert.AreEqual(NetworkMode.Standalone, applicationClient2.NetworkMode);
Assert.AreEqual(false, applicationClient2.Client.Connected);
// Server should have 1 client connected (it's own).
Assert.AreEqual(2, applicationServer.Server.NumClients);
// Server and Client1 application are connected to the Server, and introduced their own Player.
Assert.AreEqual(2, applicationServer.Players.Count);
Assert.AreEqual(2, applicationClient1.Players.Count);
Assert.AreEqual(0, applicationClient2.Players.Count);
#endregion
#region Disconnect Client1
applicationClient1.Logger.Header("Disconnect Client1");
// Make client1 application initialize network mode from 'Client' to 'Standalone'.
Assert.AreEqual(NetworkMode.Client, applicationClient1.NetworkMode);
applicationClient1.QueueCommand(new InitNetworkCommand(NetworkMode.Standalone));
Assert.AreEqual(NetworkMode.Client, applicationClient1.NetworkMode);
UpdateApplications(); // Make queued commands execute.
// Remote Client 1 should be disconnected.
Assert.AreEqual(NetworkMode.Standalone, applicationClient1.NetworkMode);
Assert.AreEqual(false, applicationClient1.Client.Connected);
// Server should have 1 client connected (it's own).
Assert.AreEqual(1, applicationServer.Server.NumClients);
// Server application is connected to the Server, and introduced its own Player.
Assert.AreEqual(1, applicationServer.Players.Count);
Assert.AreEqual(0, applicationClient1.Players.Count);
Assert.AreEqual(0, applicationClient2.Players.Count);
#endregion
StopServer();
}