/// <summary>
/// Overridden to switch to event based keyboard input.
/// </summary>
/// <returns></returns>
protected bool Setup()
{
#if USE_PERFORMANCE_COUNTERS
SetupPerformanceCategories();
CreateCounters();
#endif
this.Tick += new TickEvent(OnTick);
worldManager = new WorldManager(verifyServer, behaviorParms);
NetworkHelper helper = new NetworkHelper(worldManager);
if (this.LoopbackWorldServerEntry != null)
{
string worldId = this.LoopbackWorldServerEntry.WorldName;
// Bypass the login and connection to master server
loginSettings.worldId = worldId;
helper.SetWorldEntry(worldId, this.LoopbackWorldServerEntry);
helper.AuthToken = this.LoopbackIdToken;
}
networkHelper = helper;
// Sets up the various things attached to the world manager,
// as well as registering the various message handlers.
// This also initializes the networkHelper.
worldManager.Init(this);
// Register our handlers. We must do this before we call
// MessageDispatcher.Instance.HandleMessageQueue, so that we will
// get the callbacks for the incoming messages.
#if NOT
// NOTE: Test client isn't advanced enough to handle these.
// Register our handler for the Portal messages, so that we
// can drop our connection to the world server, and establish a new
// connection to the new world.
MessageDispatcher.Instance.RegisterHandler(WorldMessageType.Portal,
new MessageHandler(this.HandlePortal));
// Register our handler for the UiTheme messages, so that we
// can swap out the user interface.
MessageDispatcher.Instance.RegisterHandler(WorldMessageType.UiTheme,
new MessageHandler(this.HandleUiTheme));
#endif
// Register our handler for the LoginResponse messages, so that we
// can throw up a dialog if needed.
MessageDispatcher.Instance.RegisterHandler(WorldMessageType.LoginResponse,
new WorldMessageHandler(this.HandleLoginResponse));
if (!networkHelper.HasWorldEntry(loginSettings.worldId))
{
networkHelper.ResolveWorld(loginSettings);
}
WorldServerEntry entry = networkHelper.GetWorldEntry(loginSettings.worldId);
NetworkHelperStatus status = networkHelper.ConnectToLogin(loginSettings.worldId);
// We need to hook our message filter, whether or not we are
// standalone, so instead of doing it later (right before
// RdpWorldConnect), do it here.
RequireLoginFilter checkAndHandleLogin = new RequireLoginFilter(worldManager);
MessageDispatcher.Instance.SetWorldMessageFilter(checkAndHandleLogin.ShouldQueue);
if (status != NetworkHelperStatus.Success &&
status != NetworkHelperStatus.Standalone)
{
Trace.TraceInformation("World Connect Status: " + status);
return(false);
}
networkHelper.DisconnectFromLogin();
CharacterEntry charEntry = SelectCharacter(networkHelper.CharacterEntries, -1);
status = networkHelper.ConnectToWorld(charEntry.CharacterId,
charEntry.Hostname,
charEntry.Port, this.Version);
if (status != NetworkHelperStatus.Success)
{
Trace.TraceInformation("World Connect Status: " + status);
return(false);
}
// At this point, the network helper can start handling messages.
if (!WaitForStartupMessages())
{
if (loginFailed && loginMessage != null)
{
// The server rejected our login
throw new ClientException(loginMessage);
}
else if (loginMessage != null)
{
// our login went ok (and we got something back), but something else (terrain/player) failed
throw new ClientException("Unable to communicate with server");
}
else
{
throw new ClientException("Unable to connect to server");
}
}
// At this point, I can have a camera
// networkHelper.WorldManager = worldManager;
// inputHandler.InitViewpoint(worldManager.Player);
Logger.Log(4, "Client setup complete: " + DateTime.Now);
// At this point, you can create timer events.
return(true);
}
/// <summary>
/// Overridden to switch to event based keyboard input.
/// </summary>
/// <returns></returns>
protected bool Setup() {
#if USE_PERFORMANCE_COUNTERS
SetupPerformanceCategories();
CreateCounters();
#endif
this.Tick += new TickEvent(OnTick);
worldManager = new WorldManager(verifyServer, behaviorParms);
NetworkHelper helper = new NetworkHelper(worldManager);
if (this.LoopbackWorldServerEntry != null) {
string worldId = this.LoopbackWorldServerEntry.WorldName;
// Bypass the login and connection to master server
loginSettings.worldId = worldId;
helper.SetWorldEntry(worldId, this.LoopbackWorldServerEntry);
helper.AuthToken = this.LoopbackIdToken;
}
networkHelper = helper;
// Sets up the various things attached to the world manager,
// as well as registering the various message handlers.
// This also initializes the networkHelper.
worldManager.Init(this);
// Register our handlers. We must do this before we call
// MessageDispatcher.Instance.HandleMessageQueue, so that we will
// get the callbacks for the incoming messages.
#if NOT
// NOTE: Test client isn't advanced enough to handle these.
// Register our handler for the Portal messages, so that we
// can drop our connection to the world server, and establish a new
// connection to the new world.
MessageDispatcher.Instance.RegisterHandler(WorldMessageType.Portal,
new MessageHandler(this.HandlePortal));
// Register our handler for the UiTheme messages, so that we
// can swap out the user interface.
MessageDispatcher.Instance.RegisterHandler(WorldMessageType.UiTheme,
new MessageHandler(this.HandleUiTheme));
#endif
// Register our handler for the LoginResponse messages, so that we
// can throw up a dialog if needed.
MessageDispatcher.Instance.RegisterHandler(WorldMessageType.LoginResponse,
new WorldMessageHandler(this.HandleLoginResponse));
if (!networkHelper.HasWorldEntry(loginSettings.worldId))
networkHelper.ResolveWorld(loginSettings);
WorldServerEntry entry = networkHelper.GetWorldEntry(loginSettings.worldId);
NetworkHelperStatus status = networkHelper.ConnectToLogin(loginSettings.worldId);
// We need to hook our message filter, whether or not we are
// standalone, so instead of doing it later (right before
// RdpWorldConnect), do it here.
RequireLoginFilter checkAndHandleLogin = new RequireLoginFilter(worldManager);
MessageDispatcher.Instance.SetWorldMessageFilter(checkAndHandleLogin.ShouldQueue);
if (status != NetworkHelperStatus.Success &&
status != NetworkHelperStatus.Standalone) {
Trace.TraceInformation("World Connect Status: " + status);
return false;
}
networkHelper.DisconnectFromLogin();
CharacterEntry charEntry = SelectCharacter(networkHelper.CharacterEntries, -1);
status = networkHelper.ConnectToWorld(charEntry.CharacterId,
charEntry.Hostname,
charEntry.Port, this.Version);
if (status != NetworkHelperStatus.Success) {
Trace.TraceInformation("World Connect Status: " + status);
return false;
}
// At this point, the network helper can start handling messages.
if (!WaitForStartupMessages()) {
if (loginFailed && loginMessage != null)
// The server rejected our login
throw new ClientException(loginMessage);
else if (loginMessage != null)
// our login went ok (and we got something back), but something else (terrain/player) failed
throw new ClientException("Unable to communicate with server");
else
throw new ClientException("Unable to connect to server");
}
// At this point, I can have a camera
// networkHelper.WorldManager = worldManager;
// inputHandler.InitViewpoint(worldManager.Player);
Logger.Log(4, "Client setup complete: " + DateTime.Now);
// At this point, you can create timer events.
return true;
}