public void Draw(DisplayText dt)
{
dt.Begin(new Vector2(50, 50));
if (network == null)
{
// Before Network Startup
dt.WriteLine("[F1] = Begin Network");
dt.WriteLine();
dt.WriteLine("[F3] = Cycle bad network simulation");
dt.WriteLine();
dt.WriteLine();
dt.WriteLine();
dt.WriteLine("After starting:", Color.DarkGray);
dt.WriteLine("---------------", Color.DarkGray);
dt.WriteLine("[F12] = Debug output", Color.DarkGray);
dt.WriteLine("[-/+] = Adjust local input delay", Color.DarkGray);
}
else
{
// After Network Started
if (rollbackDriver == null)
{
// Before Game Start/Connect
if (!network.UsingKnownPort)
{
dt.WriteLine("WARNING: Using non-standard port: " + network.PortNumber, Color.Red);
}
dt.WriteLine("[F1] = Start LAN Game");
dt.WriteLine("[F2] = Start Internet Game");
if (commandLineHost != null)
{
dt.WriteLine("[F3] = Connect to \"" + commandLineHost + "\"");
}
else
{
dt.WriteLine("[F3] = (specify host on command line)", Color.LightGray);
}
dt.WriteLine("[F4] = Side channel Auth (" + (useSideChannelAuth ? "on" : "off") + ")");
dt.WriteLine();
if (network.Discovery != null)
{
if (network.Discovery.Items.Count == 0)
{
dt.WriteLine("Searching for LAN games...");
}
for (int i = 0; i < network.Discovery.Items.Count && i < 10; i++)
{
string status = network.Discovery.Items[i].StatusString;
dt.WriteLine("[" + ((char)('0' + i)) + "] = " + network.Discovery.Items[i].GameInfo.Name + " - " + network.Discovery.Items[i].EndPoint
+ (status == "" ? "" : " - " + status));
}
}
}
else
{
if (useSideChannelAuth && network.IsServer)
{
dt.WriteLine("[F8] = Toggle Auth Token");
dt.WriteLine();
}
if (!network.IsApplicationConnected)
{
if (network.LocalisedDisconnectReason == null)
{
dt.WriteLine("Connecting...");
}
else
{
dt.WriteLine("Disconnected!", Color.DarkRed);
dt.WriteLine(network.LocalisedDisconnectReason, Color.DarkRed);
}
}
}
}
dt.End();
}
public static void Draw(DisplayText dt, RollbackDriver rollbackDriver)
{
dt.SetPosition(new Vector2(2, 2));
if (rollbackDriver == null)
{
dt.Begin();
dt.WriteLine("Waiting to start...", Color.DarkRed);
dt.End();
return;
}
dt.Begin();
dt.WriteLine("Current = " + rollbackDriver.CurrentFrame + " LNCF = " + rollbackDriver.LocalNCF +
" SNCF = " + rollbackDriver.ServerNCF);
dt.WriteLine("LNCF Offset = " + (rollbackDriver.CurrentFrame - rollbackDriver.LocalNCF));
dt.WriteLine("SNCF Offset = " + (rollbackDriver.CurrentFrame - rollbackDriver.ServerNCF));
dt.WriteLine("JLE Buffer Count = " + rollbackDriver.JLEBufferCount);
dt.WriteLine();
dt.WriteLine("Local Delay = " + rollbackDriver.LocalFrameDelay);
dt.WriteLine();
for (var i = 0; i < 4; i++)
{
var ifmf = rollbackDriver.InputFirstMissingFrame(i);
if (ifmf.HasValue)
{
dt.WriteLine("Input " + i + " offset = " + (rollbackDriver.CurrentFrame - (ifmf.Value - 1)));
}
else
{
dt.WriteLine("Input " + i + " is offline");
}
}
if (rollbackDriver.HasClockSyncInfo) // Only the client has interesting timer sync values:
{
dt.WriteLine();
dt.WriteLine("Packet time offset = " + rollbackDriver.PacketTimeOffset.ToString("0.000"));
dt.WriteLine("Timer correction rate = " + rollbackDriver.TimerCorrectionRate.ToString("0.00000"));
dt.WriteLine("Sync clock offset = " + rollbackDriver.SynchronisedClockFrameOffset.ToString("0.000"));
}
if (rollbackDriver.debugDisableInputBroadcast)
{
dt.WriteLine();
dt.WriteLine("Input Packet Send Disabled!!!", Color.Red);
}
dt.End();
}