public MDReplicatorNetworkKeyIdMap(bool ShowBufferSize)
{
if (ShowBufferSize)
{
MDOnScreenDebug.AddOnScreenDebugInfo(DEBUG_CAT, "NetworkIDToKeyMap Buffer Size", () => ClockedValueBuffer.Count.ToString());
}
}
public override void _Ready()
{
MDStatics.GI = this;
// Configuration first
CreateConfiguration();
// Init static classes first
MDLog.Initialize(GetLogDirectory());
MDArguments.PopulateArgs();
MDProfiler.Initialize();
MDOnScreenDebug.Initialize();
// Hook up events
GetTree().Connect("node_added", this, nameof(OnNodeAdded_Internal));
GetTree().Connect("node_removed", this, nameof(OnNodeRemoved_Internal));
// Init instances
CreateGameSession();
CreateGameSynchronizer();
CreateReplicator();
CreateInterfaceManager();
RegisterNodeAndChildren(GetTree().Root);
}
private void OnOnScreenDebugClosed(MDScreen Screen)
{
if (OnScreenDebug == Screen)
{
OnScreenDebug.OnScreenClosed -= OnOnScreenDebugClosed;
OnScreenDebug = null;
}
}
/// <summary>
/// Cleanup
/// </summary>
public void Dispose()
{
MDOnScreenDebug.RemoveOnScreenDebugInfo($"Ping({PeerId})");
if (Godot.Object.IsInstanceValid(PingTimer))
{
PingTimer.Stop();
PingTimer.RemoveAndFree();
}
}
private void ToggleOnScreenDebug()
{
if (OnScreenDebug == null)
{
OnScreenDebug = OpenScreen <MDOnScreenDebug>(OnScreenDebugName, MDScreenLayer.Debug);
OnScreenDebug.OnScreenClosed += OnOnScreenDebugClosed;
}
else
{
OnScreenDebug.CloseScreen();
}
}
///<summary>Starts the player ping request cycle</summary>
private void StartClientPingCycle()
{
if (!GameSynchronizer.IsActivePingEnabled())
{
return;
}
// Onscreen debug for ping
MDOnScreenDebug.AddOnScreenDebugInfo(DEBUG_CAT, $"Ping({PeerId})", () => MDStatics.GetGameSynchronizer().GetPlayerPing(PeerId).ToString());
PingTimer = GameSynchronizer.CreateUnpausableTimer($"PingTimer{PeerId}", false, GameSynchronizer.GetPingInterval(),
false, GameSynchronizer, MDGameSynchronizer.METHOD_ON_PING_TIMER_TIMEOUT, PeerId);
PingTimer.Start();
}
public void Initialize()
{
MDLog.AddLogCategoryProperties(LOG_CAT, new MDLogProperties(MDLogLevel.Info));
MDOnScreenDebug.AddOnScreenDebugInfo("KeyToMemberMap Size", () => KeyToMemberMap.Count.ToString());
MDOnScreenDebug.AddOnScreenDebugInfo("NetworkIDToKeyMap Size", () => NetworkIdKeyMap.GetCount().ToString());
this.GetGameSession().OnSessionEndedEvent += OnSessionEnded;
this.GetGameSession().OnPlayerJoinedEvent += OnPlayerJoined;
PauseMode = PauseModeEnum.Process;
RpcSenderId = -1;
GroupManager = new MDReplicatorGroupManager(GetReplicationFrameInterval());
NetworkIdKeyMap = new MDReplicatorNetworkKeyIdMap(ShouldShowBufferSize());
GameClock = this.GetGameClock();
}
private void OnSessionStartedEvent()
{
if (this.IsClient())
{
// Add max ping information between this client and any other client
// Roundtrip is: client 1 -> server -> client 2 -> server -> client 1.
// TODO: Max ping should be not identical for each player we ping
MDOnScreenDebug.AddOnScreenDebugInfo(DEBUG_CAT, "MaxRoundtripPing: ", () => MaxPing.ToString());
PauseGame();
SynchronizationState = SynchronizationStates.SYNCHRONIZING_IN_PROGRESS;
}
else
{
SynchronizationState = SynchronizationStates.SYNCRHONIZED;
}
// Reset to tick 0 at start of session
GameClock?.SetCurrentTick(0);
}
// Called when the node enters the scene tree for the first time.
public override void _Ready()
{
MDLog.AddLogCategoryProperties(LOG_CAT, new MDLogProperties(MDLogLevel.Info));
LoadConfig();
GameSynchronizer = this.GetGameSynchronizer();
CurrentRemoteTickOffset = MinimumOffset;
CurrentRemoteTickOffsetTarget = MinimumOffset;
LastRemoteTickOffset = MinimumOffset;
GameSynchronizer.OnPlayerPingUpdatedEvent += OnPlayerPingUpdatedEvent;
// TODO: Remove this, only here for debug
MDOnScreenDebug.AddOnScreenDebugInfo("GameClock Current Tick", () => CurrentTick.ToString());
MDOnScreenDebug.AddOnScreenDebugInfo("OS GetTickMsec", () => OS.GetTicksMsec().ToString());
MDOnScreenDebug.AddOnScreenDebugInfo("GameClock Remote Offset",
() =>
$"{CurrentRemoteTickOffset} ({(int) (CurrentRemoteTickOffset * TICK_INTERVAL_MILLISECONDS)} Msec)");
MDOnScreenDebug.AddOnScreenDebugInfo("GameClock Remote Target Offset",
() =>
$"{CurrentRemoteTickOffsetTarget} ({(int) (CurrentRemoteTickOffsetTarget * TICK_INTERVAL_MILLISECONDS)} Msec)");
}