private void DoCall(Node Target)
{
switch (Type)
{
case TypeOfCall.RPC:
MethodInfo methodInfo = MDStatics.GetMethodInfo(Target, Convert.ToInt32(Name));
if (methodInfo == null)
{
MDLog.Fatal(LOG_CAT, $"Could not find method {Target.GetType().ToString()}#{Name}");
return;
}
object[] convertedParams = MDStatics.ConvertParametersBackToObject(methodInfo, Parameters);
MDStatics.GetReplicator().RpcSenderId = SenderPeerId;
methodInfo.Invoke(Target, convertedParams);
MDStatics.GetReplicator().RpcSenderId = -1;
break;
case TypeOfCall.RSET:
MemberInfo memberInfo = MDStatics.GetMemberInfo(Target, Name);
IMDDataConverter Converter = MDStatics.GetConverterForType(memberInfo.GetUnderlyingType());
object value = Converter.ConvertBackToObject(memberInfo.GetValue(Target), Parameters);
MDLog.Trace(LOG_CAT, $"Setting {Name} on {Target.Name} to value {value}");
memberInfo.SetValue(Target, value);
break;
}
}
/// <summary>
/// Clients receive this from the server as a way to attempt to keep them in synch in case they freeze for any reason
/// </summary>
/// <param name="EstimateTime">The estimated time for the tick</param>
/// <param name="EstimatedTick">The estimated tick for the time</param>
public void CheckSynch(long EstimateTime, long EstimatedTick)
{
long currentTime = OS.GetTicksMsec();
if (EstimateTime < currentTime)
{
// This packet was delayed and is already in the past, ignore
MDLog.Trace(LOG_CAT,
$"[{currentTime}] Ignoring tick packet as it was in the past {EstimatedTick} at {EstimateTime}");
return;
}
// Figure out what tick we would be at when the estimated time is hit
long localTickAtTime = GetTickAtTimeOffset(EstimateTime - currentTime);
long tickOffset = EstimatedTick - localTickAtTime;
if (Math.Abs(tickOffset) > MaxTickDesynch)
{
MDLog.Trace(LOG_CAT,
$"[{currentTime}] We are out of synch, we should be at tick {EstimatedTick} at {EstimateTime}");
MDLog.Trace(LOG_CAT,
$"[{currentTime}] We will be at tick {localTickAtTime} which is off by {tickOffset}");
// We are too far out of synch
TickSynchAdjustment = (int)tickOffset;
}
}
private void SendClockedCall(int PeerId, ClockedRemoteCall.TypeOfCall Type, MDReliability Reliability,
string NodePath, string Method, MDRemoteMode Mode, params object[] Parameters)
{
MDLog.Trace(LOG_CAT, $"Sending clocked call {Method} on {NodePath} with parameters ({MDStatics.GetParametersAsString(Parameters)})");
if (Reliability == MDReliability.Reliable)
{
if (PeerId != -1)
{
RpcId(PeerId, nameof(ClockedCall), GameClock.GetTick(), Type, NodePath, Method, Mode, Parameters);
}
else
{
Rpc(nameof(ClockedCall), GameClock.GetTick(), Type, NodePath, Method, Mode, Parameters);
}
}
else
{
if (PeerId != -1)
{
RpcUnreliableId(PeerId, nameof(ClockedCall), GameClock.GetTick(), Type, NodePath, Method, Mode,
Parameters);
}
else
{
RpcUnreliable(nameof(ClockedCall), GameClock.GetTick(), Type, NodePath, Method, Mode, Parameters);
}
}
}
public object ConvertBackToObject(object CurrentObject, object[] Parameters)
{
MDLog.Trace(LOG_CAT, $"MDCommandReplicator converting back ({MDStatics.GetParametersAsString(Parameters)})");
if (Parameters.Length == 1 && Parameters[0] == null)
{
return(null);
}
T obj;
if (CurrentObject != null)
{
// Replace values in existing object
obj = (T)CurrentObject;
}
else
{
// Return a new object
obj = (T)Activator.CreateInstance(typeof(T));
}
for (int i = 0; i < Parameters.Length; i++)
{
// Get the length of the data
int length = Convert.ToInt32(Parameters[i].ToString());
// Extract parameters and apply to the command replicator
object[] converterParams = Parameters.SubArray(i + 1, i + length);
obj.MDProcessCommand(converterParams);
i += length;
}
return((T)obj);
}
public bool ShouldObjectBeReplicated(object LastValue, object CurrentValue)
{
ExtractMembers();
if (LastValues.Count == 0 && CurrentValue != null)
{
return(true);
}
else if (CurrentValue != LastValue)
{
return(true);
}
else if (LastValue == null && CurrentValue == null)
{
return(false);
}
for (int i = 0; i < Members.Count; i++)
{
object value = Members[i].GetValue(CurrentValue);
if (DataConverters[i].ShouldObjectBeReplicated(LastValues[i], value))
{
MDLog.Trace(LOG_CAT, "We should be replicated");
return(true);
}
}
return(false);
}
private void RequestTicksMsec(int RequestNumber, uint ServerTimeOfRequest)
{
// Respond
RpcId(GameSession.GetNetworkMaster(), nameof(ResponseTicksMsec), OS.GetTicksMsec(), ServerTimeOfRequest,
RequestNumber);
MDLog.Trace(LOG_CAT,
$"Responded to server request number {RequestNumber} for OS.GetTicksMsec with [{OS.GetTicksMsec()}]");
}
private void NotifyAllNodesSynched()
{
// Called from client the first time they complete their node synch
MDLog.Trace(LOG_CAT, $"Peer [{Multiplayer.GetRpcSenderId()}] has completed node synchronization");
if (!PeerSynchInfo.ContainsKey(Multiplayer.GetRpcSenderId()))
{
PeerSynchInfo[Multiplayer.GetRpcSenderId()].CompletedNodeSynch = true;
}
}
/// <summary>
/// Remove the uint id from our map
/// </summary>
/// <param name="id">The id</param>
public void RemoveValue(uint id)
{
if (NetworkIDToKeyMap.ContainsKey(id))
{
MDLog.Trace(LOG_CAT, $"Removing id [{id}]");
KeyToNetworkIdMap.Remove(NetworkIDToKeyMap[id]);
RemoveBufferId(id);
NetworkIDToKeyMap.Remove(id);
}
}
/// <summary>
/// Remove the string key value from our map
/// </summary>
/// <param name="key">The string key</param>
public void RemoveValue(string key)
{
if (KeyToNetworkIdMap.ContainsKey(key))
{
MDLog.Trace(LOG_CAT, $"Removing key [{key}]");
NetworkIDToKeyMap.Remove(KeyToNetworkIdMap[key]);
RemoveBufferId(KeyToNetworkIdMap[key]);
KeyToNetworkIdMap.Remove(key);
}
}
/// <summary>
/// Check if we got enough of a confidence value in the Msec value of the client to resume the game
/// </summary>
/// <returns>True if we are ready to resume, false if not</returns>
public bool IsClientMSecConfident()
{
if (TicksList.Count >= GameSynchronizer.GetMinimumMeasurementCountBeforeResume())
{
return(true);
}
MDLog.Trace(LOG_CAT, $"Still waiting for peer [{PeerId}] to get a more secure TickMsec value");
return(false);
}
/// <summary>
/// Adds the ping to the players ping list and removes any overflow
/// </summary>
/// <param name="Ping">The ping</param>
public void PushPlayerPingToQueue(int Ping)
{
PingList.Enqueue(Ping);
MDLog.Trace(LOG_CAT, $"Peer [{PeerId}] recorded a ping of {Ping}");
if (PingList.Count > SettingAveragePingToKeep)
{
PingList.Dequeue();
}
CalculatePlayerAveragePing();
}
/// /// <summary>
/// Invoke the method with the given number on the node
/// </summary>
/// <param name="MethodNumber">The method number to invoke</param>
/// <param name="Parameters">Parameters</param>
/// <returns>True if invoked, false if not found</returns>
public static bool Invoke(this Node Instance, int MethodNumber, params object[] Parameters)
{
MethodInfo Info = MDStatics.GetMethodInfo(Instance, MethodNumber);
if (Info != null)
{
MDLog.Trace(LOG_CAT, $"Invoking {Info.Name} with parameters {MDStatics.GetParametersAsString(Parameters)}");
Info.Invoke(Instance, Parameters);
return(true);
}
MDLog.Trace(LOG_CAT, $"Failed to invoke method number {MethodNumber} with parameters {MDStatics.GetParametersAsString(Parameters)}");
return(false);
}
private void UnpauseAtTickMsec(uint UnpauseTime, uint GameTickToUnpauseAt)
{
float waitTime = (UnpauseTime - OS.GetTicksMsec()) / 1000f;
MDLog.Trace(LOG_CAT, $"Unpausing game in {waitTime}");
Timer timer = this.CreateUnpausableTimer(RESUME_TIMER_NAME, true, waitTime, true, this,
nameof(OnUnpauseTimerTimeout));
timer.Start();
OnSynchCompleteEvent(waitTime);
if (GameClock != null && MDStatics.IsClient())
{
GameClock.SetCurrentTick(GameTickToUnpauseAt);
}
}
/// <summary>Attempts to calculate what the remote offset should be based on the current ping</summary>
private void CalculateRemoteOffset()
{
// Check if we got a fixed offset
if (RemoteTickOffset > 0)
{
MDLog.Trace(LOG_CAT, $"Ping offset is set to be static at {RemoteTickOffset}");
CurrentRemoteTickOffsetTarget = RemoteTickOffset + OffsetBuffer;
return;
}
// Check if we got any ping
int HighestPing = (int)Mathf.Ceil(GameSynchronizer.GetMaxPlayerPing() * RemoteTickPingModifier);
if (HighestPing == 0)
{
CurrentRemoteTickOffsetTarget = MinimumOffset + OffsetBuffer;
MDLog.Trace(LOG_CAT, $"We got no ping setting offset to minimum offset of {MinimumOffset}");
return;
}
// Calculate offset based on ping
int newOffset = (int)Mathf.Ceil(HighestPing / TICK_INTERVAL_MILLISECONDS);
// If it is less than minimum set our target to minimum
if (newOffset <= MinimumOffset)
{
CurrentRemoteTickOffsetTarget = MinimumOffset + OffsetBuffer;
MDLog.Trace(LOG_CAT, $"Ping offset of {newOffset} is less than our minimum offset of {MinimumOffset}");
return;
}
// Calculate the difference between new and old
float difference = (float)(newOffset - CurrentRemoteTickOffset) / newOffset;
difference = Mathf.Abs(difference);
// Is the difference larger than our allowed tolerance?
if (Mathf.Abs(difference) >= RemoteTickPingTolerance)
{
MDLog.Trace(LOG_CAT,
$"Ping difference is too large adjust remote tick offset target from {CurrentRemoteTickOffsetTarget} to {newOffset}");
// We need to adjust the remote tick offset
CurrentRemoteTickOffsetTarget = newOffset + OffsetBuffer;
}
}
private void UpdateNetworkIdMap(params object[] updates)
{
for (int i = 0; i < updates.Length; i += 2)
{
string key = (string)updates[i + 1];
uint id = (uint)long.Parse(updates[i].ToString());
MDLog.Debug(LOG_CAT, $"Received Network Map Update with id {id} and key [{key}]");
NetworkIdKeyMap.AddNetworkKeyIdPair(id, key);
if (KeyToMemberMap.ContainsKey(key))
{
NetworkIdKeyMap.CheckBuffer(id, KeyToMemberMap[key]);
}
else
{
MDLog.Trace(LOG_CAT, $"KeyToMemberMap does not contain key {key}");
}
}
}
public override void _Process(float delta)
{
if (GetTree().Paused)
{
return;
}
// Adjust ourselves in synch with server at most once per tick
if (TickSynchAdjustment > 0)
{
MDLog.Trace(LOG_CAT, $"Tick {CurrentTick}, was skipped because adjustment was {TickSynchAdjustment}");
OnLocalSkippedTick(CurrentTick);
CurrentTick++;
TickSynchAdjustment--;
}
else if (TickSynchAdjustment < 0)
{
MDLog.Trace(LOG_CAT, $"Tick {CurrentTick}, was repeated because adjustment was {TickSynchAdjustment}");
LastTickDuplicated = true;
CurrentTick--;
TickSynchAdjustment++;
}
DeltaTickCounter += delta;
if (DeltaTickCounter >= TICK_INTERVAL_DELTA)
{
// Increase tick counter
DeltaTickCounter -= TICK_INTERVAL_DELTA;
CurrentTick++;
// Allow skipping a single tick per update to catch up
if (DeltaTickCounter >= TICK_INTERVAL_DELTA)
{
MDLog.Trace(LOG_CAT, $"Tick {CurrentTick}, was skipped because delta was {delta}");
OnLocalSkippedTick(CurrentTick);
DeltaTickCounter -= TICK_INTERVAL_DELTA;
CurrentTick++;
}
}
AdjustRemoteTickOffset();
OnGameTick(CurrentTick);
}
/// <summary>
/// Apply the buffer to a member if it exists
/// </summary>
/// <param name="ID">The ID to check the buffer for</param>
/// <param name="Member">The member to apply this buffer to</param>
public void CheckBuffer(uint ID, MDReplicatedMember Member)
{
if (!ClockedValueBuffer.ContainsKey(ID))
{
return;
}
Dictionary <uint, object[]> buffer = GetBufferForId(ID);
foreach (uint tick in buffer.Keys)
{
object[] value = buffer[tick];
MDLog.Trace(LOG_CAT, $"Updating value to {MDStatics.GetParametersAsString(value)} for {ID} on tick {tick}");
Member.SetValues(tick, value);
}
buffer.Clear();
ClockedValueBuffer.Remove(ID);
}
/// <summary>
/// Sets the value of this member
/// </summary>
/// <param name="member">The member</param>
/// <param name="Instance">The instance to set the value for</param>
/// <param name="Value">The value</param>
public static void SetValue(this MemberInfo member, object Instance, object Value)
{
MDLog.Trace(LOG_CAT, $"Setting {member.Name}");
switch (member.MemberType)
{
case MemberTypes.Field:
((FieldInfo)member).SetValue(Instance, Value);
break;
case MemberTypes.Property:
((PropertyInfo)member).SetValue(Instance, Value);
break;
default:
MDLog.Error(LOG_CAT,
$"Input MemberInfo was of type {member.MemberType.ToString()}, it should be of type FieldInfo or PropertyInfo");
break;
}
}
private void ClockedCall(uint Tick, ClockedRemoteCall.TypeOfCall Type, string NodePath, string Method,
MDRemoteMode Mode, params object[] Parameters)
{
Node Target = GetNodeOrNull(NodePath);
if (Target == null)
{
MDLog.Warn(LOG_CAT, $"Could not find target [{NodePath}] for ClockedRpcCall.");
return;
}
MDLog.Trace(LOG_CAT, $"Got clocked call {Method} on {NodePath} with parameters ({MDStatics.GetParametersAsString(Parameters)})");
ClockedRemoteCall RemoteCall = new ClockedRemoteCall(Tick, Type, WeakRef(Target), Method, Mode, Multiplayer.GetRpcSenderId(), Parameters);
// Check if we should already invoke this (if the time has already passed)
if (!RemoteCall.Invoke(GameClock.GetRemoteTick()))
{
ClockedRemoteCallList.Add(RemoteCall);
}
}
public bool ShouldObjectBeReplicated(object LastValue, object CurrentValue)
{
if (LastValue == null && CurrentValue == null)
{
return(false);
}
else if (LastValue == null || CurrentValue == null)
{
MDLog.Trace(LOG_CAT, "We should be replicated because something is null");
return(true);
}
else if (((T)CurrentValue).MDShouldBeReplicated())
{
MDLog.Trace(LOG_CAT, "We should be replicated because we have updates");
return(true);
}
return(false);
}
public object ConvertBackToObject(object CurrentObject, object[] Parameters)
{
ExtractMembers();
MDLog.Trace(LOG_CAT, $"MDCustomClass converting back ({MDStatics.GetParametersAsString(Parameters)})");
if (Parameters.Length == 1 && Parameters[0] == null)
{
return(null);
}
T obj;
if (CurrentObject != null)
{
// Replace values in existing object
obj = (T)CurrentObject;
}
else
{
// Return a new object
obj = (T)Activator.CreateInstance(typeof(T));
}
for (int i = 0; i < Parameters.Length; i++)
{
// key0 = index, key1 = length
object[] keys = Parameters[i].ToString().Split(SEPARATOR);
int index = Convert.ToInt32(keys[0].ToString());
int length = Convert.ToInt32(keys[1].ToString());
// Extract parameters and use data converter
object[] converterParams = Parameters.SubArray(i + 1, i + length);
object currentValue = Members[index].GetValue(obj);
object convertedValue = DataConverters[index].ConvertBackToObject(currentValue, converterParams);
// Set the value and increase i based on length of data
Members[index].SetValue(obj, convertedValue);
i += length;
}
return(obj);
}
/// <summary>
/// Finds and loads the file with the given name.
/// This will overwrite any existing section+keys with the same value already in our configuration.
/// </summary>
/// <param name="name">The name of the file to load</param>
/// <returns>True if it could be found and loaded, false if not</returns>
public bool LoadConfiguration(string name)
{
string path = FindFile(name);
if (path == "")
{
return(false);
}
MDLog.Trace(LOG_CAT, $"Loading config file {path}");
ConfigFile conFile = new ConfigFile();
conFile.Load(path);
foreach (string section in conFile.GetSections())
{
foreach (string key in conFile.GetSectionKeys(section))
{
if (!Configuration.ContainsKey(section))
{
MDLog.Trace(LOG_CAT, $"Adding section {section}");
// Add a new section
Configuration.Add(section, new Dictionary <string, object>());
}
if (!Configuration[section].ContainsKey(key))
{
MDLog.Trace(LOG_CAT, $"Adding section {section} key {key}");
// Add a new key
Configuration[section].Add(key, conFile.GetValue(section, key));
}
else
{
MDLog.Trace(LOG_CAT, $"Overwriting section {section} key {key}");
// Overwrite existing key
Configuration[section][key] = conFile.GetValue(section, key);
}
}
}
return(true);
}
/// <summary>
/// Called when the ping timer times out, sends a ping request to the given client.
/// </summary>
public void OnPingTimerTimeout()
{
// Check if network is still active
if (!MDStatics.IsNetworkActive())
{
MDLog.Trace(LOG_CAT, $"Network is no longer active");
return;
}
// Send ping request
if (GameSynchronizer.GameClock == null)
{
GameSynchronizer.RpcId(PeerId, MDGameSynchronizer.METHOD_REQUEST_PING, OS.GetTicksMsec());
}
else
{
int maxPlayerPing = GameSynchronizer.GetMaxPlayerPing() + (int)Ping;
uint estimate = GameSynchronizer.GetPlayerTicksMsec(PeerId) + (uint)Ping;
GameSynchronizer.RpcId(PeerId, MDGameSynchronizer.METHOD_REQUEST_PING, OS.GetTicksMsec(), estimate,
GameSynchronizer.GameClock.GetTickAtTimeOffset(Ping), maxPlayerPing);
}
}
public object[] ConvertForSending(object Item, bool Complete)
{
ExtractMembers();
if (Item == null)
{
return(new object[] { null });
}
List <object> ObjectArray = new List <object>();
List <object> newLastValues = new List <object>();
for (int i = 0; i < Members.Count; i++)
{
object value = Members[i].GetValue(Item);
IMDDataConverter Converter = DataConverters[i];
if (Complete || LastValues.Count == 0 || Converter.ShouldObjectBeReplicated(LastValues[i], value))
{
object[] dataArray = Converter.ConvertForSending(value, Complete);
if (dataArray != null)
{
ObjectArray.Add($"{i}{SEPARATOR}{dataArray.Length}");
ObjectArray.AddRange(dataArray);
}
else
{
ObjectArray.Add($"{i}{SEPARATOR}{1}");
ObjectArray.Add(null);
}
}
newLastValues.Add(value);
}
MDLog.Trace(LOG_CAT, $"MDCustomClass converting for sending ({MDStatics.GetParametersAsString(ObjectArray.ToArray())})");
LastValues = newLastValues;
return(ObjectArray.ToArray());
}
public object[] ConvertForSending(object Item, bool Complete)
{
if (Item == null)
{
return(new object[] { null });
}
// Get commands
T CReplicator = (T)Item;
List <object[]> commands = Complete ? CReplicator.MDGetCommandsForNewPlayer() : CReplicator.MDGetCommands();
List <object> ReturnList = new List <object>();
foreach (object[] command in commands)
{
// Add length
ReturnList.Add(command.Length);
ReturnList.AddRange(command);
}
MDLog.Trace(LOG_CAT, $"MDCommandReplicator converting for sending ({MDStatics.GetParametersAsString(ReturnList.ToArray())})");
return(ReturnList.ToArray());
}
private void RequestPing(uint ServerTimeOfRequest)
{
// Respond
RpcId(Multiplayer.GetRpcSenderId(), nameof(PingResponse), ServerTimeOfRequest);
MDLog.Trace(LOG_CAT, "Responded to server request for ping");
}
private void OnNetworkNodeRemoved(Node node)
{
MDLog.Trace(LOG_CAT, $"Node removed: {node.GetPath()}");
NodeList.Remove(node);
}
private void CheckSynchStatus(Timer timer)
{
// Only do this on clients
if (!this.IsClient())
{
timer.RemoveAndFree();
return;
}
if (NodeCount < 0)
{
MDLog.Debug(LOG_CAT, "We got no node count");
// We don't know how many nodes we got yet
return;
}
int SynchedNodes = NodeCount;
if (NodeList.Count < NodeCount)
{
MDLog.Debug(LOG_CAT, "We still don't have all nodes");
// We still don't have all nodes
SynchedNodes = NodeList.Count;
}
else if (!NodeSynchCompleted)
{
// This is the first time we synched all nodes, notify the server
MDLog.Debug(LOG_CAT, "Node synch complete, notifying server");
NodeSynchCompleted = true;
RpcId(GameSession.GetNetworkMaster(), nameof(NotifyAllNodesSynched));
}
int NotSynchedNodes = 0;
// Check node custom logic to see if synch is done
foreach (Node node in NodeList)
{
if (!(node is IMDSynchronizedNode) || ((IMDSynchronizedNode)node).IsSynchronizationComplete())
{
continue;
}
// We are not synched
MDLog.Trace(LOG_CAT, $"A node is still synching: {node.GetPath()}");
SynchedNodes--;
NotSynchedNodes++;
}
if (SynchedNodes == NodeCount)
{
// We are done synching
SynchronizationState = SynchronizationStates.SYNCRHONIZED;
RpcId(MDStatics.GetServerId(), nameof(ClientSynchDone));
MDLog.Debug(LOG_CAT, "We are done synching notifying server");
// Set ourselves to done
OnPlayerSynchStatusUpdateEvent(MDStatics.GetPeerId(), 1f);
timer.RemoveAndFree();
}
else
{
float percentage = (float)SynchedNodes / NodeCount;
MDLog.Debug(LOG_CAT,
$"We have {NotSynchedNodes} nodes that are still synching. Current status: {percentage * 100}%");
// Notify the server of how many nodes we got synched
RpcId(GameSession.GetNetworkMaster(), nameof(ClientSynchStatus), SynchedNodes);
// Update our own UI
OnPlayerSynchStatusUpdateEvent(MDStatics.GetPeerId(), percentage);
}
}
/// <summary>
/// Registers the given instance's fields marked with [MDReplicated()]
/// </summary>
/// <param name="Instance">The node to register</param>
public void RegisterReplication(Node Instance)
{
List <MemberInfo> Members = MDStatics.GetTypeMemberInfos(Instance);
List <MDReplicatedMember> NodeMembers = new List <MDReplicatedMember>();
foreach (MemberInfo Member in Members)
{
MDReplicated RepAttribute = Member.GetCustomAttribute(typeof(MDReplicated)) as MDReplicated;
if (RepAttribute == null)
{
continue;
}
MDReplicatedSetting[] Settings = GetSettings(Member);
MDReplicatedMember NodeMember = CreateReplicatedMember(Member, RepAttribute, Instance, Settings);
NodeMembers.Add(NodeMember);
ProcessSettingsForMember(NodeMember, ParseParameters(typeof(Settings), Settings));
GroupManager.AddReplicatedMember(NodeMember);
MDLog.Debug(LOG_CAT, $"Adding Replicated Node {Instance.Name} Member {Member.Name}");
if (HasRPCModeSet(Member) == false)
{
Instance.RsetConfig(Member.Name, MultiplayerAPI.RPCMode.Puppet);
}
}
if (NodeMembers.Count > 0)
{
NodeList.Add(new ReplicatedNode(Instance, NodeMembers));
List <object> networkIdUpdates = new List <object>();
foreach (MDReplicatedMember member in NodeMembers)
{
string MemberUniqueKey = member.GetUniqueKey();
KeyToMemberMap.Add(MemberUniqueKey, member);
// Check if we have a buffer waiting for this member
if (NetworkIdKeyMap.ContainsKey(MemberUniqueKey))
{
NetworkIdKeyMap.CheckBuffer(NetworkIdKeyMap.GetValue(MemberUniqueKey), member);
}
if (MDStatics.IsServer())
{
if (!NetworkIdKeyMap.ContainsKey(member.GetUniqueKey()))
{
uint networkid = GetReplicationId();
MDLog.Trace(LOG_CAT, $"Adding NetworkIdKeyMap key [{member.GetUniqueKey()}] with id [{networkid}]");
NetworkIdKeyMap.AddNetworkKeyIdPair(networkid, member.GetUniqueKey());
NetworkIdKeyMap.CheckBuffer(networkid, member);
networkIdUpdates.Add(networkid);
networkIdUpdates.Add(member.GetUniqueKey());
}
}
}
if (MDStatics.IsNetworkActive() && networkIdUpdates.Count > 0)
{
Rpc(nameof(UpdateNetworkIdMap), networkIdUpdates);
}
}
}
private void OnUnpauseTimerTimeout(Timer timer)
{
MDLog.Trace(LOG_CAT, "Unpausing game");
timer.RemoveAndFree();
GetTree().Paused = false;
}
