public MDReplicatedCommandReplicator(MemberInfo Member, bool Reliable, MDReplicatedType ReplicatedType, WeakRef NodeRef, MDReplicatedSetting[] Settings)
: base(Member, true, ReplicatedType, NodeRef, Settings)
{
GameSession = MDStatics.GetGameSession();
Replicator = GameSession.Replicator;
GameClock = GameSession.GetGameClock();
Node node = NodeRef.GetRef() as Node;
IMDCommandReplicator CommandReplicator = InitializeCommandReplicator(Member, node);
CommandReplicator.MDSetSettings(Settings);
}
public MDReplicatedMember(MemberInfo Member, bool Reliable, MDReplicatedType ReplicatedType, WeakRef NodeRef,
MDReplicatedSetting[] Settings)
{
MDLog.AddLogCategoryProperties(LOG_CAT, new MDLogProperties(MDLogLevel.Info));
GameSession = MDStatics.GetGameSession();
Replicator = GameSession.Replicator;
GameClock = GameSession.GetGameClock();
GameSynchronizer = GameSession.GetGameSynchronizer();
this.Member = Member;
this.Reliable = Reliable;
this.ReplicatedType = ReplicatedType;
this.NodeRef = NodeRef;
ParseSettings(MDReplicator.ParseParameters(typeof(Settings), Settings));
CheckIfShouldReplicate();
}
public bool IsReadyForReplication()
{
MDGameInstance GameInstance = MDStatics.GetGameSession().GetGameInstance();
if (GameInstance.GetGameSynchronizer().IsDelayReplicatorUntilAllNodesAreSynched())
{
// If synch is active check if peer has completed node synch
if (GameInstance.GetGameSynchronizer().HasPeerCompletedNodeSynch(PeerId))
{
return(true);
}
}
// If synch is not active then we use a delay
else if (JoinTime + MDReplicator.JIPWaitTime < OS.GetTicksMsec())
{
return(true);
}
return(false);
}
