public override bool Equals(Object other)
{
if (other != null && other is SyncQuark)
{
SyncQuark sq = other as SyncQuark;
return((this.m_quarkLocX == sq.m_quarkLocX) && (this.m_quarkLocY == sq.m_quarkLocY));
}
return(false);
}
private void RegisterActor(XMLQuarkSubscription sub, bool isRoot)
{
HashSet <string> activeQuarks = SyncQuark.DecodeSyncQuarks(sub.activeQuarks);
HashSet <string> passiveQuarks = SyncQuark.DecodeSyncQuarks(sub.passiveQuarks);
QuarkPublisher qp;
// Save SyncID to XMLQuarkSubscription, if we need the info later
if (m_actor.ContainsKey(sub.actorID))
{
UnRegisterActor(sub.actorID);
}
if (isRoot)
{
RootInfo root = new RootInfo();
root.quarkAddress = sub.rootAddress;
root.syncAddress = sub.syncListenerAddress;
root.Roots.Add(root);
m_actor[sub.actorID] = root;
m_rootActors.Add((RootInfo)m_actor[sub.actorID]);
}
else
{
if (sub.syncListenerAddress.Length > 0)
{
RelayActor relActor = new RelayActor();
relActor.syncAddress = sub.syncListenerAddress;
m_actor[sub.actorID] = relActor;
}
else
{
Actor actor = new Actor();
m_actor[sub.actorID] = actor;
}
// Note: Adding all the roots as this actor's root for now.
foreach (RootInfo root in m_rootActors)
{
m_actor[sub.actorID].Roots.Add(root);
}
}
m_actor[sub.actorID].ActiveQuarks = activeQuarks;
m_actor[sub.actorID].PassiveQuarks = passiveQuarks;
m_actor[sub.actorID].XmlSubscription = sub;
foreach (string quark in activeQuarks)
{
if (!QuarkSubscriptions.TryGetValue(quark, out qp))
{
qp = new QuarkPublisher(new SyncQuark(quark));
QuarkSubscriptions.Add(quark, qp);
}
qp.AddActiveSubscriber(sub.actorID);
if (isRoot)
{
qp.SetRootActor(sub.actorID);
}
}
foreach (string quark in passiveQuarks)
{
if (!QuarkSubscriptions.TryGetValue(quark, out qp))
{
qp = new QuarkPublisher(new SyncQuark(quark));
QuarkSubscriptions.Add(quark, qp);
}
qp.AddPassiveSubscriber(sub.actorID);
}
}
public QuarkPublisher(SyncQuark quark)
{
m_quarkName = quark.QuarkName;
m_quark = quark;
}