/// <summary>
/// Creates a session change notification including only the last changes to the session
/// </summary>
/// <param name="container">Information about the current node the client is in</param>
/// <returns>The packet ready to be sent</returns>
private PyPacket CreateEmptySessionChange(NodeContainer container)
{
// Fill all the packet data, except the dest/source
SessionChangeNotification scn = new SessionChangeNotification
{
Changes = Session.GenerateSessionChange()
};
if (scn.Changes.Length == 0)
{
// Nothing to do
return(null);
}
// add ourselves as nodes of interest
// TODO: DETECT NODE OF INTEREST BASED ON THE SERVER THAT HAS THE SOLAR SYSTEM LOADED IN
scn.NodesOfInterest.Add(container.NodeID);
PyPacket packet = new PyPacket(PyPacket.PacketType.SESSIONCHANGENOTIFICATION)
{
Source = new PyAddressNode(container.NodeID),
Destination = new PyAddressClient(this.Session["userid"] as PyInteger),
UserID = this.Session["userid"] as PyInteger,
Payload = scn,
OutOfBounds = new PyDictionary()
{
{ "channel", "sessionchange" }
}
};
return(packet);
}
public PyPacket CreateEmptySessionChange()
{
// Fill all the packet data, except the dest/source
SessionChangeNotification scn = new SessionChangeNotification
{
Changes = Session.GenerateSessionChange()
};
if (scn.Changes.Length == 0)
{
// Nothing to do
return(null);
}
PyPacket packet = new PyPacket(PyPacket.PacketType.SESSIONCHANGENOTIFICATION)
{
UserID = this.Session["userid"] as PyInteger,
Payload = scn,
OutOfBounds = new PyDictionary
{
["channel"] = "sessionchange"
}
};
return(packet);
}
public PyPacket CreateEmptySessionChange()
{
// Fill all the packet data, except the dest/source
SessionChangeNotification scn = new SessionChangeNotification();
scn.changes = Session.EncodeChanges();
if (scn.changes.Dictionary.Count == 0)
{
// Nothing to do
return(null);
}
Dictionary <int, Connection> nodes = ConnectionManager.Nodes;
// Add all the nodeIDs
foreach (KeyValuePair <int, Connection> node in nodes)
{
scn.nodesOfInterest.Items.Add(new PyInt(node.Key));
}
PyPacket p = new PyPacket();
p.type_string = "macho.SessionChangeNotification";
p.type = Macho.MachoNetMsg_Type.SESSIONCHANGENOTIFICATION;
p.userID = (uint)AccountID;
p.payload = scn.Encode().As <PyTuple>();
p.named_payload = new PyDict();
p.named_payload.Set("channel", new PyString("sessionchange"));
return(p);
}
public PyPacket CreateEmptySessionChange()
{
// Fill all the packet data, except the dest/source
SessionChangeNotification scn = new SessionChangeNotification();
scn.changes = session.EncodeChanges();
if (scn.changes.Dictionary.Count == 0)
{
// Nothing to do
return(null);
}
// Add all the nodeIDs
foreach (int node in NodeManager.nodes.Keys)
{
if (node == 0)
{
continue;
}
scn.nodesOfInterest.Items.Add(new PyInt(node));
}
PyPacket p = new PyPacket();
p.type_string = "macho.SessionChangeNotification";
p.type = Macho.MachoNetMsg_Type.SESSIONCHANGENOTIFICATION;
p.userID = (uint)ClientManager.GetClientID(this);
p.payload = scn.Encode().As <PyTuple>();
p.named_payload = new PyDict();
p.named_payload.Set("channel", new PyString("sessionchange"));
return(p);
}
