public T[] ToArray <T>(Elastic3D coordinates, ElasticLayout layout)
{
List <ElasticAddress> resultPeers = new List <ElasticAddress>();
foreach (var peer in ToArray <ElasticAddress>())
{
Elastic3D pos = layout.DefineCoordinates(peer.Address);
if (coordinates.Contains(pos))
{
resultPeers.Add(peer);
}
}
return(ToArray <T>(resultPeers.ToArray()));
}
public void SendAll(Message message, byte n)
{
// define layout
ElasticLayout layout = ElasticLayout.DefineLayout(Peers.Count, n);
if (layout.Mul() <= 1)
{
ElasticAddress[] peers = Peers.ToArray <ElasticAddress>();
new BConsole.MessageBuilder()
.Append("(!) Broadcasting message(")
.Append(message.ID.Ellipsis())
.Append("), To=")
.Append(ConsoleColor.DarkGreen, layout)
.Append(", nPeers=")
.Append(ConsoleColor.DarkGreen, peers.Length)
//.WriteLine($", message={message}");
.WriteLine();
SendTo(message, peers);
return;
}
// this node coordinates
Elastic3D me = layout.DefineCoordinates(NodeKey.Address);
// send message to z-axis
if (layout.Z > 1)
{
for (byte z = 1; z <= layout.Z; z++)
{
Elastic3D to = new Elastic3D(0, 0, z);
message.RouteTo(3, to, layout, NodeKey);
RouteTo(message, to);
}
return;
}
// send message to y-axis
if (layout.Y > 1)
{
for (byte y = 1; y <= layout.Y; y++)
{
Elastic3D to = new Elastic3D(0, y, 1);
message.RouteTo(2, to, layout, NodeKey);
RouteTo(message, to);
}
return;
}
// send message to x-axis
for (byte x = 1; x <= layout.X; x++)
{
Elastic3D to = new Elastic3D(x, 1, 1);
message.RouteTo(1, to, layout, NodeKey);
RouteTo(message, to);
}
}
private void OnElasticMessage(Message message)
{
// routes info
byte ttl = message.TimeToLive();
Elastic3D to = message.To();
ElasticLayout layout = message.Layout();
Elastic3D me = layout.DefineCoordinates(NodeKey.Address);
// message router
Address router = message.Router();
// router permitted?
if (!Peers.Exists(router))
{
Logger.warning("Unauthorized router!");
return;
}
// verify message
if (ShouldVerifyRouter && !message.VerifyRouter(router))
{
Logger.warning("Router signature not verified!");
return;
}
new BConsole.MessageBuilder()
.Append("(-) Received ShouldRoute message(")
.Append(ConsoleColor.DarkCyan, message.ID.Ellipsis())
.Append(") To:")
.Append(to.Mul() == 0 ? ConsoleColor.DarkYellow : ConsoleColor.DarkGreen, to)
//.WriteLine($", message={message}");
.WriteLine();
// broadcast to all cell
if (to.Mul() > 0 && ttl == 1)
{
ElasticAddress[] peers = Peers.ToArray <ElasticAddress>(to, layout);
new BConsole.MessageBuilder()
.Append("(!) Broadcasting message(")
.Append(ConsoleColor.DarkCyan, message.ID.Ellipsis())
.Append("), To=")
.Append(ConsoleColor.DarkGreen, to)
.Append(", nPeers=")
.Append(ConsoleColor.DarkGreen, peers.Length)
//.WriteLine($", message={message}");
.WriteLine();
// 해당 좌표의 모든 노드에 전송한다.
message.RouteTo(0, to, layout, NodeKey);
SendTo(message, peers);
return;
}
// z-axis must be > 0
if (to.Z < 1)
{
Logger.error($"to.z < 1");
return;
}
// y-axis
if (ttl == 3)
{
for (byte y = 1; y <= layout.Y; y++)
{
to.Y = y;
message.RouteTo(2, to, layout, NodeKey);
RouteTo(message, to);
}
}
// x-axis
else if (ttl == 2 && to.Y > 0)
{
for (byte x = 1; x <= layout.X; x++)
{
to.X = x;
message.RouteTo(1, to, layout, NodeKey);
RouteTo(message, to);
}
}
}
public static Elastic3D DefineCoordinates(ElasticLayout layout, Address address)
{
return(layout.DefineCoordinates(address));
}