void HandleNodeResponse(NetworkPacket packet)
{
// Check that the packet is valid.
if (networkPacketSwitch.VerifyPendingPacket(packet))
{
NodeInfoResponse nir = new NodeInfoResponse();
nir.Deserialize(packet.Data);
// DebugPrint("NodeResponse from " + packet.PublicKeySource + " : " + packet.Data.Length + " Bytes, Nodes : " + nir.TotalRequestedNodes, DisplayType.Warning);
foreach (NodeDataEntity nde in nir.RequestedNodes)
{
PendingNodesToBeFetched.Enqueue(nde);
}
}
else
{
DebugPrint("Packet VER FAILED : HandleNodeResponse().", DisplayType.Warning);
}
}
void HandleNodeRequest(NetworkPacket packet)
{
NodeInfoRequest nir = new NodeInfoRequest();
nir.Deserialize(packet.Data);
// DebugPrint("NodeRequest from " + packet.PublicKeySource + " Nodes : " + nir.TotalRequestedNodes, DisplayType.Warning);
if ((Common.LSYNC_MAX_REQUESTED_NODES >= nir.TotalRequestedNodes) &&
(nir.TotalRequestedNodes == nir.RequestedNodesAdresses.Count))
{
NodeInfoResponse responseData = new NodeInfoResponse();
foreach (Hash nodeAddress in nir.RequestedNodesAdresses)
{
ListTreeNode ltn;
if (LedgerTree.TraverseToNode(nodeAddress, out ltn) == TraverseResult.Success)
{
responseData.Add(new NodeDataEntity(ltn));
}
}
NetworkPacket response = new NetworkPacket(nodeConfig.PublicKey, PacketType.TPT_LSYNC_NODE_RESPONSE,
responseData.Serialize(), packet.Token);
networkPacketSwitch.AddToQueue(packet.PublicKeySource, response);
}
}