private void ConsumerInventoryToSpread()
{
List <PeerConnection> peers =
Manager.Instance.NetDelegate.ActivePeers.Where(peer => !peer.IsNeedSyncFromPeer && !peer.IsNeedSyncUs).ToList();
if (this.inventory_spread.IsEmpty || peers.IsNullOrEmpty())
{
return;
}
InventorySender sender = new InventorySender();
foreach (var spread in this.inventory_spread)
{
foreach (PeerConnection peer in peers)
{
if (peer.GetInventoryReceive(spread.Key) == null &&
peer.GetInventorySpread(spread.Key) == null)
{
peer.AddInventorySpread(spread.Key, Helper.CurrentTimeMillis());
sender.Add(spread.Key, peer);
}
this.inventory_spread.TryRemove(spread.Key, out _);
}
}
sender.SendInventory();
}
private void ConsumerInventoryToFetch()
{
List <PeerConnection> peers =
Manager.Instance.NetDelegate.ActivePeers.Where(peer => peer.IsIdle).ToList();
if (this.inventory_fetch.IsEmpty || peers.IsNullOrEmpty())
{
return;
}
InventorySender sender = new InventorySender();
long now = Helper.CurrentTimeMillis();
foreach (var fetch in this.inventory_fetch)
{
if (fetch.Value
< now - Parameter.NetParameters.MSG_CACHE_DURATION_IN_BLOCKS * Parameter.ChainParameters.BLOCK_PRODUCED_INTERVAL)
{
Logger.Info(
string.Format("This obj is too late to fetch, type: {0} hash: {1}.",
fetch.Key.Type,
fetch.Key.Hash));
this.inventory_fetch.TryRemove(fetch.Key, out _);
this.inventory_fetch_cache.Remove(fetch.Key.ToString());
return;
}
peers.Where(peer => peer.GetInventoryReceive(fetch.Key) != null &&
sender.GetSize(peer) < Parameter.NetParameters.MAX_TRX_FETCH_PER_PEER)
.OrderBy(peer => sender.GetSize(peer))
.FirstOrDefault(peer =>
{
sender.Add(fetch.Key, peer);
peer.InventoryRequest.TryAdd(fetch.Key, now);
inventory_fetch.TryRemove(fetch.Key, out _);
return(true);
});
}
sender.SendFetch();
}