public void SendTo(NodeRaftAddress nodeAddress, eRaftSignalType signalType, IEncoder data, NodeRaftAddress senderNodeAddress, string entityName)
{
try
{
TcpPeer peer = null;
if (Peers.TryGetValue(nodeAddress.EndPointSID, out peer))
{
peer.Send(RaftCommand.RaftMessage, new TcpMsgRaft()
{
EntityName = entityName, RaftSignalType = signalType, Data = data.BiserEncode()
});
}
}
catch (Exception ex)
{
}
}
public void SendTo(NodeAddress nodeAddress, eRaftSignalType signalType, byte[] data, NodeAddress senderNodeAddress, string entityName)
{
try
{
TcpPeer peer = null;
if (Peers.TryGetValue(nodeAddress.EndPointSID, out peer))
{
peer.Write(cSprot1Parser.GetSprot1Codec(new byte[] { 00, 02 },
(
new TcpMsgRaft()
{
EntityName = entityName, RaftSignalType = signalType, Data = data
}
).SerializeBiser()));
}
}
catch (Exception ex)
{
}
}
public void AddPeerToClusterEndPoints(TcpPeer peer, bool handshake)
{
_sync.EnterWriteLock();
try
{
//Choosing priority connection
if (!Peers.ContainsKey(peer.EndPointSID))
{
Peers[peer.EndPointSID] = peer;
peer.FillNodeAddress();
if (handshake)
{
peer.Send(RaftCommand.HandshakeACK, new TcpMsgHandshake()
{
NodeListeningPort = trn.port,
NodeUID = trn.GetNode().NodeAddress.NodeUId,
});
}
}
else
{
//Peers[peer.EndPointSID].Send(RaftCommand.Ping,"ping"); //ping
//removing incoming connection
peer.Dispose(true);
return;
}
}
catch (Exception ex)
{
//throw;
}
finally
{
_sync.ExitWriteLock();
}
}
public void AddTcpClient(TcpClient peer)
{
var p = new TcpPeer(peer, trn);
}
public void AddPeerToClusterEndPoints(TcpPeer peer, bool handshake)
{
_sync.EnterWriteLock();
try
{
if (peer.Handshake.NodeUID == trn.GetNodeByEntityName("default").NodeAddress.NodeUId) //Self disconnect
{
trn.NodeSettings.TcpClusterEndPoints.Where(r => r.EndPointSID == peer.EndPointSID)
.FirstOrDefault().Me = true;
peer.Dispose(true);
return;
}
//Choosing priority connection
if (!Peers.ContainsKey(peer.EndPointSID))
{
if (handshake && trn.GetNodeByEntityName("default").NodeAddress.NodeUId > peer.Handshake.NodeUID)
{
//trn.log.Log(new WarningLogEntry()
//{
// LogType = WarningLogEntry.eLogType.DEBUG,
// Description = $"{trn.port}> !!!!!dropped{peer.Handshake.NodeListeningPort} {peer.Handshake.NodeListeningPort} on handshake as weak"
//});
peer.Dispose(true);
return;
}
Peers[peer.EndPointSID] = peer;
peer.FillNodeAddress();
//trn.log.Log(new WarningLogEntry()
//{
// LogType = WarningLogEntry.eLogType.DEBUG,
// Description = $"{trn.port}> >>>>>>connected{peer.Handshake.NodeListeningPort} {peer.Handshake.NodeListeningPort} by {(handshake ? "handshake" : "ACK")} with diff: {(trn.rn.NodeAddress.NodeUId - peer.Handshake.NodeUID)}"
//});
if (handshake)
{
//sending back handshake ack
peer.Write(
cSprot1Parser.GetSprot1Codec(
new byte[] { 00, 03 }, (new TcpMsgHandshake()
{
NodeListeningPort = trn.port,
NodeUID = trn.GetNodeByEntityName("default").NodeAddress.NodeUId,
}).SerializeBiser())
);
}
}
else
{
//trn.log.Log(new WarningLogEntry()
//{
// LogType = WarningLogEntry.eLogType.DEBUG,
// Description = $"{trn.port}> !!!!!dropped{peer.Handshake.NodeListeningPort} {peer.Handshake.NodeListeningPort} as existing"
//});
//Sending ping on existing connection (may be it is alredy old)
Peers[peer.EndPointSID].Write(cSprot1Parser.GetSprot1Codec(new byte[] { 00, 05 }, null)); //ping
//removing incoming connection
peer.Dispose(true);
return;
}
}
catch (Exception ex)
{
//throw;
}
finally
{
_sync.ExitWriteLock();
}
}
public TcpPeer AddTcpClient(IChannelHandlerContext peer)
{
var p = new TcpPeer(peer, trn);
return(p);
}
