public void ProcessHandshakeRequest(TPeer source, ref PacketReader reader)
{
//Parse packet
string name;
CodecSettings codecSettings;
reader.ReadHandshakeRequest(out name, out codecSettings);
// Validate that we have a player name, and ignore if not
if (name == null)
{
Log.Warn("Ignoring a handshake with a null player name");
return;
}
// Check if this client is already in the session but with a different connection to the current one.
// We'll assume name collisions never happen, so this is probably a client reconnecting before the server has cleaned up after a very recent disconnection
ClientInfo <TPeer> currentInfoByName;
ClientInfo <TPeer> currentInfoByConn;
if (TryGetClientInfoByName(name, out currentInfoByName) | TryFindClientByConnection(source, out currentInfoByConn))
{
//We got the client by name and by current connection. If they are different then the client is in the session with a different connection
if (!EqualityComparer <ClientInfo <TPeer> > .Default.Equals(currentInfoByName, currentInfoByConn))
{
//Remove clients who were already connected
if (currentInfoByConn != null && currentInfoByConn.IsConnected)
{
RemoveClient(currentInfoByConn);
}
if (currentInfoByName != null && currentInfoByName.IsConnected)
{
RemoveClient(currentInfoByName);
}
Log.Debug("Client '{0}' handshake received but client is already connected! Disconnecting client '{1}' & '{2}', connecting '{3}'",
name,
currentInfoByConn,
currentInfoByName,
source
);
}
}
//Get or register the ID for this client
var id = PlayerIds.GetId(name) ?? PlayerIds.Register(name);
var info = GetOrCreateClientInfo(id, name, codecSettings, source);
//Send back handshake response
_tmpClientBufferHandshake.Clear();
GetClients(_tmpClientBufferHandshake);
var writer = new PacketWriter(_tmpSendBuffer);
writer.WriteHandshakeResponse(_server.SessionId, info.PlayerId, _tmpClientBufferHandshake, ClientsInRooms.ByName);
_server.SendReliable(source, writer.Written);
}
public void ProcessHandshakeRequest(TPeer source, ref PacketReader reader)
{
//Parse packet
string name;
CodecSettings codecSettings;
reader.ReadHandshakeRequest(out name, out codecSettings);
// Validate that we have a player name, and ignore if not
if (name == null)
{
Log.Warn("Ignoring a handshake with a null player name");
return;
}
// Check if this client is already in the session but with a different connection to the current one.
// We'll assume name collisions never happen, so this is probably a client reconnecting before the server has cleaned up after a very recent disconnection
ClientInfo <TPeer> currentInfoByName;
ClientInfo <TPeer> currentInfoByConn;
if (TryGetClientInfoByName(name, out currentInfoByName) | TryFindClientByConnection(source, out currentInfoByConn))
{
//We got the client by name and by current connection. If they are different then the client is in the session with a different connection
if (!EqualityComparer <ClientInfo <TPeer> > .Default.Equals(currentInfoByName, currentInfoByConn))
{
//Remove clients who were already connected
if (currentInfoByConn != null && currentInfoByConn.IsConnected)
{
RemoveClient(currentInfoByConn);
}
if (currentInfoByName != null && currentInfoByName.IsConnected)
{
RemoveClient(currentInfoByName);
}
Log.Debug("Client '{0}' handshake received but client is already connected! Disconnecting client '{1}' & '{2}', connecting '{3}'",
name,
currentInfoByConn,
currentInfoByName,
source
);
}
}
//Get or register the ID for this client
var id = PlayerIds.GetId(name) ?? PlayerIds.Register(name);
var info = GetOrCreateClientInfo(id, name, codecSettings, source);
// Send the handshake response - but with _no_ clients in the list, as if the session has no one in it. The handshake packet previously listed everyone in the session and what rooms they're in. However,
// this could cause the packet to become very large and eventually it would overflow a buffers. Rather than expand all the buffers (which could break network integrations) we're not going to send any of
// that data in the handshake (as if it's an empty session) and then we'll immediately send all the client data in separate packets.
var writer = new PacketWriter(_tmpSendBuffer);
_tmpClientBufferHandshake.Clear();
writer.WriteHandshakeResponse(_server.SessionId, info.PlayerId, _tmpClientBufferHandshake, _tmpClientByRoomsBufferHandshake);
_server.SendReliable(source, writer.Written);
//Send individual client state messages for all clients in the session
GetClients(_tmpClientBufferHandshake);
for (var i = 0; i < _tmpClientBufferHandshake.Count; i++)
{
SendFakeClientState(source, _tmpClientBufferHandshake[i]);
}
}
