/// <summary>
/// Creates the network client, using current client configuration values
/// </summary>
private void SetupNetworking()
{
if (_netClient == null)
{
var receiveHandler = new MessagesReceiveHandler(_logger, NetMessages.ServerToClientMessages, _net_cl_log_messages.Boolean);
RegisterMessageHandlers(receiveHandler);
_netClient = new NetworkClient(
_logger,
this,
this,
new SendMappings(NetMessages.ClientToServerMessages),
receiveHandler,
_binaryDataDescriptorSet,
_objectListTypeRegistry,
_cl_name,
NetConstants.AppIdentifier,
_clientport.Integer,
_cl_resend.Float,
_cl_timeout.Float);
_netClient.Start();
}
}
private void CreateNetworkServer()
{
if (_netServer == null)
{
var port = _hostport.Integer;
if (port == 0)
{
port = _defport.Integer;
_hostport.Integer = _defport.Integer;
}
var ipAddress = NetUtilities.StringToIPAddress(_ipname.String, port);
var receiveHandler = new MessagesReceiveHandler(_logger, NetMessages.ClientToServerMessages, _net_sv_log_messages.Boolean);
RegisterMessageHandlers(receiveHandler);
//Always allow the maximum number of clients since we can't just recreate the server whenever we want (clients stay connected through map changes)
_netServer = new NetworkServer(
_logger,
this,
this,
new SendMappings(NetMessages.ServerToClientMessages),
receiveHandler,
_binaryDataDescriptorSet,
_objectListTypeRegistry,
_engine.EngineTime,
_maxPlayers,
NetConstants.AppIdentifier,
ipAddress,
NetConstants.MaxClients,
_sv_timeout.Float
);
_netServer.Start();
}
_netServer.OnNewMapStarted();
}
private void RegisterMessageHandlers(MessagesReceiveHandler receiveHandler)
{
receiveHandler.RegisterHandler <NewConnection>(this);
}
private void RegisterMessageHandlers(MessagesReceiveHandler receiveHandler)
{
receiveHandler.RegisterHandler <ServerInfo>(this);
receiveHandler.RegisterHandler <Print>(this);
}
