protected override PeerBase CreatePeer(InitRequest initRequest)
{
var peerConfig = new PeerConfig();
peerConfig.AddConfig(initRequest);
return(PeerFactory.CreatePeer <PeerBase>(peerConfig));
}
private static void OnPeerConfig(object sender, PeerConfig peer)
{
_connGateway?.ConfigPeer(peer);
DebugUtil.LogNormal <RealTimeHandler>(DebugLocation.RealTime, "OnPeerConfig",
"Realtime Connection Config Done");
}
public bool Connect(string remoteIP, int remotePort)
{
PeerEvents listener = new PeerEvents();
listener.OnConnect += OnConnect;
listener.OnDisconnect += OnDisconnent;
listener.OnException += OnException;
listener.OnReceive += OnReceive;
listener.OnUpdateRTT += OnUpdateRTT;
IPEndPoint address = IPResolver.TryParse(remoteIP, remotePort);
if (address == null)
{
return(false);
}
PeerConfig config = new PeerConfig()
{
ConnectAttempts = 40,
ConnectDelay = 200,
DisconnectDelay = 1000,
DuplicateTimeout = 3000,
PingDelay = 2000
};
Peer = Host.Connect(address, config, listener);
return(true);
}
protected override ServerPeerBase CreateServerPeer(InitResponse initResponse, object state)
{
var peerInfo = state as PeerInfo;
var peerConfig = new PeerConfig();
peerConfig.AddConfig(initResponse);
peerConfig.AddConfig(peerInfo);
return(PeerFactory.CreatePeer <ServerPeerBase>(peerConfig));
}
internal abstract void ConfigPeer(PeerConfig peerConfig);
internal override void ConfigPeer(PeerConfig peerConfig)
{
Client?.ConfigPeer(peerConfig.TimeoutLimit, peerConfig.TimeoutMinimum, peerConfig.TimeoutMaximum,
peerConfig.PingInterval);
}
