public void SenderUsesDefaultChannelForMessage()
{
IMessageSender sender = Substitute.For <IMessageSender>();
var msg = new NetworkPingMessage();
sender.Send(msg);
sender.Received(1).Send(msg, Channel.Reliable);
}
public void NotifySenderUsesDefaultChannelForSegement()
{
INotifySender sender = Substitute.For <INotifySender>();
var msg = new NetworkPingMessage();
object token = new object();
sender.SendNotify(msg, token);
sender.Received(1).SendNotify(msg, token, Channel.Unreliable);
}
internal void UpdateClient(NetworkClient client)
{
if (UnityEngine.Time.time - lastPingTime >= PingFrequency)
{
var pingMessage = new NetworkPingMessage
{
clientTime = LocalTime()
};
client.Connection.Send(pingMessage, Channel.Unreliable);
lastPingTime = UnityEngine.Time.time;
}
}
internal void UpdateClient(INetworkClient client)
{
if (UnityEngine.Time.time - _lastPingTime >= PingInterval)
{
var pingMessage = new NetworkPingMessage
{
clientTime = LocalTime()
};
client.Send(pingMessage, Channel.Unreliable);
_lastPingTime = UnityEngine.Time.time;
}
}
// executed at the server when we receive a ping message
// reply with a pong containing the time from the client
// and time from the server
internal void OnServerPing(INetworkConnection conn, NetworkPingMessage msg)
{
if (logger.LogEnabled())
{
logger.Log("OnPingServerMessage conn=" + conn);
}
var pongMsg = new NetworkPongMessage
{
clientTime = msg.clientTime,
serverTime = LocalTime()
};
conn.Send(pongMsg, Channel.Unreliable);
}