public static void SyncUpdate(NetUpdateType updatetype, object data)
{
if (ConnectedMatch == null || !SendUpdate)
{
return;
}
try
{
BinaryWriter bw;
foreach (Player player in ConnectedMatch.Players)
{
if (player.Name == Game.Player.Name)
{
continue; //Don't send to ourselves
}
bool isserver = ConnectedMatch.OwnerName == Game.Player.Name;
if (!isserver)
{
//bw = new BinaryWriter(ConnectedMatch.GetPlayerByName(ConnectedMatch.OwnerName).Client.GetStream().ToSafeNetStream()); //If not server, send only to server
var c = ConnectedMatch.GetPlayerByName(ConnectedMatch.OwnerName).Client; //If not server, send only to server
bw = new BinaryWriter(c.GetStream().ToSafeNetStream(c, null));
}
else
{
//bw = new BinaryWriter(player.Client.GetStream().ToSafeNetStream());
var c = player.Client;
bw = new BinaryWriter(c.GetStream().ToSafeNetStream(c, null));
bw.Write(Game.Player.Name); //Otherwise write playername as listener expects
}
bw.Write((int)updatetype);
switch (updatetype)
{
case NetUpdateType.Name:
string newname = (string)data;
bw.Write(newname);
break;
case NetUpdateType.Color:
int color = ((Color)data).ToArgb();
bw.Write(color);
break;
case NetUpdateType.Move:
int direction = (int)data; //Converting to enum and back to int is unnecessary
bw.Write(direction);
break;
case NetUpdateType.Leave:
break;
case NetUpdateType.Teleport:
Point point = (Point)data;
bw.Write(point.X);
bw.Write(point.Y);
break;
case NetUpdateType.Score:
int score = (int)data;
bw.Write(score);
break;
case NetUpdateType.Lives:
int lives = (int)data;
bw.Write(lives);
break;
case NetUpdateType.Pause:
bool pause = (bool)data;
bw.Write(pause);
break;
}
if (!isserver)
{
break; //If not server, only send to the server
}
}
}
catch (IOException)
{
}
catch (Exception e)
{
Program.HandleException(e);
}
}
private static bool ReceiveAndProcessData(Player player, BinaryReader br)
{
string playername = player.Name;
try
{
NetUpdateType updatetype = (NetUpdateType)br.ReadInt32();
switch (updatetype)
{
case NetUpdateType.Name:
string newname = br.ReadString();
player.Name = newname;
foreach (BinaryWriter bw in ForwardMessage(player, playername, (int)updatetype))
{ //ForwardMessage prepares each send and then here the only thing to do is to send the extra data
bw.Write(newname);
}
break;
case NetUpdateType.Color:
Color color = Color.FromArgb(br.ReadInt32());
player.Color = color;
foreach (BinaryWriter bw in ForwardMessage(player, playername, (int)updatetype))
{
bw.Write(color.ToArgb());
}
break;
case NetUpdateType.Move:
Direction direction = (Direction)br.ReadInt32();
Game.MovePlayerPost(player, Game.MovePlayerPre(player, direction));
foreach (BinaryWriter bw in ForwardMessage(player, playername, (int)updatetype))
{
bw.Write((int)direction);
}
break;
/*case NetUpdateType.Login:
* ConnectedMatch.Players.Add(new Player(playername, ConnectedMatch.NextID));
* break;*/
case NetUpdateType.Leave:
foreach (BinaryWriter bw in ForwardMessage(player, playername, (int)updatetype))
{
}
Network.ConnectedMatch.Players.RemoveAll(entry => entry.Name == playername);
player.Client.Close();
break;
case NetUpdateType.Teleport:
player.Position = new Point(br.ReadInt32(), br.ReadInt32());
Console.WriteLine("Teleporting player " + player.Name + " to point " + player.Position);
Game.MovePlayerPost(player, player.Position);
foreach (BinaryWriter bw in ForwardMessage(player, playername, (int)updatetype))
{
bw.Write(player.Position.X);
bw.Write(player.Position.Y);
}
break;
case NetUpdateType.Score:
player.Score = br.ReadInt32();
foreach (BinaryWriter bw in ForwardMessage(player, playername, (int)updatetype))
{
bw.Write(player.Score);
}
break;
case NetUpdateType.Lives:
player.Lives = br.ReadInt32();
foreach (BinaryWriter bw in ForwardMessage(player, playername, (int)updatetype))
{
bw.Write(player.Lives);
}
break;
case NetUpdateType.Pause:
Form1.SetTimerWithoutSend(!br.ReadBoolean());
foreach (BinaryWriter bw in ForwardMessage(player, playername, (int)updatetype))
{
bw.Write(Game.Paused);
}
break;
}
}
catch (IOException)
{
return(false);
}
catch (ObjectDisposedException)
{
return(false);
}
catch (Exception e)
{
Program.HandleException(e);
}
return(true);
}
