/// <summary>
/// Disconnect the connected UDPPeer</summary>
public void KickClient(UDPPeer peer)
{
this._peers.RemoveAt(this._peers.IndexOf(peer));
this._udpManager._udpServerPeers.RemoveAt(this._udpManager._udpServerPeers.IndexOf(peer));
this._udpManager._RemoveHiddenClientPingChannel(peer.ID);
peer.RemoveEventListener <Event>("ping", this._PingTimerHandler);
peer.Close();
}
private void _CancelHandler(UDPManagerEvent e)
{
if (e.UDPdataInfo.ChannelName.Substring(0, 7) == UDPManager._UDPMRCP && e.UDPdataInfo.Data.messageType.ToString() == "ping")
{ //implements time out feature
UDPPeer peer = this._peers.Where(a => a.Address == e.UDPdataInfo.RemoteAddress).Where(a => a.Port == e.UDPdataInfo.RemotePort).FirstOrDefault();
this.KickClient(peer);
this.DispatchEvent(new UDPServerEvent(UDPServerEvent.Names.CLIENT_TIMED_OUT, peer));
}
else
{
this.DispatchEvent(new UDPManagerEvent(UDPManagerEvent.Names.DATA_CANCELED, e.UDPdataInfo)); //redispatch
}
}
private void _DeliveryHandler(UDPManagerEvent e)
{
if (e.UDPdataInfo.ChannelName.Substring(0, 7) == UDPManager._UDPMRCP && e.UDPdataInfo.Data.messageType.ToString() == "ping")
{ //implements ping feature
UDPPeer peer = this._peers.Where(a => a.Address == e.UDPdataInfo.RemoteAddress).Where(a => a.Port == e.UDPdataInfo.RemotePort).FirstOrDefault();
peer.StartPingTimer();
peer.SetPing(e.UDPdataInfo.Ping);
this.DispatchEvent(new UDPServerEvent(UDPServerEvent.Names.CLIENT_PONG, peer));
}
else
{
this.DispatchEvent(new UDPManagerEvent(UDPManagerEvent.Names.DATA_DELIVERED, e.UDPdataInfo)); //redispatch
}
}
/// <summary>
/// Resets the UDPClient. Means disconnect, unbind, and remove the UDPChannels if you specify the parameter as true</summary>
/// <param name='removeChannels'></param>
public void Close(bool removeChannels = true)
{
this._connecting = false;
this._udpManager._UDPClientConnecting = null;
this._connected = false;
if (this._udpServer != null)
{
this._udpServer.Close();
}
this._udpServer = null;
if (removeChannels)
{
this._udpManager._CloseHiddenChannels();
}
this._udpManager.Close(removeChannels);
}
private void _DeliveryHandler(UDPManagerEvent e)
{
if (e.UDPdataInfo.ChannelName == UDPManager._UDPMRCC && e.UDPdataInfo.Data.messageType.ToString() == "newConnection")
{
this._udpServer = new UDPPeer(e.UDPdataInfo.RemoteAddress, e.UDPdataInfo.RemotePort);
this._udpServer.AddEventListener <Event>("ping", this._PingTimerHandler);
this._udpServer.StartPingTimer();
this._connecting = false;
this._udpManager._UDPClientConnecting = null;
this._connected = true;
this.DispatchEvent(new UDPClientEvent(UDPClientEvent.Names.CONNECTED_TO_SERVER, this._udpServer));
}
else if (e.UDPdataInfo.ChannelName == UDPManager._UDPMRCP && e.UDPdataInfo.Data.messageType.ToString() == "ping")
{
this._udpServer.SetPing(e.UDPdataInfo.Ping);
this._udpServer.StartPingTimer();
this.DispatchEvent(new UDPClientEvent(UDPClientEvent.Names.SERVER_PONG, this._udpServer));
}
else
{
this.DispatchEvent(new UDPManagerEvent(UDPManagerEvent.Names.DATA_DELIVERED, e.UDPdataInfo));
}
}
//
//private methods
//
//UDPManagerEvents listeners
private void _ReceivedDataHandler(UDPManagerEvent e)
{
UDPPeer peer;
if (e.UDPdataInfo.ChannelName == UDPManager._UDPMRCC && e.UDPdataInfo.Data.messageType.ToString() == "newConnection")
{ //implements connection feature
peer = this._GetPeerByAddress(e.UDPdataInfo.RemoteAddress, e.UDPdataInfo.RemotePort);
if (peer == null)
{
peer = new UDPPeer(e.UDPdataInfo.RemoteAddress, e.UDPdataInfo.RemotePort);
this._peers.Add(peer);
this._udpManager._udpServerPeers.Add(peer);
this._udpManager._AddHiddenClientPingChannel(peer.ID);
peer.AddEventListener <Event>("ping", this._PingTimerHandler);
peer.StartPingTimer();
this.DispatchEvent(new UDPServerEvent(UDPServerEvent.Names.CLIENT_CONNECTED, peer));
}
else
{
this.DispatchEvent(new UDPServerEvent(UDPServerEvent.Names.CLIENT_RECONNECTED, peer));
}
}
else if (e.UDPdataInfo.ChannelName == UDPManager._UDPMRCP && e.UDPdataInfo.Data.messageType.ToString() == "ping")
{ //implements ping feature
//do nothing
}
else
{
peer = this._peers.Where(a => a.Address == e.UDPdataInfo.RemoteAddress).Where(a => a.Port == e.UDPdataInfo.RemotePort).FirstOrDefault();
if (peer != null)
{
this.DispatchEvent(new UDPServerEvent(UDPServerEvent.Names.CLIENT_SENT_DATA, peer, e.UDPdataInfo));
}
this.DispatchEvent(new UDPManagerEvent(UDPManagerEvent.Names.DATA_RECEIVED, e.UDPdataInfo)); //redispatch
}
}
//ping handling event
private void _PingTimerHandler(Event e)
{
UDPPeer peer = e.Target as UDPPeer;
this.SendToClient(UDPManager._UDPMRCP + ":" + peer.ID, new { messageType = "ping" }, peer);
}
/// <summary>
/// Disconnect the connected UDPClient and add its IP to the blacklist</summary>
/// <remarks>The <paramref name="blackListEnabled"/> has to be true for the bannishment to be effective</remarks>
public void BanClient(UDPPeer peer)
{
AddBlackAddress(peer.Address);
KickClient(peer);
}
/// <summary>
/// Send data through an UDPChannel to a distant user and returns an <see cref="UDPDataInfo"/> object.</summary>
/// <param name='channelName'>The name of the channel you want to send your message through.</param>
/// <c>It must be registered on this instance, if a channel with that name can't be found the method will throw an exception!</c>
/// <remarks>You can check if the name is registered by calling <see cref="GetChannelByName"/></remarks>
/// <param name="udpData">A literal object that contains the data to send</param>
/// <param name="peer">A connected UDPPeer</param>
public UDPDataInfo SendToClient(string channelName, object udpData, UDPPeer peer)
{
return(_udpManager.Send(channelName, udpData, peer.Address, peer.Port));
}