static void OnHandSnake(MyEvent arg)
{
UnityClientEvent evt = arg as UnityClientEvent;
HandSnakeResp resp = evt.GetParame <HandSnakeResp>();
client.Logger.Info("OnHandSnake =>> success:" + evt.Success + ",parame :" + resp);
}
static void OnChannelDataError(MyEvent arg)
{
UnityClientEvent evt = arg as UnityClientEvent;
HandSnakeResp resp = evt.GetParame <HandSnakeResp>();
Console.WriteLine("OnHandSnake:" + resp.GetType().FullName);
}
static void OnConnectResum(MyEvent arg)
{
UnityClientEvent evt = arg as UnityClientEvent;
HandSnakeResp resp = evt.GetParame <HandSnakeResp>();
Console.WriteLine("OnConnectResum:" + resp.GetType().FullName);
}
private void HandlHandSnake(MyEvent evt)
{
UnityClientEvent ucEvt = evt as UnityClientEvent;
if (evt.Success)
{
HandSnakeResp resp = evt.GetParame <HandSnakeResp>();
this.sessionToken = resp.ReconnectToken;
if (this.debug)
{
string[] messages = new string[] { string.Format("Handshake response: sessionToken => {0}, heartbeatTime => {1}", this.sessionToken, resp.HeartbeatTime) };
this.log.Debug(messages);
}
if (this.client.IsReconnecting)
{
this.client.IsReconnecting = false;
this.Dispatch(new UnityClientEvent(UnityClientEvent.CONNECTION_RESUME));
}
else
{
this.isConnecting = false;
this.Dispatch(new UnityClientEvent(UnityClientEvent.CONNECTION));
}
}
else
{
UnityClientEvent cEvt = new UnityClientEvent(UnityClientEvent.CONNECTION);
cEvt.Success = false;
cEvt.ErrorDes = "Failed to HandSnake";
this.Dispatch(cEvt);
}
}
public void HandlerHandSnake(HandSnakeResp resp)
{
this.heatbeatTime = resp.HeartbeatTime;
this.payload = resp.Payload;
if (heatbeatService == null)
{
heatbeatService = new HeartBeatService(this, heatbeatTime);
}
//heatbeatService.Start();
UnityClientEvent evt = new UnityClientEvent(UnityClientEvent.HANDSHAKE);
evt.Success = resp.Success;
evt.Parame = resp;
parent.Dispatch(evt);
}
private void HandlerHandSnakeResp(HandSnakeResp resp)
{
ExchangeClient client = endpoint as ExchangeClient;
client.HandlerHandSnake(resp);
}
public object Decode(Remoting.Channel ch, Packet packet)
{
BinaryDataInput input = new BinaryDataInput(packet.Content);
int type = packet.Header.Type;
if (type == Packet.FLAG_HANDSNAKE)
{
HandSnakeResp resp = new HandSnakeResp();
resp.DeserializeTo(input);
return(resp);
}
else if (type == Packet.FLAG_HEARTBEAT)
{
HeartBeatResp req = new HeartBeatResp();
req.DeserializeTo(input);
return(req);
}
else if (type == Packet.FLAG_KICK)
{
KickClient kick = new KickClient();
kick.DeserializeTo(input);
return(kick);
}
else if (type == Packet.FLAG_MESSAGE)
{
int mid = input.ReadInt();
byte mType = input.ReadByte();
if (mType == AbstractMessage.TYPE_RESPONSE)
{
Response response = new Response(mid);
response.Sequence = input.ReadInt();
response.ErrorCode = input.ReadInt();
response.ErrorDes = input.ReadUTF();
if (response.ErrorCode == Response.OK)
{
ResponseArg respArg = ResponseMappingInfo.Instance.CreateResponseMapping(mid) as ResponseArg;
if (respArg == null)
{
log.Error("Failed to handle response message,Cause : Cloud not found response mapper id :" + mid);
}
respArg.DeserializeTo(input);
response.Content = respArg;
}
return(response);
}
else if (mType == AbstractMessage.TYPE_PUSH)
{
Push push = new Push(mid);
push.Identity = input.ReadInt();
ResponseArg respArg = ResponseMappingInfo.Instance.CreateResponseMapping(mid) as ResponseArg;
if (respArg == null)
{
log.Error("Failed to handle push message,Cause : Cloud not found response mapper id :" + mid);
}
respArg.DeserializeTo(input);
push.Content = respArg;
return(push);
}
else if (mType == AbstractMessage.TYPE_BROADCAST)
{
BroadCast broadcast = new BroadCast(mid);
broadcast.Identity = input.ReadInt();
ResponseArg respArg = ResponseMappingInfo.Instance.CreateResponseMapping(mid) as ResponseArg;
if (respArg == null)
{
log.Error("Failed to handle broadcast message,Cause : Cloud not found response mapper id :" + mid);
}
respArg.DeserializeTo(input);
broadcast.Content = respArg;
return(broadcast);
}
}
return(null);
}