public static AckMessage Deserialize(string rawMessage)
{
AckMessage msg = new AckMessage();
// '6:::' [message id] '+' [data]
// 6:::4
// 6:::4+["A","B"]
msg.RawMessage = rawMessage;
string[] args = rawMessage.Split(SPLITCHARS, 4);
if (args.Length == 4)
{
msg.Endpoint = args[2];
int id;
string[] parts = args[3].Split(new char[] { '+' });
if (parts.Length > 1)
{
if (int.TryParse(parts[0], out id))
{
msg.AckId = id;
msg.MessageText = parts[1];
Match payloadMatch = reAckComplex.Match(msg.MessageText);
if (payloadMatch.Success)
{
msg.Json = new JsonEncodedEventMessage();
msg.Json.args = new string[] { payloadMatch.Groups["payload"].Value };
}
}
}
}
return(msg);
}
public static AckMessage Deserialize(string rawMessage)
{
AckMessage msg = new AckMessage();
// '6:::' [message id] '+' [data]
// 6:::4
// 6:::4+["A","B"]
msg.RawMessage = rawMessage;
string[] args = rawMessage.Split(SPLITCHARS, 4);
if (args.Length == 4)
{
msg.Endpoint = args[2];
int id;
string[] parts = args[3].Split(new char[] {'+'});
if (parts.Length > 1)
{
if (int.TryParse(parts[0], out id))
{
msg.AckId = id;
msg.MessageText = parts[1];
Match payloadMatch = reAckComplex.Match(msg.MessageText);
if (payloadMatch.Success)
{
msg.Json = new JsonEncodedEventMessage();
msg.Json.Args = new string[] {payloadMatch.Groups["payload"].Value};
}
}
}
}
return msg;
}
public static IMessage Factory(string rawMessage)
{
if (reMessageType.IsMatch(rawMessage))
{
char id = rawMessage.First();
switch (id)
{
case '0':
return(DisconnectMessage.Deserialize(rawMessage));
case '1':
return(ConnectMessage.Deserialize(rawMessage));
case '2':
return(new Heartbeat());
case '3':
return(TextMessage.Deserialize(rawMessage));
case '4':
return(JSONMessage.Deserialize(rawMessage));
case '5':
return(EventMessage.Deserialize(rawMessage));
case '6':
return(AckMessage.Deserialize(rawMessage));
case '7':
return(ErrorMessage.Deserialize(rawMessage));
case '8':
return(new NoopMessage());
default:
Trace.WriteLine(string.Format("Message.Factory undetermined message: {0}", rawMessage));
return(new TextMessage());
}
}
else
{
Trace.WriteLine(string.Format("Message.Factory did not find matching message type: {0}", rawMessage));
return(new NoopMessage());
}
}
public static IMessage Factory(string rawMessage)
{
if (reMessageType.IsMatch(rawMessage))
{
char id = rawMessage.First();
switch (id)
{
case '0':
return(DisconnectMessage.Deserialize(rawMessage));
case '1':
return(ConnectMessage.Deserialize(rawMessage));
case '2':
return(new Heartbeat());
case '3':
return(TextMessage.Deserialize(rawMessage));
case '4':
return(null);
case '5':
return(EventMessage.Deserialize(rawMessage));
case '6':
return(AckMessage.Deserialize(rawMessage));
case '7':
return(ErrorMessage.Deserialize(rawMessage));
case '8':
return(new NoopMessage());
default:
return(new TextMessage());
}
}
else
{
return(new NoopMessage());
}
}
public static AckMessage Deserialize(string rawMessage)
{
AckMessage msg = new AckMessage();
msg.RawMessage = rawMessage;
string askId = rawMessage.Substring(2, rawMessage.IndexOf("[") - 2);
int id;
if (int.TryParse(askId, out id))
{
msg.AckId = id;
}
var groups = new Regex(@"\[([\s\S]*)\]", RegexOptions.IgnoreCase | RegexOptions.Compiled).Match(rawMessage).Groups;
msg.RawMessage = groups[0].Value.Replace("\\", "");
//jsonMsg.Event = groups[1].Value;
msg.MessageText = groups[1].Value.Replace("\\", "").Trim('"');
return(msg);
}
public void Subscribe(string eventName, Func<ISocketEventRequest, RequestResult> eventCallback, Action<ISocketEventResponse> subscribeReadyCallback = null)
{
this.socket.On(eventName, (msg) =>
{
var dto = JsonConvert.DeserializeObject<SocketEventRequestDto>(msg.Json.Args[0].ToString());
var request = Mapper.Map<SocketEventRequestDto, SocketEventRequest>(dto);
var result = eventCallback(request);
// Simulate a ack callback because SocketIO4Net doesn't provide one by default.
var msgText = JsonConvert.SerializeObject(new object[] {
new SocketEventResponseDto() {
RequestId = request.RequestId,
Status = result.ToString().ToUpper()
}
});
var ack = new AckMessage()
{
AckId = msg.AckId,
MessageText = msgText
};
this.socket.Send(ack);
});
var subscribeDto = new SubscribeDto()
{
Event = eventName,
SenderId = this.ClientId
};
this.socket.Emit(SUBSCRIBE, subscribeDto, string.Empty, (data) =>
{
var json = data as JsonEncodedEventMessage;
var result = JsonConvert.DeserializeObject<SocketEventResponseDto>(json.Args[0]);
var response = Mapper.Map<SocketEventResponseDto, SocketEventResponse>(result);
if (subscribeReadyCallback != null)
{
subscribeReadyCallback(response);
}
});
}
public static IMessage Factory(string rawMessage)
{
if (Check(rawMessage))
{
string message = rawMessage.TrimStart('0');
return(ConnectMessage.Deserialize(message));
}
if (ReMessageType.IsMatch(rawMessage))
{
char id = rawMessage.First();
switch (id)
{
case '0':
return(DisconnectMessage.Deserialize(rawMessage));
case '1':
return(ConnectMessage.Deserialize(rawMessage));
case '2':
return(new Heartbeat());
case '3':
return(TextMessage.Deserialize(rawMessage));
case '4':
return(JSONMessage.Deserialize(rawMessage));
case '5':
return(EventMessage.Deserialize(rawMessage));
case '6':
return(AckMessage.Deserialize(rawMessage));
case '7':
return(ErrorMessage.Deserialize(rawMessage));
case '8':
return(new NoopMessage());
default:
Trace.WriteLine(string.Format("Message.Factory undetermined message: {0}", rawMessage));
return(new TextMessage());
}
}
if (rawMessage.IndexOf("[") > 0)
{
// int index = rawMessage.IndexOf("[");
return(AckMessage.Deserialize(rawMessage));
}
//if (rawMessage == "3")
//{
// return new Heartbeat();
//}
else
{
Trace.WriteLine(string.Format("Message.Factory did not find matching message type: {0}", rawMessage));
return(new NoopMessage());
}
}
