internal static void ClientConnected(CrowdControlClient c)
{
Console.WriteLine("Client connected");
Console.WriteLine("Awaiting CC Command");
c.Receive();
}
private static void StartCrowdControlServer()
{
var client = new CrowdControlClient();
// Setup handlers
client.Connected += new ConnectedHandler(CrowdControlEventManager.ClientConnected);
client.MessageReceived += new ClientMessageReceivedHandler(CrowdControlEventManager.ClientMessageReceived);
client.MessageSubmitted += new ClientMessageSubmittedHandler(CrowdControlEventManager.ClientMessageSent);
client.StartClient();
}
private static void StartCrowdControlServer()
{
// https://codereview.stackexchange.com/questions/24758/tcp-async-socket-server-client-communication
var client = new CrowdControlClient();
// Setup handlers
client.Connected += new ConnectedHandler(CrowdControlEventManager.ClientConnected);
client.MessageReceived += new ClientMessageReceivedHandler(CrowdControlEventManager.ClientMessageReceived);
client.MessageSubmitted += new ClientMessageSubmittedHandler(CrowdControlEventManager.ClientMessageSent);
client.StartClient();
//new Thread(new ThreadStart(client.StartClient)).Start();
}
internal static void ClientMessageReceived(CrowdControlClient c, string raw)
{
try {
Console.WriteLine("Message received: " + raw);
// Decode the message from CC
// { "id":1,"code":"kill","viewer":"sdk","type":1}
var request = JsonSerializer.Deserialize <CrowdControlRequest>(raw);
// Do the thing
var eventName = EventNameDict[request.Code];
var status = 0;
if (TimerCooldown.IsInitialised())
{
try
{
EventLookup.Lookup(eventName, request.Viewer);
}
catch (Exception)
{
// On exception set failed flag
status = 1;
}
}
else
{
// Game is not yet ready for events, retry until it is.
status = 3;
}
// Send the result to CC
var response = new CrowdControlResponse();
response.Id = request.Id;
response.Status = status;
response.Message = "Effect: " + request.Code + ": " + response.Status;
var resJson = JsonSerializer.Serialize <CrowdControlResponse>(response);
Console.WriteLine("Sending response: " + resJson);
c.Send(resJson, false);
} catch (Exception e)
{
Console.WriteLine(e);
}
}
internal static void ClientMessageSent(CrowdControlClient c, bool close)
{
Console.WriteLine("Message Sent.");
// Await next command
c.Receive();
}
internal static void ClientMessageReceived(CrowdControlClient c, string raw)
{
try {
Console.WriteLine("Message received: " + raw);
// Decode the message from CC
// { "id":1,"code":"kill","viewer":"sdk","type":1}
var request = JsonSerializer.Deserialize <CrowdControlRequest>(raw);
// Do the thing
var eventName = EventNameDict[request.Code];
var status = 0;
if (request.Id == 0 && request.Type == 255)
{
// Test message, ignore
return;
}
if (TimerCooldown.IsInitialised())
{
try
{
// Check to see if the event can fire currently fire, or is on cooldown.
if (!EventLookup.IsRunningOrCooldown(eventName))
{
// Not running or on cooldown, activate it if the type is "start"
if (request.Type == 1)
{
EventLookup.Lookup(eventName, request.Viewer);
}
}
else
{
// Event in use, retry.
status = 3;
}
}
catch (Exception)
{
// On exception set failed flag
status = 1;
}
}
else
{
// Game is not yet ready for events, retry until it is.
status = 3;
}
// Send the result to CC
var response = new CrowdControlResponse();
response.Id = request.Id;
response.Status = status;
response.Message = "Effect: " + request.Code + ": " + response.Status;
var resJson = JsonSerializer.Serialize <CrowdControlResponse>(response);
Console.WriteLine("Sending response: " + resJson);
c.Send(resJson, false);
} catch (Exception e)
{
Console.WriteLine(e);
}
}