private IEnumerator ReadyForPlayers() { yield return(new WaitForSeconds(.5f)); // Call this when your game is done initializing and players can connect // Note: This is a blocking call, and will return when this game server is either allocated or terminated GameserverSDK.ReadyForPlayers(); if (showDebugMessages) { Debug.Log("[PlayFabServerInstance] Ready For Players"); } // Call this when your game is done initializing and players can connect // Note: This is a blocking call, and will return when this game server is either allocated or terminated if (GameserverSDK.ReadyForPlayers()) { // readyForPlayers returns true when an allocation call has been done, a player is about to connect! GameserverSDK.LogMessage("GameServer is ready for players"); } else { // readyForPlayers returns false when the server is being terminated GameserverSDK.LogMessage("GameServer is NOT ready for players"); } }
static void Main(string[] args) { // GSDK Setup try { GameserverSDK.Start(); } catch (Microsoft.Playfab.Gaming.GSDK.CSharp.GSDKInitializationException initEx) { LogMessage("Cannot start GSDK. Please make sure the MockAgent is running. ", false); LogMessage($"Got Exception: {initEx.ToString()}", false); return; } catch (Exception ex) { LogMessage($"Got Exception: {ex.ToString()}", false); } GameserverSDK.RegisterShutdownCallback(OnShutdown); GameserverSDK.RegisterHealthCallback(IsHealthy); GameserverSDK.RegisterMaintenanceCallback(OnMaintenanceScheduled); // Read our asset file if (File.Exists(AssetFilePath)) { _assetFileText = File.ReadAllText(AssetFilePath); } IDictionary <string, string> initialConfig = GameserverSDK.getConfigSettings(); // Start the http server if (initialConfig?.ContainsKey(ListeningPortKey) == true) { int listeningPort = int.Parse(initialConfig[ListeningPortKey]); string address = $"http://*:{listeningPort}/"; _listener.Prefixes.Add(address); _listener.Start(); } else { LogMessage($"Cannot find {ListeningPortKey} in GSDK Config Settings. Please make sure the MockAgent is running " + $"and that the MultiplayerSettings.json file includes {ListeningPortKey} as a GamePort Name."); return; } // Load our game certificate if it was installed if (initialConfig?.ContainsKey(GameCertAlias) == true) { string expectedThumbprint = initialConfig[GameCertAlias]; X509Store store = new X509Store(StoreName.My, StoreLocation.LocalMachine); store.Open(OpenFlags.ReadOnly); X509Certificate2Collection certificateCollection = store.Certificates.Find(X509FindType.FindByThumbprint, expectedThumbprint, false); if (certificateCollection.Count > 0) { _installedCertThumbprint = certificateCollection[0].Thumbprint; } else { LogMessage("Could not find installed game cert in LocalMachine\\My. Expected thumbprint is: " + expectedThumbprint); } } else { LogMessage("Config did not contain cert! Config is: " + string.Join(";", initialConfig.Select(x => x.Key + "=" + x.Value))); } Thread t = new Thread(ProcessRequests); t.Start(); if (GameserverSDK.ReadyForPlayers()) { _isActivated = true; // After allocation, we can grab the session cookie from the config IDictionary <string, string> activeConfig = GameserverSDK.getConfigSettings(); if (activeConfig.TryGetValue(GameserverSDK.SessionCookieKey, out string sessionCookie)) { LogMessage($"The session cookie from the allocation call is: {sessionCookie}"); } } else { // No allocation happened, the server is getting terminated (likely because there are too many already in standing by) LogMessage("Server is getting terminated."); } }
static void Main(string[] args) { try { if (args != null && args.Length > 0) { _cmdArgs = string.Join(" ", args); } GameserverSDK.Start(true); GameserverSDK.RegisterShutdownCallback(OnShutdown); GameserverSDK.RegisterHealthCallback(GetGameHealth); GameserverSDK.RegisterMaintenanceCallback(OnMaintenanceScheduled); IDictionary <string, string> gsdkConfiguration = GameserverSDK.getConfigSettings(); if (gsdkConfiguration.TryGetValue("RealPort", out string listeningPortString)) { _listeningPort = int.Parse(listeningPortString); } string address = $"http://*:{_listeningPort}/"; _listener.Prefixes.Add(address); _listener.Start(); string applicationDirectory = Path.GetDirectoryName(Assembly.GetExecutingAssembly().Location); if (File.Exists(Path.Combine(applicationDirectory, AssetFilePath))) { _assetFileText = File.ReadAllText(Path.Combine(applicationDirectory, AssetFilePath)); } // See if we have a configured timeout in the App.config, this was // used in our initial round of stress tests to make sure sessions ended string timeoutstr = ConfigurationManager.AppSettings.Get(SessionTimeoutInSecondsName); if (!string.IsNullOrEmpty(timeoutstr)) { // failure to convert is intentionally unhandled long timeoutint = Convert.ToInt64(timeoutstr.Trim()); _sessionTimeoutTimestamp = DateTimeOffset.Now.AddSeconds(timeoutint); } IDictionary <string, string> initialConfig = GameserverSDK.getConfigSettings(); if (initialConfig?.ContainsKey("winRunnerTestCert") == true) { string expectedThumbprint = initialConfig["winRunnerTestCert"]; X509Store store = new X509Store(StoreName.My, StoreLocation.LocalMachine); store.Open(OpenFlags.ReadOnly); X509Certificate2Collection certificateCollection = store.Certificates.Find(X509FindType.FindByThumbprint, expectedThumbprint, false); if (certificateCollection.Count > 0) { _installedCertThumbprint = certificateCollection[0].Thumbprint; } else { LogMessage("Could not find installed game cert in LocalMachine\\My. Expected thumbprint is: " + expectedThumbprint); } } else { LogMessage("Config did not contain cert! Config is: " + string.Join(";", initialConfig.Select(x => x.Key + "=" + x.Value))); } Thread t = new Thread(ProcessRequests); t.Start(); string titleId = initialConfig[GameserverSDK.TitleIdKey]; string buildId = initialConfig[GameserverSDK.BuildIdKey]; string region = initialConfig[GameserverSDK.RegionKey]; LogMessage($"Processing requests for title:{titleId} build:{buildId} in region {region}"); GameserverSDK.ReadyForPlayers(); _isActivated = true; initialConfig = GameserverSDK.getConfigSettings(); LogMessage("Config Settings"); foreach (KeyValuePair <string, string> configTuple in initialConfig) { LogMessage($"\t{configTuple.Key}={configTuple.Value}"); } SessionCookie sessionCookie = new SessionCookie(); if (initialConfig.TryGetValue(GameserverSDK.SessionCookieKey, out string sessionCookieStr)) { try { if (sessionCookieStr.StartsWith(TimeoutSessionCookiePrefix, StringComparison.InvariantCultureIgnoreCase)) { if (long.TryParse(sessionCookieStr.Substring(TimeoutSessionCookiePrefix.Length), out long timeoutSecs)) { sessionCookie.TimeoutSecs = timeoutSecs; } } else { sessionCookie = JsonConvert.DeserializeObject <SessionCookie>(sessionCookieStr); } } catch (Exception e) { LogMessage(e.ToString()); } } // If a secret key was specified // try to get the title data for this title string secretKey = ConfigurationManager.AppSettings.Get(DeveloperSecretKeyName); if (!string.IsNullOrWhiteSpace(secretKey)) { LogMessage("Getting title data"); GetTitleData(titleId, secretKey).Wait(); } else { LogMessage("Secret Key not specified in app.config. Skipping retrieval of title config"); } // If the session cookie contained a timeout. Shutdown at this time. // this overrides whatever may have been set in the App config above // We use it for stress testing to make sessions end at random times. EnforceTimeout(sessionCookie); } catch (Exception e) { LogMessage(e.Message); throw; } }
static void Main(string[] args) { // Test startup GameserverSDK.Start(); GameserverSDK.RegisterShutdownCallback(() => Console.WriteLine("Server is shutting me down!!!!!")); GameserverSDK.RegisterHealthCallback(getIsHealthy); GameserverSDK.RegisterMaintenanceCallback(maintenanceScheduled); // Test grabbing config Console.WriteLine("Config before Active."); foreach (var config in GameserverSDK.getConfigSettings()) { Console.WriteLine($"{config.Key}: {config.Value}"); } if (GameserverSDK.ReadyForPlayers()) { IList <string> initialPlayers = GameserverSDK.GetInitialPlayers(); Console.WriteLine("Initial Players: " + string.Join(",", initialPlayers)); List <ConnectedPlayer> players = new List <ConnectedPlayer>() { new ConnectedPlayer("player1"), new ConnectedPlayer("player2") }; GameserverSDK.UpdateConnectedPlayers(players); Console.WriteLine("Config after Active."); foreach (var config in GameserverSDK.getConfigSettings()) { Console.WriteLine($"{config.Key}: {config.Value}"); } // Print a rainbow int size = 13; for (int i = 0; i < 5; i++) { String edge = new String(new char[size]).Replace('\0', ' '); String middle = new String(new char[2 * i]).Replace('\0', ' '); Console.WriteLine(edge + "====" + middle + "=====" + edge); size--; } for (int i = 0; i < 4; i++) { String edge = new String(new char[size]).Replace('\0', ' '); String middle = new String(new char[10]).Replace('\0', ' '); Console.WriteLine(edge + "====" + middle + "=====" + edge); } // Leave running a bit more to see the heartbeats for (int i = 0; i < 10; i++) { Console.WriteLine("..."); System.Threading.Thread.Sleep(1000); } } else { Console.WriteLine("Did not activate, instead shutting down..."); } Console.WriteLine("Press enter to exit."); Console.ReadKey(); }
// starts main game process and wait for it to complete public static void InitiateAndWaitForGameProcess(string gameserverExe, IEnumerable <string> args) { // Here we're starting the script that initiates the game process activeConfig = GameserverSDK.getConfigSettings(); // When Wrapper is running in a container, Port Information (Port Name, Port Number, and Protocol) is already set as build configuration. // For example, if you already set port number as 80 in container build configuration, activeConfig will return 80 as port number. // But if Wrapper is running as a process, port will be mapped internally by MPS, so different number will be dynamically assigned. if (activeConfig.TryGetValue(portName, out string listeningPortString)) { GameserverSDK.LogMessage($"{portName}:{listeningPortString} was found in GSDK Config Settings."); _listeningPort = listeningPortString; } else { LogMessage($"Cannot find {portName} in GSDK Config Settings. Please make sure the LocalMultiplayerAgent is running " + $"and that the MultiplayerSettings.json file includes correct {portName} as a GamePort Name."); return; } // Check if there is any process already using the port (_listeningPort). This will only work for Windows. if (CheckIfPortIsUsed(gameserverExe)) { return; } ; // We pass port number as a 3rd argument when we start fakegame.exe // Port number is grabbed via GSDK and will be passed to fake game as a listening port. gameProcess = StartProcess(gameserverExe, string.Join(' ', args.Append(_listeningPort))); // as part of wrapping the main game server executable, // we create event handlers to process the output from the game (standard output/standard error) // based on this output, we will activate the server and process connected players gameProcess.OutputDataReceived += DataReceived; gameProcess.ErrorDataReceived += DataReceived; // start reading output (stdout/stderr) from the game gameProcess.BeginOutputReadLine(); gameProcess.BeginErrorReadLine(); // Call this when your game is done initializing and players can connect // Note: This is a blocking call, and will return when this game server is either allocated or terminated if (GameserverSDK.ReadyForPlayers()) { // After allocation, we can grab the session cookie from the config activeConfig = GameserverSDK.getConfigSettings(); var connectedPlayers = new List <ConnectedPlayer>(); // initial players includes the list of the players that are allowed to connect to the game // they might or might not end up connecting // in this sample we're nevertheless adding them to the list foreach (var player in GameserverSDK.GetInitialPlayers()) { connectedPlayers.Add(new ConnectedPlayer(player)); } GameserverSDK.UpdateConnectedPlayers(connectedPlayers); if (activeConfig.TryGetValue(GameserverSDK.SessionCookieKey, out string sessionCookie)) { LogMessage($"The session cookie from the allocation call is: {sessionCookie}"); } } else { // No allocation happened, the server is getting terminated (likely because there are too many already in standing by) LogMessage("Server is getting terminated."); gameProcess?.Kill(); // we still need to call WaitForExit https://docs.microsoft.com/en-us/dotnet/api/system.diagnostics.process.kill?view=netcore-3.1#remarks } // wait till it exits or crashes gameProcess.WaitForExit(); }