//create constructor public SupplierUserControl(Supplier supplier, SimulationModel model, ConnectionCreator creator) { InitializeComponent(); this.SupplierModel = supplier; this.SimulationModel = model; this.ConnectionCreator = creator; }
//create constructor public ShopUserControl(Shop shop, SimulationModel model, ConnectionCreator creator) { InitializeComponent(); this.SimulationModel = model; this.ShopModel = shop; this.ConnectionCreator = creator; }
//create constructor public BuyerUserControl(Buyer buyer, SimulationModel model, ConnectionCreator creator) { InitializeComponent(); this.BuyerModel = buyer; this.SimulationModel = model; this.ConnectionCreator = creator; }
public ConnectionUI(SimulationModel model, Canvas target, Connection connection, ConnectionCreator connCreator) { Line = new Line(); this.SimulationModel = model; this.Target = target; this.Connection = connection; this.ConnectionCreator = connCreator; }
//copy constructor public SupplierUserControl(SupplierUserControl supplier, SimulationModel model, ConnectionCreator creator) { InitializeComponent(); this.supplierUI.Height = supplier.supplierUI.Height; this.supplierUI.Width = supplier.supplierUI.Height; this.SupplierModel = new Supplier(supplier.SupplierModel); this.SimulationModel = model; this.ConnectionCreator = creator; }
//copy constructor public BuyerUserControl(BuyerUserControl buyer, SimulationModel model, ConnectionCreator creator) { InitializeComponent(); this.buyerUI.Height = buyer.buyerUI.Height; this.buyerUI.Width = buyer.buyerUI.Height; this.SimulationModel = model; this.BuyerModel = new Buyer(buyer.BuyerModel); this.ConnectionCreator = creator; }
//copy constructor public ShopUserControl(ShopUserControl shop, SimulationModel model, ConnectionCreator creator) { InitializeComponent(); this.shopUI.Height = shop.shopUI.Height; this.shopUI.Width = shop.shopUI.Height; this.ShopModel = new Shop(shop.ShopModel); this.SimulationModel = model; this.ConnectionCreator = creator; }
public WhenCreatingAnOpenedConnectionWithAnInvalidPort() { _connectionFactory = new Mock <IConnectionFactory>(); _connection = new Mock <IOpenableConnection>(); _connectionFactory .Setup(cf => cf.Create(It.IsAny <IPEndPoint>())) .Returns(_connection.Object); _connectionOpener = new ConnectionCreator(_connectionFactory.Object); }
public void WritesPromptToConsoleForUserInput() { var console = Substitute.For <IConsole>(); console.ReadLine().Returns(""); var connectionCreator = new ConnectionCreator(console); connectionCreator.CreateClient(); console.Received(1).WriteToBuffer(Arg.Any <string>()); }
public static void Boot(ConnectionCreator creator) { CreateConnection = creator; _Configured = true; System.Timers.Timer t = new System.Timers.Timer(); t.Interval = 100; t.AutoReset = true; t.Elapsed += new ElapsedEventHandler(t_Elapsed); t.Start(); }
public static void Boot(ConnectionCreator creator) { CreateConnection = creator; _Configured = true; System.Timers.Timer t = new System.Timers.Timer(); t.Interval = 100; t.AutoReset = true; t.Elapsed += new ElapsedEventHandler(t_Elapsed); t.Start(); }
public WhenCreatingAnOpenedConnectionWithAHostName() { _connectionFactory = new Mock <IConnectionFactory>(); _connection = new Mock <IOpenableConnection>(); _connectionFactory .Setup(cf => cf.Create(It.IsAny <IPEndPoint>())) .Returns(_connection.Object); _connectionOpener = new ConnectionCreator(_connectionFactory.Object); _connectionOpener.CreateOpenedAsync("localhost", 1234, CancellationToken.None).Wait(); }
public void CreatesClientWithCorrectRemoteAddress() { var address = "http://74.125.224.72:105"; var console = Substitute.For <IConsole>(); console.ReadLine().Returns(address); var connectionCreator = new ConnectionCreator(console); var client = connectionCreator.CreateClient(); Assert.AreEqual(address, client.BaseUrl); }
public void CreatesClientWithCorrectLocalhostAddress() { var address = "http://127.0.0.1:5823"; var console = Substitute.For <IConsole>(); console.ReadLine().Returns(address); var connectionCreator = new ConnectionCreator(console); var client = connectionCreator.CreateClient(); Assert.AreEqual(address, client.BaseUrl); }
public MainWindow() { InitializeComponent(); LogUtils.ConfigureLog4NetForPluginMode(false); _tfsVersion = Helpers.GetInstalledTfsVersion(); lbl_Version.Content = $"ver {Assembly.GetExecutingAssembly().GetName().Version.ToString(3)}"; switch (_tfsVersion) { case TfsVersion.Tfs2015: Set2015FieldsVisibility(Visibility.Visible); break; case TfsVersion.Tfs2017: Set2017FieldsVisibility(Visibility.Visible); break; case TfsVersion.NotDefined: break; default: Set2017FieldsVisibility(Visibility.Visible); break; } try { Helper.CheckedConnection = false; TfsLocation.Text = ConnectionCreator.GetTfsLocationFromHostName(); if (!ConfigurationManager.ConfigurationExists()) { return; } var connectionDetails = ConfigurationManager.Read(false); Location.Text = connectionDetails.ALMOctaneUrl; ClientId.Text = connectionDetails.ClientId; ClientSecret.Password = connectionDetails.ClientSecret; TfsLocation.Text = connectionDetails.TfsLocation; Pat.Password = connectionDetails.Pat; _instanceId = connectionDetails.InstanceId; PasswordInput.Password = connectionDetails.Password; UsernameInput.Text = connectionDetails.Pat; } catch (Exception ex) { Log.Warn("Could not parse existing configuration file", ex); } }
private void ReadConfigurationFile() { try { ConnectionDetails tempConf = ConfigurationManager.Read(true); ConnectionCreator.CheckMissingValues(tempConf); _connectionDetails = tempConf; } catch (Exception e) { Log.Error($"Failed to load configuration file : {e.Message}"); _connectionDetails = null; } }
private void StartPluginInternal(CancellationToken token) { Status = StatusEnum.Connecting; while (Status != StatusEnum.Connected && !token.IsCancellationRequested) { try { TfsApis tfsApis = ConnectionCreator.CreateTfsConnection(_connectionDetails); OctaneApis octaneApis = ConnectionCreator.CreateOctaneConnection(_connectionDetails); _taskManager = new OctaneTaskManager(tfsApis, octaneApis); _taskManager.Start(); _queuesManager = new QueuesManager(tfsApis, octaneApis); _queuesManager.Start(); _initFailCounter = 0; Status = StatusEnum.Connected; } catch (Exception ex) { Log.Error($"Error in StartPlugin : {ex.Message}", ex); if (_queuesManager != null) { _queuesManager.ShutDown(); _queuesManager = null; } if (_taskManager != null) { _taskManager.ShutDown(); _taskManager = null; } } //Sleep till next retry if (Status != StatusEnum.Connected) { int initTimeoutIndex = Math.Min((_initFailCounter / 3), _initTimeoutInMinutesArr.Length - 1); int initTimeoutMinutes = _initTimeoutInMinutesArr[initTimeoutIndex]; Log.Info($"Wait {initTimeoutMinutes} minute(s) till next initialization attempt..."); Thread.Sleep(initTimeoutMinutes * 1000 * 60); _initFailCounter++; } } }
private void TestConnectionButton_OnClick(object sender, RoutedEventArgs e) { NetworkSettings.EnableAllSecurityProtocols(); NetworkSettings.IgnoreServerCertificateValidation(); RestConnector.AwaitContinueOnCapturedContext = false; ReadFields(); try { ConnectionCreator.CheckMissingValues(_conDetails); ConnectionCreator.CreateOctaneConnection(_conDetails); ConnectionCreator.CreateTfsConnection(_conDetails); } catch (Exception ex) { //MessageBox.Show(ex.Message, "ALM Octane", MessageBoxButton.OK, MessageBoxImage.Error, MessageBoxResult.OK); ErrorMessageWindow.Show("ALM Octane", ex.Message); return; } Helper.CheckedConnection = true; MessageBox.Show("Connection successfull", "ALM Octane", MessageBoxButton.OK, MessageBoxImage.Information, MessageBoxResult.OK); }
public RestBase() { Get["/"] = _ => { String view = GetView("console.html"); return(view); }; Get["/status"] = _ => { Dictionary <string, object> map = new Dictionary <string, object>(); map["pluginStatus"] = PluginManager.GetInstance().Status.ToString(); map["pluginVersion"] = Helpers.GetPluginVersion(); map["tfsVersion"] = RunModeManager.GetInstance().TfsVersion.ToString(); map["generalEventsQueue"] = PluginManager.GetInstance().GeneralEventsQueue.Count; map["scmEventsQueue"] = PluginManager.GetInstance().ScmEventsQueue.Count; map["testResultsQueue"] = PluginManager.GetInstance().TestResultsQueue.Count; map["isLocal"] = AllowConfigurationModifyAccess(Request); return(map); }; Post["/build-event/"] = _ => { RunModeManager runModeManager = RunModeManager.GetInstance(); if (runModeManager.RunMode == PluginRunMode.ConsoleApp) { HandleBuildEvent(); } return("Received"); }; Get["/logs/{logType}/{logId}"] = parameters => { return(HandleGetLogRequest(parameters.logType, parameters.logId)); }; Get["/logs"] = parameters => { String view = GetView("logs.html"); return(view); //return HandleGetLogListRequest(); }; Get["/logs/download/all"] = _ => { string zipPath = CreateZipFileFromLogFiles(); string fileName = Path.GetFileName(zipPath); DeleteTempZipFileWithDelay(zipPath); var file = new FileStream(zipPath, FileMode.Open); var response = new StreamResponse(() => file, MimeTypes.GetMimeType(fileName)); return(response.AsAttachment(fileName)); }; Post["/config", AllowConfigurationModifyAccess] = _ => { var configStr = Context.Request.Body.AsString(); Log.Debug($"Received new configuration");//dont log received log configuration as it contains plain passwords var config = JsonHelper.DeserializeObject <ConnectionDetails>(configStr); try { ConnectionCreator.CheckMissingValues(config); ConfigurationManager.ResetSensitiveInfo(config); ConfigurationManager.WriteConfig(config); } catch (Exception e) { string msg = "Failed to save configuration" + e.Message; Log.Error(msg, e); return(new TextResponse(msg).WithStatusCode(HttpStatusCode.BadRequest)); } return("Configuration changed"); }; Post["/config/test", AllowConfigurationModifyAccess] = _ => { try { var configStr = Context.Request.Body.AsString(); var config = JsonHelper.DeserializeObject <ConnectionDetails>(configStr); ConnectionCreator.CheckMissingValues(config); ConfigurationManager.ResetSensitiveInfo(config); ConnectionCreator.CheckProxySettings(config.TfsLocation); ConnectionCreator.CheckProxySettings(config.ALMOctaneUrl); ConnectionCreator.CreateTfsConnection(config); ConnectionCreator.CreateOctaneConnection(config); } catch (Exception e) { return(new TextResponse(e.Message).WithStatusCode(HttpStatusCode.BadRequest)); } return(""); }; Get["/config"] = _ => { if (AllowConfigurationModifyAccess(Request)) { String view = GetView("config.html"); ConnectionDetails conf = null; try { conf = ConfigurationManager.Read(false).GetInstanceWithoutSensitiveInfo(); } catch (FileNotFoundException) { conf = new ConnectionDetails(); conf.TfsLocation = ConnectionCreator.GetTfsLocationFromHostName(); } string confJson = JsonHelper.SerializeObject(conf); view = view.Replace("//{defaultConf}", "var defaultConf =" + confJson); return(view); } else { string prefix = "Configuration is read-only. To modify configuration, access http://localhost:4567/config on the TFS machine."; string config = JsonHelper.SerializeObject(ConfigurationManager.Read(false).GetInstanceWithoutSensitiveInfo(), true); return(new TextResponse(prefix + Environment.NewLine + config)); } }; Get["/proxy"] = _ => { if (AllowConfigurationModifyAccess(Request)) { String view = GetView("proxy.html"); ProxyDetails conf = null; try { conf = ProxyManager.Read(false).GetInstanceWithoutSensitiveInfo(); } catch (FileNotFoundException) { conf = new ProxyDetails(); } string confJson = JsonHelper.SerializeObject(conf); view = view.Replace("//{defaultConf}", "var defaultConf =" + confJson); return(view); } else { string prefix = "Proxy is read-only. To modify proxy, access http://localhost:4567/proxy on the TFS machine."; string config = JsonHelper.SerializeObject(ProxyManager.Read(false).GetInstanceWithoutSensitiveInfo(), true); return(new TextResponse(prefix + Environment.NewLine + config)); } }; Post["/proxy", AllowConfigurationModifyAccess] = _ => { var configStr = Context.Request.Body.AsString(); Log.Debug($"Received new proxy settings");//dont log received log configuration as it contains plain passwords try { var proxyDetails = JsonHelper.DeserializeObject <ProxyDetails>(configStr); ConnectionCreator.CheckMissingValues(proxyDetails); ProxyManager.ResetSensitiveInfo(proxyDetails); ProxyManager.WriteConfig(proxyDetails); } catch (Exception e) { string msg = "Failed to save proxy settings: " + e.Message; Log.Error(msg, e); return(new TextResponse(msg).WithStatusCode(HttpStatusCode.BadRequest)); } return("Configuration changed"); }; Get["/resources/{resourceName}"] = parameters => { var assembly = Assembly.GetExecutingAssembly(); var resourceName = $"{PATH_TO_RESOURCE}.RestServer.Views.Resources.{parameters.resourceName}"; Stream stream = assembly.GetManifestResourceStream(resourceName); if (stream == null) { return(new TextResponse("Resource not found").WithStatusCode(HttpStatusCode.NotFound)); } var response = new StreamResponse(() => stream, MimeTypes.GetMimeType(resourceName)); return(response); }; Post["/start", AllowConfigurationModifyAccess] = _ => { if (PluginManager.GetInstance().Status == PluginManager.StatusEnum.Connected) { return("ALM Octane plugin is already running"); } Log.Debug("Plugin start requested"); PluginManager.GetInstance().StartPlugin(); return("Starting ALM Octane plugin"); }; Post["/stop", AllowConfigurationModifyAccess] = _ => { Log.Debug("Plugin stop requested"); PluginManager.GetInstance().StopPlugin(); return("Stopping ALM Octane plugin"); }; Post["/queues/clear", AllowConfigurationModifyAccess] = _ => { Dictionary <string, object> queueStatus = new Dictionary <string, object>(); queueStatus["GeneralEventsQueue"] = PluginManager.GetInstance().GeneralEventsQueue.Count; queueStatus["ScmEventsQueue"] = PluginManager.GetInstance().ScmEventsQueue.Count; queueStatus["TaskResultQueue"] = PluginManager.GetInstance().TestResultsQueue.Count; string json = JsonHelper.SerializeObject(queueStatus, true); Log.Debug($"Clear event queues requested : {json}"); PluginManager.GetInstance().GeneralEventsQueue.Clear(); PluginManager.GetInstance().ScmEventsQueue.Clear(); PluginManager.GetInstance().TestResultsQueue.Clear(); return($"Cleared {json}"); }; }
public NotificationDataFacade() { _connectionCreator = new ConnectionCreator(Scope.CustomerPayment); }
public NotificationDataFacade() { _connectionCreator = new ConnectionCreator(Scope.CustomerPayment); }
public void OnInputClicked(InputClickedEventData eventData) { //Needs: SourceName, TargetName, ActuatorOperation, ConditionOperator, rightSide of Condition as String //SensActConnection.commands targetCommand; SenActFensterName = this.gameObject.transform.parent.name; SenActFenster = this.gameObject.transform.parent.gameObject; this.LineID = SenActFenster.GetComponent <LogicSenActInput>().LineID; this.SourceNamelong = SenActFenster.GetComponent <LogicSenActInput>().SourceName; this.TargetNamelong = SenActFenster.GetComponent <LogicSenActInput>().TargetName; this.condOperator = SenActFenster.GetComponent <LogicSenActInput>().GetOperator(); bool targetOp = SenActFenster.GetComponent <LogicSenActInput>().GetTargetStatus(); if (!targetOp) { targetCommand = SensActConnection.commands.OFF; } else { targetCommand = SensActConnection.commands.ON; } Item source = ItemManager.getInstance().getItem(SourceNamelong); Item target = ItemManager.getInstance().getItem(TargetNamelong); if (source is NfcReader || source is MyoArmband) { this.rightSideString = SenActFenster.GetComponent <LogicSenActInput>().GetSenValueString(); } else { this.rightSide = SenActFenster.GetComponent <LogicSenActInput>().GetSenValue(); } if (source is Sensor && target is Actuator) { if (!ConnectionManager.getInstance().getConnections().ContainsKey(LineID)) { Sensor sSens = (Sensor)source; Actuator tDimmer = (Actuator)target; if (source is NfcReader || source is MyoArmband) { if (source is NfcReader) { NfcReader nfcr = (NfcReader)source; nc = ConnectionCreator.createNfcActConnection(LineID, SourceNamelong, TargetNamelong, rightSideString, condOperator, targetCommand); } else { MyoArmband myoa = (MyoArmband)source; mc = ConnectionCreator.createMyoActConnection(LineID, SourceNamelong, TargetNamelong, rightSideString, condOperator, targetCommand); } } else { c = ConnectionCreator.createSensActConnection(LineID, SourceNamelong, TargetNamelong, rightSide, condOperator, targetCommand); } ConnectionManager.getInstance().startConnection(LineID); } else { if (source is NfcReader || source is MyoArmband) { if (source is NfcReader) { nc = (NfcActConnection)ConnectionManager.getInstance().getConnection(LineID); } else { mc = (MyoActConnection)ConnectionManager.getInstance().getConnection(LineID); } } else { c = (SensActConnection)ConnectionManager.getInstance().getConnection(LineID); } ConnectionManager.getInstance().startConnection(LineID); } } SenActFenster.transform.GetChild(1).transform.localScale = new Vector3(0.1f, 0.1f, 0.1f); this.transform.localScale = new Vector3(0, 0, 0); }
public LoggingDataCanFacade() { _connectionCreator = new ConnectionCreator(Scope.Logging); }
public PaymentsDataCanFacade() { _connectionCreator = new ConnectionCreator(Scope.CustomerPayment); }
public OfflineDataFacade() { _customerPaymentsConnection = new ConnectionCreator(Scope.CustomerPayment); }
public void OnInputClicked(InputClickedEventData eventData) { if (SourceName.Contains("dimmer")) { if (SourceType.Equals("Sensor")) { SourceName = SourceName + "_Sensor"; } else { SourceName = SourceName + "_Actuator"; } } Item source = ItemManager.getInstance().getItem(SourceName); Item target = ItemManager.getInstance().getItem(TargetName); AktuellesFenster = this.gameObject.transform.parent; AktuellesFensterGO = this.gameObject.transform.parent.gameObject; Line = GameObject.Find(LineID); if ((source is Poti && target is DimmerActuator) || (source is Poti && target is HueDimmer) || (source is ColorSensor && target is HueDimmer)) { this.transform.localScale = new Vector3(0, 0, 0); Debug.Log("ich versuche auf (0 0 0) zu skalieren: " + this.transform.name); AktuellesFensterGO.transform.GetChild(2).transform.localScale = new Vector3(0, 0, 0); Debug.Log("ich versuche auf (0 0 0) zu skalieren: " + AktuellesFensterGO.transform.GetChild(2).name); AktuellesFensterGO.transform.GetChild(3).transform.localScale = new Vector3(0.1f, 0.1f, 0.1f); Debug.Log("ich versuche auf (0,1 0,1 0,1) zu skalieren: " + AktuellesFensterGO.transform.GetChild(3).name); AktuellesFensterGO.transform.GetChild(4).transform.localScale = new Vector3(0.1f, 0.1f, 0.1f); Debug.Log("ich versuche auf (0,1 0,1 0,1) zu skalieren: " + AktuellesFensterGO.transform.GetChild(4).name); if (!ConnectionManager.getInstance().getConnections().ContainsKey(LineID)) { if (source is Poti) { if (target is DimmerActuator) { this.c = ConnectionCreator.createPotiDimmerConnection(LineID, SourceName, TargetName); } else { this.c = ConnectionCreator.createPotiHueConnection(LineID, SourceName, TargetName); } } else { this.c = ConnectionCreator.createColorHueConnection(LineID, SourceName, TargetName); } ConnectionManager.getInstance().startConnection(LineID); } else { ConnectionManager.getInstance().startConnection(LineID); } } else { if (source is Sensor) { Destroy(AktuellesFensterGO); LogicSenActInitializer = Instantiate(LogicSenActPrefabb) as Transform; LogicSenActInitializer.transform.position = FensterPoss; LogicSenActInitializer.name = "Window_" + SourceName + TargetName; EingabeFensterName = LogicSenActInitializer.name; // weiß nicht ob es sinnvoll ist das nochmal irgendwohin zu übergeben LogicSenActInitializer.GetChild(0).GetChild(1).GetChild(1).GetComponent <Text>().text = SourceNameShort; LogicSenActInitializer.GetChild(0).GetChild(3).GetChild(1).GetComponent <Text>().text = TargetNameShort; LogicSenActInitializer.GetChild(0).GetChild(2).GetChild(2).GetComponent <Text>().text = source.state; Debug.Log("source " + SourceName + " is of type " + SourceType); Sensor Sens = (Sensor)source; LogicSenActInitializer.GetChild(0).GetChild(2).GetChild(4).GetComponent <Text>().text = Sens.unit; LogicSenActInitializer.GetComponent <LogicSenActInput>().SourceName = SourceName; LogicSenActInitializer.GetComponent <LogicSenActInput>().TargetName = TargetName; LogicSenActInitializer.GetComponent <LogicSenActInput>().LineID = LineID; LogicSenActInitializer.GetChild(2).GetComponent <DeleteConnection>().LineID = LineID; LogicSenActInitializer.GetChild(1).GetComponent <StopConnection>().LineID = LineID; LogicSenActInitializer.GetChild(1).transform.localScale = new Vector3(0, 0, 0); } else { Destroy(AktuellesFensterGO); LogicActActInitializer = Instantiate(LogicActActPrefabb) as Transform; LogicActActInitializer.transform.position = FensterPoss; LogicActActInitializer.name = "Window_" + SourceName + TargetName; EingabeFensterName = LogicActActInitializer.name; // weiß nicht ob es sinnvoll ist das nochmal irgendwohin zu übergeben LogicActActInitializer.GetChild(0).GetChild(1).GetChild(1).GetComponent <Text>().text = SourceNameShort; LogicActActInitializer.GetChild(0).GetChild(2).GetChild(1).GetComponent <Text>().text = TargetNameShort; LogicActActInitializer.GetChild(3).GetComponent <StartActActConnection>().SourceNamelong = SourceName; LogicActActInitializer.GetChild(3).GetComponent <StartActActConnection>().TargetNamelong = TargetName; LogicActActInitializer.GetChild(3).GetComponent <StartActActConnection>().LineID = LineID; LogicActActInitializer.GetChild(2).GetComponent <DeleteConnection>().LineID = LineID; LogicActActInitializer.GetChild(1).GetComponent <StopConnection>().LineID = LineID; LogicActActInitializer.GetChild(1).transform.localScale = new Vector3(0, 0, 0); } } isSelected = !isSelected; }
public PaymentEventsDataCanFacade() { _connectionCreator = new ConnectionCreator(Scope.Monitoring); }
public SystemEventSummaryWindow() { _connectionCreator = new ConnectionCreator(Scope.Monitoring); }
public async Task PrintAsync(DiscoveredPrinter printer, string message) { Connection connection = null; bool linePrintEnabled = false; try { await Task.Factory.StartNew(() => { connection = ConnectionCreator.Create(printer); connection.Open(); string originalPrinterLanguage = SGD.GET(DeviceLanguagesSgd, connection); linePrintEnabled = "line_print".Equals(originalPrinterLanguage, StringComparison.OrdinalIgnoreCase); if (linePrintEnabled) { SGD.SET(DeviceLanguagesSgd, "zpl", connection); } ZebraPrinter zebraPrinter = ZebraPrinterFactory.GetInstance(connection); ZebraPrinterLinkOs linkOsPrinter = ZebraPrinterFactory.CreateLinkOsPrinter(zebraPrinter); string errorMessage = GetPrinterStatusErrorMessage(zebraPrinter.GetCurrentStatus()); if (errorMessage != null) { throw new PrinterNotReadyException($"{errorMessage}. Please check your printer and try again."); } else { connection.Write(Encoding.UTF8.GetBytes(message)); } }); if (linePrintEnabled) { await ResetPrinterLanguageToLinePrintAsync(connection); } } catch (PrinterNotReadyException e) { if (linePrintEnabled) { await ResetPrinterLanguageToLinePrintAsync(connection); } throw new Exception(e.Message); } catch (Exception e) { if (linePrintEnabled) { await ResetPrinterLanguageToLinePrintAsync(connection); } throw new Exception(e.Message); } finally { await Task.Factory.StartNew(() => { try { connection?.Close(); } catch (ConnectionException) { } }); } }
public SystemEventSummaryWindow() { _connectionCreator = new ConnectionCreator(Scope.Monitoring); }
public ErrorSummaryWindow() { _sql = GetSqlScript(); _connectionCreator = new ConnectionCreator(Scope.Monitoring); }
public void OnInputClicked(InputClickedEventData eventData) { //Needs: LineID, Source Name, Target Name, Source Operation, Target Operation bool exists = false; if (ConnectionManager.getInstance().getConnections().ContainsKey(LineID)) { exists = true; } ActActFensterName = this.gameObject.transform.parent.name; ActActFenster = this.gameObject.transform.parent.gameObject; ActActConnection.commands sourceCommand; ActActConnection.commands targetCommand; bool opSource = ActActFenster.GetComponent <LogicActActInput>().GetSourceStatus(); //false = off, true = on bool opTarget = ActActFenster.GetComponent <LogicActActInput>().GetTargetStatus(); //false = off, true = on if (!opSource) { sourceCommand = ActActConnection.commands.OFF; } else { sourceCommand = ActActConnection.commands.ON; } if (!opTarget) { targetCommand = ActActConnection.commands.OFF; } else { targetCommand = ActActConnection.commands.ON; } Item source = ItemManager.getInstance().getItem(SourceNamelong); Item target = ItemManager.getInstance().getItem(TargetNamelong); if (source is Actuator && target is Actuator) { Actuator aSource = (Actuator)source; Actuator aTarget = (Actuator)target; if (!exists) { ActActConnection c = ConnectionCreator.createActActConnection(LineID, SourceNamelong, TargetNamelong, sourceCommand, targetCommand); } ConnectionManager.getInstance().startConnection(LineID); if (sourceCommand.Equals(ActActConnection.commands.ON)) { StartCoroutine(aSource.sendON()); ConnectionManager.getInstance().stopConnection(LineID); } else if (sourceCommand.Equals(ActActConnection.commands.OFF)) { StartCoroutine(aSource.sendOFF()); ConnectionManager.getInstance().stopConnection(LineID); } if (targetCommand.Equals(ActActConnection.commands.ON)) { StartCoroutine(aTarget.sendON()); ConnectionManager.getInstance().stopConnection(LineID); } else if (targetCommand.Equals(ActActConnection.commands.OFF)) { StartCoroutine(aTarget.sendOFF()); ConnectionManager.getInstance().stopConnection(LineID); } } //ActActFenster.transform.GetChild(1).transform.localScale = new Vector3(0.1f, 0.1f, 0.1f); //this.transform.localScale = new Vector3(0, 0, 0); }
public ErrorSummaryWindow() { _sql = GetSqlScript(); _connectionCreator = new ConnectionCreator(Scope.Monitoring); }