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using MaterialDesignThemes.Wpf;
using System;
using System.Collections;
using System.Collections.Generic;
using System.IO;
using System.Linq;
using System.Reflection;
using System.Text;
using System.Threading.Tasks;
using System.Windows;
using System.Windows.Controls;
using System.Windows.Media;
using System.Windows.Shapes;
using Tango.PMR.Printing;

namespace Tango.MachineStudio.Developer.Controls
{
    public class JobOutlineControl : Control
    {
        #region members
        private Size _sizeControl = new Size(0, 0);
        ScrollViewer _parentScrollViewer = null;
        public struct LevelOffset
        {
            public const double level_0 = 0.0;
            public const double level_1 = 10.0;
            public const double level_2 = 20.0;
            public const double level_3 = 37.0;
            public const double level_4 = 50.0;
            public const double level_5 = 60.0;
            public const double level_6 = 77.0;
            public const double level_7 = 90.0;
            public const double level_8 = 100.0;
        }
        private double _verticalOffset = 0;
        private double _viewportHeight = 0;
        private const double HEADER_FONT_HEIGHT = 35;
        private const double TITLE_FONT_HEIGHT = 22;
        private const double SUB_TITLE_FONT_HEIGHT = 19;
        private const double NORMAL_FONT_HEIGHT = 17;
        private const double WIDTH = 330;

        #endregion members

        public JobOutlineControl() : base()
        {
            Unloaded += JobOutlineControl_Unloaded;
            DataContextChanged += JobOutlineControl_DataContextChanged;
            Width = WIDTH;
        }

        private void JobOutlineControl_DataContextChanged(object sender, DependencyPropertyChangedEventArgs e)
        {
            if (_parentScrollViewer != null)
            {
                _parentScrollViewer.ScrollToTop();
            }

            InvalidateVisual();
        }

        #region events
        private void JobOutlineControl_Unloaded(object sender, RoutedEventArgs e)
        {
            if (_parentScrollViewer == null)
            {
                _parentScrollViewer.ScrollChanged -= ScrollViewer_ScrollChanged;
            }
        }

        private void ScrollViewer_ScrollChanged(object sender, ScrollChangedEventArgs e)
        {
            if (e.VerticalChange == 0.0)
                return;

            _verticalOffset = _parentScrollViewer.VerticalOffset;
            _viewportHeight = _parentScrollViewer.ViewportHeight;
            InvalidateVisual();
        }
        #endregion events
        #region render
        protected override void OnRender(DrawingContext drawingContext)
        {
            base.OnRender(drawingContext);

            if (!(DataContext is JobTicket job)) return;
            if (_parentScrollViewer == null)
            {
                _parentScrollViewer = this.FindAncestor<ScrollViewer>();
                _parentScrollViewer.ScrollChanged += ScrollViewer_ScrollChanged;
            }
            else if (_viewportHeight == 0)
            {
                _viewportHeight = _parentScrollViewer.ActualHeight;
            }
            _sizeControl = new Size();
            _sizeControl.Height += 10;
            DrawHeaderText(drawingContext, "JOB OUTLINE", 30, LevelOffset.level_0);
            _sizeControl.Height += HEADER_FONT_HEIGHT;

            _sizeControl.Height += 20;
            DrawHeaderText(drawingContext, "BASIC", 17, LevelOffset.level_0);
            _sizeControl.Height += TITLE_FONT_HEIGHT;
            _sizeControl.Height += 5.0;
            var basicProps = GetNameValueList(job);
            foreach (var prop in basicProps)
            {
                DrawNameValueText(drawingContext, prop, LevelOffset.level_1, PackIconKind.Pencil);
                _sizeControl.Height += NORMAL_FONT_HEIGHT;
            }
            //JobTicket.Spool
            if (job.Spool != null)
            {
                _sizeControl.Height += 20;
                DrawHeaderText(drawingContext, "SPOOL", 17, LevelOffset.level_0);
                _sizeControl.Height += TITLE_FONT_HEIGHT;
                _sizeControl.Height += 5.0;
                basicProps = GetNameValueList(job.Spool);
                foreach (var prop in basicProps)
                {
                    DrawNameValueText(drawingContext, prop, LevelOffset.level_1, PackIconKind.Pencil);
                    _sizeControl.Height += NORMAL_FONT_HEIGHT;
                }
            }
            //JobTicket.ProcessParameters
            if (job.ProcessParameters != null)
            {
                _sizeControl.Height += 20;
                DrawHeaderText(drawingContext, "PROCESS PARAMETERS", 17, LevelOffset.level_0);
                _sizeControl.Height += TITLE_FONT_HEIGHT;
                _sizeControl.Height += 5.0;
                basicProps = GetNameValueList(job.ProcessParameters);
                foreach (var prop in basicProps)
                {
                    DrawNameValueText(drawingContext, prop, LevelOffset.level_1, PackIconKind.Settings);
                    _sizeControl.Height += NORMAL_FONT_HEIGHT;
                }
            }
            //JobTicket.Segments
            if (job.Segments != null)
            {
                _sizeControl.Height += 20;
                DrawHeaderText(drawingContext, "SEGMENTS", 17, LevelOffset.level_0);
                _sizeControl.Height += TITLE_FONT_HEIGHT;
                _sizeControl.Height += 10.0;
                int index = 0;
                foreach (JobSegment seg in job.Segments)
                {
                    DrawHeaderText(drawingContext, string.Format("#{0} SEGMENT", ++index), 14, LevelOffset.level_1);
                    _sizeControl.Height += SUB_TITLE_FONT_HEIGHT;
                    basicProps = GetNameValueList(seg);
                    foreach (var prop in basicProps)
                    {
                        DrawNameValueText(drawingContext, prop, LevelOffset.level_2, PackIconKind.Pencil);
                        _sizeControl.Height += NORMAL_FONT_HEIGHT;
                    }
                    //BrushStops
                    DrawHeaderText(drawingContext, "BRUSH STOPS", 12, LevelOffset.level_3);
                    _sizeControl.Height += NORMAL_FONT_HEIGHT;
                    int indexBrush = 0;
                    foreach (JobBrushStop brushstop in seg.BrushStops)
                    {
                        _sizeControl.Height += 5.0;
                        DrawHeaderText(drawingContext, string.Format("#{0} STOP", ++indexBrush), 11, LevelOffset.level_4);
                        _sizeControl.Height += NORMAL_FONT_HEIGHT;
                        var brushStops = GetNameValueList(brushstop);
                        foreach (var brushstopprop in brushStops)
                        {
                            DrawNameValueText(drawingContext, brushstopprop, LevelOffset.level_5, PackIconKind.Pencil);
                            _sizeControl.Height += NORMAL_FONT_HEIGHT;
                        }
                        DrawHeaderText(drawingContext, "DISPENSERS", 12, LevelOffset.level_6);
                        _sizeControl.Height += NORMAL_FONT_HEIGHT;
                        _sizeControl.Height += 5.0;
                        int indexDispenser = 0;
                        foreach (JobDispenser disp in brushstop.Dispensers)
                        {
                            DrawHeaderText(drawingContext, string.Format("#{0} DISPENSER", ++indexDispenser), 11, LevelOffset.level_6);
                            _sizeControl.Height += NORMAL_FONT_HEIGHT;
                            var dispProperties = GetNameValueList(disp);
                            foreach (var dispprop in dispProperties)
                            {
                                DrawNameValueText(drawingContext, dispprop, LevelOffset.level_7, PackIconKind.ArrowRightBoldCircle);
                                _sizeControl.Height += NORMAL_FONT_HEIGHT;
                            }
                        }
                    }
                }
            }

            if (Height != _sizeControl.Height)
            {
                Height = _sizeControl.Height;
            }
        }
        public IEnumerable<Tuple<String, String>> GetNameValueList(object value)
        {
            if (value != null)
            {
                var properties = value.GetType().GetProperties(BindingFlags.Public | BindingFlags.Instance).Where(x => (!x.PropertyType.IsClass && !typeof(IEnumerable).IsAssignableFrom(x.PropertyType)) || x.PropertyType == typeof(String)).ToList();
                return properties.Select(x => new Tuple<string, string>(x.Name, x.GetValue(value).ToString()));
            }
            else
            {
                return null;
            }
        }
        #endregion render
        #region drawing
        protected void DrawNameValueText(DrawingContext drawingContext, Tuple<string, string> text, double levelOfOffset, PackIconKind? icon)
        {
            if (IsInViewPort())
            {
                FormattedText formattedName = new FormattedText(text.Item1 + ": ", System.Globalization.CultureInfo.InvariantCulture, System.Windows.FlowDirection.LeftToRight, new Typeface(this.FontFamily, FontStyles.Normal, FontWeights.Normal, FontStretches.Normal),
                    12, Foreground);
                DrawIconTextIfVisible(drawingContext, levelOfOffset, formattedName, icon);
                double widthOfNameText = formattedName.WidthIncludingTrailingWhitespace + 17 + levelOfOffset;//17 pix for draw icon before text

                FormattedText formattedValue = new FormattedText(text.Item2, System.Globalization.CultureInfo.InvariantCulture, System.Windows.FlowDirection.LeftToRight, new Typeface(this.FontFamily, FontStyles.Normal, FontWeights.SemiBold, FontStretches.Normal),
                    12, Foreground);
                DrawIconTextIfVisible(drawingContext, widthOfNameText, formattedValue);
                _sizeControl.Width = Math.Max(_sizeControl.Width, (widthOfNameText + formattedValue.WidthIncludingTrailingWhitespace));
            }
        }

        private bool IsInViewPort()
        {
            return (_sizeControl.Height >= _verticalOffset && _sizeControl.Height <= (_verticalOffset + _viewportHeight + 5));
        }

        protected void DrawHeaderText(DrawingContext drawingContext, string text, int fontSize, double levelOfOffset)
        {
            if (IsInViewPort())
            {
                FormattedText formattedtext = new FormattedText(text, System.Globalization.CultureInfo.InvariantCulture, System.Windows.FlowDirection.LeftToRight, new Typeface(this.FontFamily, FontStyles.Normal, FontWeights.SemiBold, FontStretches.Normal),
                    fontSize, Foreground);
                DrawIconTextIfVisible(drawingContext, levelOfOffset, formattedtext);
                _sizeControl.Width = Math.Max(_sizeControl.Width, (formattedtext.Width + levelOfOffset));
            }
        }

        private void DrawIconTextIfVisible(DrawingContext drawingContext, double levelOfOffset, FormattedText formattedText, PackIconKind? icon = null)
        {
            if (icon is PackIconKind)
            {
                DrawIcon(drawingContext, (PackIconKind)icon, new Point(levelOfOffset, _sizeControl.Height));
                levelOfOffset += 17;
            }
            drawingContext.DrawText(formattedText, new Point(levelOfOffset, _sizeControl.Height));
        }
        private void DrawIcon(DrawingContext drawingContext, PackIconKind kind, Point point)
        {
            GeometryGroup group = GetGeometryByIcon(kind);
            SetGeometryPosition(group, point);
            drawingContext.DrawGeometry(Foreground, new Pen(Brushes.White, 1), group);

        }
        private GeometryGroup GetGeometryByIcon(PackIconKind kind)
        {
            PackIcon icon = new PackIcon { Kind = kind };
            Geometry geometry = Geometry.Parse(icon.Data);
            GeometryGroup group = new GeometryGroup();
            group.Children.Add(geometry);

            TransformGroup tg = new TransformGroup();
            tg.Children.Add(new ScaleTransform()
            {
                ScaleX = 10d / geometry.Bounds.Width,
                ScaleY = 10d / geometry.Bounds.Height,
            });
            tg.Children.Add(new TranslateTransform() { });

            group.Transform = tg;
            return group;
        }
        private void SetGeometryPosition(GeometryGroup group, Point point)
        {
            TransformGroup tg = group.Transform as TransformGroup;
            (tg.Children[1] as TranslateTransform).X = point.X;
            (tg.Children[1] as TranslateTransform).Y = point.Y + 1;
        }
        #endregion drawing

    }
}
tedMachineChanged += (sender, machine) => { if (machine != null) { machine.MachineEventsStateProvider.NewEvents -= MachineEventsStateProvider_NewEvents; machine.MachineEventsStateProvider.NewEvents += MachineEventsStateProvider_NewEvents; machine.MachineEventsStateProvider.EventsResolved -= MachineEventsStateProvider_EventsResolved; machine.MachineEventsStateProvider.EventsResolved += MachineEventsStateProvider_EventsResolved; } }; ToggleSpeechCommand = new RelayCommand(() => { SpeechProvider.Mute = !SpeechProvider.Mute; }); ResolveMachineEventCommand = new RelayCommand<MachinesEvent>(ResolveMachineEvent); ReportIssueCommand = new RelayCommand(ReportIssue); OpenResolvedBugsCommand = new RelayCommand(OpenResolvedBugs); OpenDeveloperConsoleCommand = new RelayCommand(OpenDeveloperConsole); TangoMessenger.Default.Register<Messages.ForcedUpdateMessage>((x) => DisableCheckForUpdates = true); AboutCommand = new RelayCommand(ShowAboutDialog); } private void MachineEventsStateProvider_EventsResolved(object sender, IEnumerable<MachinesEvent> e) { if (ApplicationManager.ConnectedMachine.MachineEventsStateProvider.Events.Count == 0) { IsMachineErrorsOpened = false; } } private void MachineEventsStateProvider_NewEvents(object sender, IEnumerable<MachinesEvent> e) { IsMachineErrorsOpened = true; } private void UpdateCheckThreadMethod() { while (!DisableCheckForUpdates) { Thread.Sleep(TimeSpan.FromMinutes(0.2)); try { if (_authenticationProvider.CurrentUser != null) { var service = UpdateServiceHelper.GetUpdateServiceChannel(); var client = service.CreateChannel(); CheckForUpdatesResponse response = client.CheckForUpdates(new CheckForUpdatesRequest() { Email = _authenticationProvider.CurrentUser.Email, Password = _authenticationProvider.CurrentUser.Password, Version = _applicationManager.Version.ToString(), AcceptBetaRelease = _settings.AcceptBetaRelease, }); IsUpdateAvailable = response.IsUpdateAvailable; LatestVersion = response.Version; } } catch (Exception ex) { LogManager.Log(ex, "Error in version update periodic check..."); } Thread.Sleep(TimeSpan.FromMinutes(4)); } } /// <summary> /// Disconnected from the current connected machine. /// </summary> private async void DisconnectFromMachine() { using (_notificationProvider.PushTaskItem("Disconnecting from machine...")) { try { _isDisconnecting = true; InvalidateRelayCommands(); String serial = ApplicationManager.ConnectedMachine.SerialNumber; await ApplicationManager.ConnectedMachine.Disconnect(); ApplicationManager.SetConnectedMachine(null); _eventLogger.Log("Disconnected from machine " + serial); PostMessage(new MachineConnectionChangedMessage() { Machine = null }); } catch (Exception ex) { _eventLogger.Log(ex, "Error disconnecting from machine."); LogManager.Log(ex, "Could not disconnect from machine."); } finally { _isDisconnecting = false; InvalidateRelayCommands(); } } } /// <summary> /// Signs-out the current logged-in user. /// </summary> private void SignOut() { _authenticationProvider.Logout(); Home(); _navigation.NavigateTo(NavigationView.LoginView); CurrentModule = null; IsMenuOpened = false; } /// <summary> /// Opens the machine connection dialog to allow the user to scan and connect to remote machines view USB/TCP. /// </summary> private void ConnectToMachine() { if (ApplicationManager.ConnectedMachine == null) { _notificationProvider.ShowModalDialog<MachineConnectionViewVM>(async (x) => { if (x.SelectedMachine != null) { if (ApplicationManager.IsMachineConnected) { using (_notificationProvider.PushTaskItem("Disconnecting...")) { await ApplicationManager.ConnectedMachine.Disconnect(); await Task.Delay(1000); } } x.SelectedMachine.EnableDiagnostics = x.EnableDiagnostics; x.SelectedMachine.EnableEmbeddedDebugging = x.EnableDiagnostics; x.SelectedMachine.EnableEventsNotification = x.EnableDiagnostics; x.SelectedMachine.UseKeepAlive = x.EnableKeepAlive; if (x.SelectedMachine.RequiresAuthentication) { //Check machine exist on my database first if (x.SelectedMachine.Machine == null) { _notificationProvider.ShowError( $"The specified machine '{x.SelectedMachine.SerialNumber}' could not be found on the database. Aborting connection."); return; } _notificationProvider.ShowModalDialog<MachineLoginViewVM>(async (login) => { using (NotificationProvider.PushTaskItem("Connecting to machine " + x.SelectedMachine.ToString() + "...")) { try { await x.SelectedMachine.As<IExternalBridgeSecureClient>().Connect(new PMR.Integration.ExternalBridgeLoginRequest() { AppID = "Machine Studio", HostName = Environment.MachineName, Password = login.Password, UserGuid = AuthenticationProvider.CurrentUser.Guid, Intent = PMR.Integration.ExternalBridgeLoginIntent.Override, }); ApplicationManager.SetConnectedMachine(x.SelectedMachine); (x.SelectedMachine as IExternalBridgeSecureClient).SessionClosed += (_, __) => { InvokeUI(() => { _notificationProvider.ShowError("The remote machine has closed the current session. Machine disconnected."); ApplicationManager.SetConnectedMachine(null); }); }; PostMessage(new MachineConnectionChangedMessage() { Machine = x.SelectedMachine }); _eventLogger.Log(String.Format("Successfully connected to machine {0} via TCP", x.SelectedMachine.SerialNumber)); if (x.UploadHardwareConfiguration) { UploadHardwareConfiguration(); } } catch (ResponseErrorException ex) { LogManager.Log(ex); _eventLogger.Log(ex, "Error connecting to machine " + x.SelectedMachine.SerialNumber); _notificationProvider.ShowError("Could not connect to the selected machine." + Environment.NewLine + ex.Container.ErrorMessage); } catch (Exception ex) { LogManager.Log(ex); _eventLogger.Log(ex, "Error connecting to machine " + x.SelectedMachine.SerialNumber); _notificationProvider.ShowError("Could not connect to the selected machine." + Environment.NewLine + ex.Message); } InvalidateRelayCommands(); } }); } else { _notificationProvider.ShowModalDialog<MachineSerialViewVM>(async (vm) => { if (vm.SelectedMachine != null) { using (NotificationProvider.PushTaskItem("Connecting to " + x.SelectedMachine.ToString() + "...")) { try { await x.SelectedMachine.Connect(); x.SelectedMachine.SerialNumber = vm.SelectedMachine.SerialNumber; ApplicationManager.SetConnectedMachine(x.SelectedMachine); PostMessage(new MachineConnectionChangedMessage() { Machine = x.SelectedMachine }); _eventLogger.Log(String.Format("Successfully connected to machine {0} via USB", x.SelectedMachine.SerialNumber)); _settings.LastVirtualMachineSerialNumber = vm.SelectedMachine.SerialNumber; _settings.Save(); if (x.UploadHardwareConfiguration) { UploadHardwareConfiguration(); } } catch (Exception ex) { LogManager.Log(ex); if (x.SelectedMachine != null) { _eventLogger.Log(ex, "Error connecting to machine " + x.SelectedMachine.SerialNumber); } _notificationProvider.ShowError("Could not connect to the selected machine." + Environment.NewLine + ex.Message); } InvalidateRelayCommands(); } } }); } InvalidateRelayCommands(); } InvalidateRelayCommands(); }); } else { _notificationProvider.ShowModalDialog<ConnectedMachineViewVM>(async (x) => { if (x.Result == ConnectedMachineViewVM.ConnectedMachineVMResult.Disconnect) { DisconnectFromMachine(); } else if (x.Result == ConnectedMachineViewVM.ConnectedMachineVMResult.UploadHardwareConfig) { if (NotificationProvider.ShowQuestion("This will reset the machine hardware configuration to the database configuration. Are you sure?")) { using (NotificationProvider.PushTaskItem("Uploading hardware configuration...")) { UploadHardwareConfiguration(); } } } else if (x.Result == ConnectedMachineViewVM.ConnectedMachineVMResult.Reset) { if (NotificationProvider.ShowQuestion("This will reset the embedded device. Are you sure?")) { using (NotificationProvider.PushTaskItem("Resetting the embedded device...")) { try { await ApplicationManager.ConnectedMachine.Reset(); NotificationProvider.ShowInfo("Embedded device has been restarted."); } catch (Exception ex) { LogManager.Log(ex, "Error resetting embedded device."); NotificationProvider.ShowError("Error resetting embedded device." + Environment.NewLine + ex.Message); } } } } else if (x.Result == ConnectedMachineViewVM.ConnectedMachineVMResult.TurnOffHeaters) { if (NotificationProvider.ShowQuestion("This will reset the process parameters. Are you sure?")) { using (NotificationProvider.PushTaskItem("Resetting process parameters...")) { try { await ApplicationManager.ConnectedMachine.UploadProcessParameters(new ProcessParametersTable()); NotificationProvider.ShowInfo("Heaters are turned off."); } catch (Exception ex) { LogManager.Log(ex, "Error resetting process parameters."); NotificationProvider.ShowError("Error resetting process parameters." + Environment.NewLine + ex.Message); } } } } }); } InvalidateRelayCommands(); } private async void UploadHardwareConfiguration() { try { using (ObservablesContext db = ObservablesContext.CreateDefault()) { var config = db.Adapter.GetConfiguration(s => s.Guid == ApplicationManager.Machine.ConfigurationGuid); var hw = db.Adapter.GetHardwareVersionByMachine(ApplicationManager.Machine.Guid); await ApplicationManager.ConnectedMachine.UploadHardwareConfiguration(hw, config); } NotificationProvider.ShowInfo("Hardware configuration uploaded successfully."); } catch (Exception ex) { LogManager.Log(ex, "Error uploading hardware configuration."); NotificationProvider.ShowError("Error uploading hardware configuration." + Environment.NewLine + ex.Message); } } /// <summary> /// Navigates to the home screen. /// </summary> private void Home() { StartModule(null); } /// <summary> /// Starts the specified module. /// </summary> /// <param name="module">The module.</param> internal void StartModule(IStudioModule module) { IsMenuOpened = false; if ((_applicationManager as DefaultStudioApplicationManager).IsModuleInNewWindow(module)) return; if (module != null) { LogManager.Log(String.Format("Starting module '{0}'...", module.Name)); if (!(MainView.Self as MainView).NavigationControl.Elements.ToList().Exists(x => x.GetType() == module.MainViewType)) { LogManager.Log("Module was not initialized. Initializing..."); FrameworkElement view = Activator.CreateInstance(module.MainViewType) as FrameworkElement; NavigationControl.SetNavigationName(view, module.Name); (MainView.Self as MainView).NavigationControl.Elements.Add(view); } } foreach (var m in StudioModuleLoader.AllModules.Where(x => x != module && !x.InNewWindow)) { m.IsLoaded = false; } CurrentModule = module; if (module != null) { CurrentModule.IsLoaded = true; IsModuleLoaded = true; LogManager.Log(String.Format("Navigating to module '{0}'...", module.Name)); (MainView.Self as MainView).NavigationControl.NavigateTo(module.Name); } else { IsModuleLoaded = false; LogManager.Log(String.Format("Navigating to Home...")); (MainView.Self as MainView).NavigationControl.NavigateTo("Home"); } } /// <summary> /// Opens the module in a new window. /// </summary> /// <param name="module">The module.</param> private void OpenModuleInWindow(IStudioModule module, Rect? bounds = null, WindowState? state = null) { if (module == null) return; try { module.InNewWindow = true; StartModule(null); LogManager.Log(String.Format("Starting module '{0}' in new window...", module.Name)); if (!(MainView.Self as MainView).NavigationControl.Elements.ToList().Exists(x => x.GetType() == module.MainViewType)) { LogManager.Log("Module was not initialized. Initializing..."); FrameworkElement v = Activator.CreateInstance(module.MainViewType) as FrameworkElement; NavigationControl.SetNavigationName(v, module.Name); (MainView.Self as MainView).NavigationControl.Elements.Add(v); } LogManager.Log("Detaching module view..."); var view = (MainView.Self as MainView).NavigationControl.GetAndDetach(module.Name); ModuleWindowVM vm = new ModuleWindowVM(module); ModuleWindow window = new ModuleWindow(this, vm, view); if (bounds.HasValue) { window.WindowStartupLocation = WindowStartupLocation.Manual; window.WindowState = WindowState.Normal; window.Left = bounds.Value.Left; window.Top = bounds.Value.Top; window.Width = bounds.Value.Width; window.Height = bounds.Value.Height; window.Loaded += (_, __) => { window.WindowState = state.Value; }; } window.Closing += (x, y) => { LogManager.Log(String.Format("Closing module '{0}' on new window...", module.Name)); window.grid.Children.Remove(view); module.InNewWindow = false; }; window.Owner = MainWindow.Instance; LogManager.Log("Opening new window..."); window.Show(); (_applicationManager as DefaultStudioApplicationManager).RegisterOpenedWindow(window); } catch (Exception ex) { LogManager.Log(ex, "Error popping out module " + module.Name); _notificationProvider.ShowError("Error popping out module " + module.Name); } } /// <summary> /// Navigates to update center. /// </summary> private void NavigateToUpdateCenter() { _navigation.NavigateTo(NavigationView.UpdateView); } /// <summary> /// Exits the application. /// </summary> private void ExitApplication() { _applicationManager.ShutDown(); } /// <summary> /// Displays the HTML. /// </summary> /// <param name="machineEvent">The HTML page.</param> private async void ResolveMachineEvent(MachinesEvent machineEvent) { if (machineEvent.EventType.HtmlPage != null) { if (_htmlPresenter.DisplayHtml(machineEvent.EventType.HtmlPage)) { if (ApplicationManager.ConnectedMachine != null && machineEvent.EventType.Resolvable) { _eventLogger.Log(String.Format("Event '{0}' resolved by user.", machineEvent.EventType.Name)); await ApplicationManager.ConnectedMachine.ResolveEvent((PMR.Diagnostics.EventType)machineEvent.Type); } } } else { _notificationProvider.ShowWarning("Could not locate guidance content for the specified event."); } } /// <summary> /// Shows the about dialog. /// </summary> private void ShowAboutDialog() { NotificationProvider.ShowModalDialog<AboutViewVM>((x) => { }); } private void ReportIssue() { Tango.TFS.WorkItem bug = null; try { bug = TFSClient.CreateBug(); } catch (Exception ex) { _notificationProvider.ShowError(ex.Message); return; } _notificationProvider.ShowModalDialog<ReportIssueViewVM, ReportIssueView>(new ReportIssueViewVM(TFSClient.Project, bug), async (vm) => { using (_notificationProvider.PushTaskItem("Uploading bug report...")) { try { TFSClient.FinalizeBug(vm.WorkItem); await TFSClient.UploadWorkItem(vm.WorkItem); } catch (Exception ex) { LogManager.Log(ex, "Error while trying to upload bug report."); _notificationProvider.ShowError("An error occurred while trying to create the issue." + Environment.NewLine + ex.Message); } } }, null); } private void OpenResolvedBugs() { ResolvedIssuesViewVM vm = null; vm = new ResolvedIssuesViewVM(TFSClient, async (item) => { //Approve using (_notificationProvider.PushTaskItem("Approving issue...")) { vm.IsAvailable = false; try { await TFSClient.CloseWorkItem(item); } catch (Exception ex) { LogManager.Log(ex, $"Error while trying to approve resolved bug '{item.ID}'."); _notificationProvider.ShowError("An error occurred while trying to update the issue." + Environment.NewLine + ex.Message); } vm.IsAvailable = true; if (TFSClient.ResolvedWorkItems.Count == 0) { vm.Close(); } } }, async (item) => { //Decline using (_notificationProvider.PushTaskItem("Reactivating issue...")) { vm.IsAvailable = false; try { await TFSClient.ReactivateWorkItem(item); } catch (Exception ex) { LogManager.Log(ex, $"Error while trying to decline resolved bug '{item.ID}'."); _notificationProvider.ShowError("An error occurred while trying to update the issue." + Environment.NewLine + ex.Message); } vm.IsAvailable = true; if (TFSClient.ResolvedWorkItems.Count == 0) { vm.Close(); } } }); _notificationProvider.ShowModalDialog<ResolvedIssuesViewVM, ResolvedIssuesView>(vm, (_) => { }, null); } private void OpenDeveloperConsole() { Console.ConsoleWindow console = new Console.ConsoleWindow(); ApplicationManager.RegisterOpenedWindow(console); console.Owner = MainWindow.Instance; console.Show(); } public override void OnApplicationReady() { if (!IsApplicationReady) { var settings = SettingsManager.Default.GetOrCreate<MachineStudioSettings>(); foreach (var item in settings.StudioModulesBounds) { var module = StudioModuleLoader.AllModules.SingleOrDefault(x => x.Name == item.Name); if (module != null && !module.InNewWindow) { OpenModuleInWindow(module, item.Bounds, item.State); } } if (settings.LastMainModuleName != null) { var m = StudioModuleLoader.UserModules.SingleOrDefault(x => x.Name == settings.LastMainModuleName); if (m != null) { StartModule(m); } } IsApplicationReady = true; } } } }