From 99d6dc51d695cce18c27b65fb42196a57a4c3eb7 Mon Sep 17 00:00:00 2001 From: sr55 Date: Tue, 21 Jul 2015 20:32:11 +0000 Subject: WinGui: Replace Castle Windsor with Caliburn Micros built-in SimpleContainer IoC. We don't need anything as powerful as castle. Also, since the license appears to now be Apache License 2 which is not compatible with GPLv2, we can't upgrade this library any more. git-svn-id: svn://svn.handbrake.fr/HandBrake/trunk@7356 b64f7644-9d1e-0410-96f1-a4d463321fa5 --- win/CS/HandBrakeWPF/App.xaml | 2 +- win/CS/HandBrakeWPF/App.xaml.cs | 14 - win/CS/HandBrakeWPF/HandBrakeWPF.csproj | 8 +- win/CS/HandBrakeWPF/Startup/AppBootstrapper.cs | 169 + win/CS/HandBrakeWPF/Startup/CastleBootstrapper.cs | 165 - win/CS/HandBrakeWPF/ViewModels/MainViewModel.cs | 54 +- win/CS/HandBrakeWPF/ViewModels/OptionsViewModel.cs | 16 +- .../ViewModels/QueueSelectionViewModel.cs | 10 +- win/CS/HandBrakeWPF/ViewModels/QueueViewModel.cs | 2 +- win/CS/HandBrakeWPF/ViewModels/ShellViewModel.cs | 13 +- .../ViewModels/StaticPreviewViewModel.cs | 12 +- win/CS/HandBrakeWPF/ViewModels/ViewModelBase.cs | 9 - win/CS/libraries/caliburn/Castle.Core.dll | Bin 299008 -> 0 bytes win/CS/libraries/caliburn/Castle.Core.xml | 4927 ------------- win/CS/libraries/caliburn/Castle.Windsor.XML | 7741 -------------------- win/CS/libraries/caliburn/Castle.Windsor.dll | Bin 326144 -> 0 bytes 16 files changed, 238 insertions(+), 12904 deletions(-) create mode 100644 win/CS/HandBrakeWPF/Startup/AppBootstrapper.cs delete mode 100644 win/CS/HandBrakeWPF/Startup/CastleBootstrapper.cs delete mode 100644 win/CS/libraries/caliburn/Castle.Core.dll delete mode 100644 win/CS/libraries/caliburn/Castle.Core.xml delete mode 100644 win/CS/libraries/caliburn/Castle.Windsor.XML delete mode 100644 win/CS/libraries/caliburn/Castle.Windsor.dll diff --git a/win/CS/HandBrakeWPF/App.xaml b/win/CS/HandBrakeWPF/App.xaml index 24ea02909..e436745b4 100644 --- a/win/CS/HandBrakeWPF/App.xaml +++ b/win/CS/HandBrakeWPF/App.xaml @@ -7,7 +7,7 @@ - + diff --git a/win/CS/HandBrakeWPF/App.xaml.cs b/win/CS/HandBrakeWPF/App.xaml.cs index e0bfd1bbf..7899f4520 100644 --- a/win/CS/HandBrakeWPF/App.xaml.cs +++ b/win/CS/HandBrakeWPF/App.xaml.cs @@ -118,20 +118,6 @@ namespace HandBrakeWPF { this.ShowError(e.Exception.InnerException); } - else if (e.Exception.InnerException != null && e.Exception.InnerException.GetType() == typeof(Castle.MicroKernel.ComponentActivator.ComponentActivatorException)) - { - // Handle Component Activation Exceptions. Can happen when one of the services throws an execption when being constructed. - Exception innerException = e.Exception.InnerException.InnerException; - if (innerException != null && innerException.InnerException != null && - innerException.InnerException.GetType() == typeof(GeneralApplicationException)) - { - this.ShowError(innerException.InnerException); - } - else - { - this.ShowError(innerException); - } - } else { this.ShowError(e.Exception); diff --git a/win/CS/HandBrakeWPF/HandBrakeWPF.csproj b/win/CS/HandBrakeWPF/HandBrakeWPF.csproj index 2893d6186..d31a3faba 100644 --- a/win/CS/HandBrakeWPF/HandBrakeWPF.csproj +++ b/win/CS/HandBrakeWPF/HandBrakeWPF.csproj @@ -76,12 +76,6 @@ ..\libraries\caliburn\Caliburn.Micro.dll - - ..\libraries\caliburn\Castle.Core.dll - - - ..\libraries\caliburn\Castle.Windsor.dll - ..\libraries\WPFDragDrop\GongSolutions.Wpf.DragDrop.dll @@ -277,7 +271,7 @@ - + diff --git a/win/CS/HandBrakeWPF/Startup/AppBootstrapper.cs b/win/CS/HandBrakeWPF/Startup/AppBootstrapper.cs new file mode 100644 index 000000000..c4ddeb1ad --- /dev/null +++ b/win/CS/HandBrakeWPF/Startup/AppBootstrapper.cs @@ -0,0 +1,169 @@ +// -------------------------------------------------------------------------------------------------------------------- +// +// This file is part of the HandBrake source code - It may be used under the terms of the GNU General Public License. +// +// +// The Castle Bootstrapper +// +// -------------------------------------------------------------------------------------------------------------------- + +namespace HandBrakeWPF.Startup +{ + using System; + using System.Collections.Generic; + using System.Reflection; + + using Caliburn.Micro; + + using HandBrake.ApplicationServices.Services.Encode; + using HandBrake.ApplicationServices.Services.Encode.Interfaces; + using HandBrake.ApplicationServices.Services.Scan; + using HandBrake.ApplicationServices.Services.Scan.Interfaces; + + using HandBrakeWPF.Commands; + using HandBrakeWPF.Commands.Interfaces; + using HandBrakeWPF.Services; + using HandBrakeWPF.Services.Interfaces; + using HandBrakeWPF.Services.Presets; + using HandBrakeWPF.Services.Presets.Interfaces; + using HandBrakeWPF.Services.Queue; + using HandBrakeWPF.Services.Queue.Interfaces; + using HandBrakeWPF.ViewModels; + using HandBrakeWPF.ViewModels.Interfaces; + + /// + /// The Castle Bootstrapper + /// + public class AppBootstrapper : Bootstrapper + { + private SimpleContainer container; + + /// + /// Configure Castle Windsor + /// + protected override void Configure() + { + this.container = new SimpleContainer(); + + this.container.Singleton(); + this.container.Singleton(); + + // Services + this.container.Singleton(); + this.container.Singleton(); + this.container.Singleton(); + this.container.Singleton(); + this.container.Singleton(); + this.container.Singleton(); + this.container.Singleton(); + this.container.Singleton(); + + // Commands + this.container.Singleton(); + + // Services and Shell Components + this.container.Singleton(); + this.container.Singleton(); + this.container.Singleton(); + this.container.Singleton(); + this.container.PerRequest(); + this.container.Singleton(); + this.container.Singleton(); + this.container.Singleton(); + this.container.Singleton(); + this.container.Singleton(); + this.container.Singleton(); + this.container.Singleton(); + this.container.Singleton(); + + + // Tab Components + this.container.Singleton(); + this.container.Singleton(); + this.container.Singleton(); + this.container.Singleton(); + this.container.Singleton(); + this.container.Singleton(); + this.container.Singleton(); + this.container.Singleton(); + + // Shell + this.container.Singleton(); + + base.Configure(); + } + + /// + /// Select Assemblies + /// + /// + /// A List of Assembly objects + /// + protected override IEnumerable SelectAssemblies() + { + return AppDomain.CurrentDomain.GetAssemblies(); + } + + /// + /// Get an Instance of a service + /// + /// + /// The service. + /// + /// + /// The key. + /// + /// + /// The Service Requested + /// + protected override object GetInstance(Type service, string key) + { + var instance = container.GetInstance(service, key); + if (instance != null) + { + // this.BuildUp(instance); + return instance; + } + + throw new InvalidOperationException("Could not locate any instances for: " + key); + } + + /// + /// Get all instances of a service + /// + /// + /// The service. + /// + /// + /// A collection of instances of the requested service type. + /// + protected override IEnumerable GetAllInstances(Type service) + { + IEnumerable instances = this.container.GetAllInstances(service); + if (instances != null) + { + foreach (var item in instances) + { + // this.BuildUp(item); + } + } + + return instances; + } + + /// + /// Build Up + /// + /// + /// The instance. + /// + protected override void BuildUp(object instance) + { + //instance.GetType().GetProperties() + // .Where(property => property.CanWrite && property.PropertyType.IsPublic) + // .ForEach(property => property.SetValue(instance, this.container.GetInstance(property.PropertyType, property.Name), null)); + + this.container.BuildUp(instance); + } + } +} diff --git a/win/CS/HandBrakeWPF/Startup/CastleBootstrapper.cs b/win/CS/HandBrakeWPF/Startup/CastleBootstrapper.cs deleted file mode 100644 index 4bb0a0cda..000000000 --- a/win/CS/HandBrakeWPF/Startup/CastleBootstrapper.cs +++ /dev/null @@ -1,165 +0,0 @@ -// -------------------------------------------------------------------------------------------------------------------- -// -// This file is part of the HandBrake source code - It may be used under the terms of the GNU General Public License. -// -// -// The Castle Bootstrapper -// -// -------------------------------------------------------------------------------------------------------------------- - -namespace HandBrakeWPF.Startup -{ - using System; - using System.Collections.Generic; - using System.Linq; - using System.Reflection; - - using Caliburn.Micro; - - using Castle.Core; - using Castle.MicroKernel.Registration; - using Castle.Windsor; - - using HandBrake.ApplicationServices.Services.Encode; - using HandBrake.ApplicationServices.Services.Encode.Interfaces; - using HandBrake.ApplicationServices.Services.Logging; - using HandBrake.ApplicationServices.Services.Scan; - using HandBrake.ApplicationServices.Services.Scan.Interfaces; - - using HandBrakeWPF.Commands; - using HandBrakeWPF.Commands.Interfaces; - using HandBrakeWPF.Services.Presets; - using HandBrakeWPF.Services.Presets.Interfaces; - - using ViewModels; - using ViewModels.Interfaces; - - using HandBrakeWPF.Services; - using HandBrakeWPF.Services.Interfaces; - using HandBrakeWPF.Services.Queue; - using HandBrakeWPF.Services.Queue.Interfaces; - - /// - /// The Castle Bootstrapper - /// - public class CastleBootstrapper : Bootstrapper - { - /// - /// The Windsor Container - /// - private IWindsorContainer windsorContainer; - - /// - /// Configure Castle Windsor - /// - protected override void Configure() - { - this.windsorContainer = new WindsorContainer(); - this.windsorContainer.Register(Component.For().ImplementedBy()); - this.windsorContainer.Register(Component.For().ImplementedBy()); - - // Initialise the ApplicationServices IWindsorInstaller - // this.windsorContainer.Register(Component.For().ImplementedBy()); - // this.windsorContainer.Install(windsorContainer.ResolveAll()); - - // Services - this.windsorContainer.Register(Component.For().ImplementedBy().LifeStyle.Is(LifestyleType.Singleton)); - this.windsorContainer.Register(Component.For().ImplementedBy().LifeStyle.Is(LifestyleType.Singleton)); - this.windsorContainer.Register(Component.For().ImplementedBy().LifeStyle.Is(LifestyleType.Singleton)); - this.windsorContainer.Register(Component.For().ImplementedBy().LifeStyle.Is(LifestyleType.Singleton)); - this.windsorContainer.Register(Component.For().ImplementedBy().LifeStyle.Is(LifestyleType.Singleton)); - this.windsorContainer.Register(Component.For().ImplementedBy()); - this.windsorContainer.Register(Component.For().ImplementedBy()); - this.windsorContainer.Register(Component.For().ImplementedBy()); - - // Commands - this.windsorContainer.Register(Component.For().ImplementedBy().LifeStyle.Is(LifestyleType.Singleton)); - - // Shell - this.windsorContainer.Register(Component.For().ImplementedBy().LifeStyle.Is(LifestyleType.Singleton)); - this.windsorContainer.Register(Component.For().ImplementedBy().LifeStyle.Is(LifestyleType.Singleton)); - this.windsorContainer.Register(Component.For().ImplementedBy().LifeStyle.Is(LifestyleType.Singleton)); - this.windsorContainer.Register(Component.For().ImplementedBy().LifeStyle.Is(LifestyleType.Singleton)); - this.windsorContainer.Register(Component.For().ImplementedBy().LifeStyle.Is(LifestyleType.Singleton)); - this.windsorContainer.Register(Component.For().ImplementedBy().LifeStyle.Is(LifestyleType.Transient)); - this.windsorContainer.Register(Component.For().ImplementedBy().LifeStyle.Is(LifestyleType.Singleton)); - this.windsorContainer.Register(Component.For().ImplementedBy().LifeStyle.Is(LifestyleType.Singleton)); - this.windsorContainer.Register(Component.For().ImplementedBy().LifeStyle.Is(LifestyleType.Singleton)); - this.windsorContainer.Register(Component.For().ImplementedBy().LifeStyle.Is(LifestyleType.Singleton)); - this.windsorContainer.Register(Component.For().ImplementedBy().LifeStyle.Is(LifestyleType.Singleton)); - this.windsorContainer.Register(Component.For().ImplementedBy().LifeStyle.Is(LifestyleType.Singleton)); - this.windsorContainer.Register(Component.For().ImplementedBy().LifeStyle.Is(LifestyleType.Singleton)); - - // Experimental Services and Windows. - this.windsorContainer.Register(Component.For().ImplementedBy().LifeStyle.Is(LifestyleType.Singleton)); - - // Tab Components - this.windsorContainer.Register(Component.For().ImplementedBy().LifeStyle.Is(LifestyleType.Singleton)); - this.windsorContainer.Register(Component.For().ImplementedBy().LifeStyle.Is(LifestyleType.Singleton)); - this.windsorContainer.Register(Component.For().ImplementedBy().LifeStyle.Is(LifestyleType.Singleton)); - this.windsorContainer.Register(Component.For().ImplementedBy().LifeStyle.Is(LifestyleType.Singleton)); - this.windsorContainer.Register(Component.For().ImplementedBy().LifeStyle.Is(LifestyleType.Singleton)); - this.windsorContainer.Register(Component.For().ImplementedBy().LifeStyle.Is(LifestyleType.Singleton)); - this.windsorContainer.Register(Component.For().ImplementedBy().LifeStyle.Is(LifestyleType.Singleton)); - this.windsorContainer.Register(Component.For().ImplementedBy().LifeStyle.Is(LifestyleType.Singleton)); - - // Overlay Panels - } - - /// - /// Select Assemblies - /// - /// - /// A List of Assembly objects - /// - protected override IEnumerable SelectAssemblies() - { - return AppDomain.CurrentDomain.GetAssemblies(); - } - - /// - /// Get an Instance of a service - /// - /// - /// The service. - /// - /// - /// The key. - /// - /// - /// The Service Requested - /// - protected override object GetInstance(Type service, string key) - { - return string.IsNullOrWhiteSpace(key) ? this.windsorContainer.Resolve(service) : this.windsorContainer.Resolve(key, new { }); - } - - /// - /// Get all instances of a service - /// - /// - /// The service. - /// - /// - /// A collection of instances of the requested service type. - /// - protected override IEnumerable GetAllInstances(Type service) - { - return this.windsorContainer.ResolveAll(service).Cast(); - } - - /// - /// Build Up - /// - /// - /// The instance. - /// - protected override void BuildUp(object instance) - { - instance.GetType().GetProperties() - .Where(property => property.CanWrite && property.PropertyType.IsPublic) - .Where(property => this.windsorContainer.Kernel.HasComponent(property.PropertyType)) - .ForEach(property => property.SetValue(instance, this.windsorContainer.Resolve(property.PropertyType), null)); - } - } -} diff --git a/win/CS/HandBrakeWPF/ViewModels/MainViewModel.cs b/win/CS/HandBrakeWPF/ViewModels/MainViewModel.cs index 4f4fbaf2d..638264d84 100644 --- a/win/CS/HandBrakeWPF/ViewModels/MainViewModel.cs +++ b/win/CS/HandBrakeWPF/ViewModels/MainViewModel.cs @@ -79,16 +79,13 @@ namespace HandBrakeWPF.ViewModels /// private readonly IErrorService errorService; - /// - /// The Shell View Model - /// - private readonly IShellViewModel shellViewModel; - /// /// Backing field for the update serivce. /// private readonly IUpdateService updateService; + private readonly IWindowManager windowManager; + /// /// Backing field for the user setting service. /// @@ -228,9 +225,6 @@ namespace HandBrakeWPF.ViewModels /// /// The Error Service /// - /// - /// The shell View Model. - /// /// /// The update Service. /// @@ -242,19 +236,34 @@ namespace HandBrakeWPF.ViewModels /// The when Done Service. /// *** Leave in Constructor. *** /// + /// + /// The window Manager. + /// public MainViewModel(IUserSettingService userSettingService, IScan scanService, IEncode encodeService, IPresetService presetService, - IErrorService errorService, IShellViewModel shellViewModel, IUpdateService updateService, INotificationService notificationService, - IPrePostActionService whenDoneService) + IErrorService errorService, IUpdateService updateService, INotificationService notificationService, + IPrePostActionService whenDoneService, IWindowManager windowManager) { this.scanService = scanService; this.encodeService = encodeService; this.presetService = presetService; this.errorService = errorService; - this.shellViewModel = shellViewModel; + // this.shellViewModel = shellViewModel; IShellViewModel shellViewModel, this.updateService = updateService; + this.windowManager = windowManager; this.userSettingService = userSettingService; this.queueProcessor = IoC.Get(); + // TODO tidy up. The new Simple Container IOC isn't doing property injection for some reason, so temp IoC.get the properties set by it. + this.PictureSettingsViewModel = IoC.Get(); + this.VideoViewModel = IoC.Get(); + this.FiltersViewModel = IoC.Get(); + this.AudioViewModel = IoC.Get(); + this.SubtitleViewModel = IoC.Get(); + this.ChaptersViewModel = IoC.Get(); + this.AdvancedViewModel = IoC.Get(); + IoC.BuildUp(this.AdvancedViewModel); + this.StaticPreviewViewModel = IoC.Get(); + // Setup Properties this.WindowTitle = Resources.HandBrake_Title; this.CurrentTask = new EncodeTask(); @@ -753,7 +762,7 @@ namespace HandBrakeWPF.ViewModels this.SelectedPointToPoint = PointToPointMode.Chapters; this.SelectedAngle = 1; - if (this.UserSettingService.GetUserSetting(UserSettingConstants.AutoNaming)) + if (this.userSettingService.GetUserSetting(UserSettingConstants.AutoNaming)) { if (this.userSettingService.GetUserSetting(UserSettingConstants.AutoNameFormat) != null) { @@ -807,7 +816,7 @@ namespace HandBrakeWPF.ViewModels this.NotifyOfPropertyChange(() => this.SelectedStartPoint); this.Duration = this.DurationCalculation(); - if (this.UserSettingService.GetUserSetting(UserSettingConstants.AutoNaming) && this.ScannedSource.ScanPath != null) + if (this.userSettingService.GetUserSetting(UserSettingConstants.AutoNaming) && this.ScannedSource.ScanPath != null) { if (this.SelectedPointToPoint == PointToPointMode.Chapters && this.userSettingService.GetUserSetting(UserSettingConstants.AutoNameFormat) != null && this.userSettingService.GetUserSetting(UserSettingConstants.AutoNameFormat).Contains(Constants.Chapters)) @@ -1244,7 +1253,8 @@ namespace HandBrakeWPF.ViewModels /// public void OpenOptionsWindow() { - this.shellViewModel.DisplayWindow(ShellWindow.OptionsWindow); + IShellViewModel shellViewModel = IoC.Get(); + shellViewModel.DisplayWindow(ShellWindow.OptionsWindow); } /// @@ -1264,7 +1274,7 @@ namespace HandBrakeWPF.ViewModels { ILogViewModel logvm = IoC.Get(); logvm.SelectedTab = this.IsEncoding ? 0 : 1; - this.WindowManager.ShowWindow(logvm); + this.windowManager.ShowWindow(logvm); } } @@ -1281,7 +1291,7 @@ namespace HandBrakeWPF.ViewModels } else { - this.WindowManager.ShowWindow(IoC.Get()); + this.windowManager.ShowWindow(IoC.Get()); } } @@ -1294,7 +1304,7 @@ namespace HandBrakeWPF.ViewModels { this.StaticPreviewViewModel.IsOpen = true; this.StaticPreviewViewModel.UpdatePreviewFrame(this.CurrentTask, this.ScannedSource); - this.WindowManager.ShowWindow(this.StaticPreviewViewModel); + this.windowManager.ShowWindow(this.StaticPreviewViewModel); } } @@ -1447,7 +1457,7 @@ namespace HandBrakeWPF.ViewModels } else { - this.WindowManager.ShowWindow(viewModel); + this.windowManager.ShowWindow(viewModel); } } @@ -1504,7 +1514,7 @@ namespace HandBrakeWPF.ViewModels this.IsEncoding = true; } - this.queueProcessor.Start(UserSettingService.GetUserSetting(UserSettingConstants.ClearCompletedFromQueue)); + this.queueProcessor.Start(this.userSettingService.GetUserSetting(UserSettingConstants.ClearCompletedFromQueue)); return; } @@ -1539,7 +1549,7 @@ namespace HandBrakeWPF.ViewModels // Create the Queue Task and Start Processing if (this.AddToQueue()) { - this.queueProcessor.Start(UserSettingService.GetUserSetting(UserSettingConstants.ClearCompletedFromQueue)); + this.queueProcessor.Start(this.userSettingService.GetUserSetting(UserSettingConstants.ClearCompletedFromQueue)); this.IsEncoding = true; } } @@ -1722,7 +1732,7 @@ namespace HandBrakeWPF.ViewModels { IAddPresetViewModel presetViewModel = IoC.Get(); presetViewModel.Setup(this.CurrentTask, this.SelectedTitle, this.AudioViewModel.AudioBehaviours, this.SubtitleViewModel.SubtitleBehaviours); - this.WindowManager.ShowWindow(presetViewModel); + this.windowManager.ShowWindow(presetViewModel); } /// @@ -1958,7 +1968,7 @@ namespace HandBrakeWPF.ViewModels // Make sure the output extension is set correctly based on the users preferences and selection. if (newExtension == ".mp4" || newExtension == ".m4v") { - switch (this.UserSettingService.GetUserSetting(UserSettingConstants.UseM4v)) + switch (this.userSettingService.GetUserSetting(UserSettingConstants.UseM4v)) { case 0: // Auto newExtension = this.CurrentTask.RequiresM4v ? ".m4v" : ".mp4"; diff --git a/win/CS/HandBrakeWPF/ViewModels/OptionsViewModel.cs b/win/CS/HandBrakeWPF/ViewModels/OptionsViewModel.cs index b233dc449..2082dbb9e 100644 --- a/win/CS/HandBrakeWPF/ViewModels/OptionsViewModel.cs +++ b/win/CS/HandBrakeWPF/ViewModels/OptionsViewModel.cs @@ -43,11 +43,6 @@ namespace HandBrakeWPF.ViewModels /// private readonly IUserSettingService userSettingService; - /// - /// The Shell View Model - /// - private readonly IShellViewModel shellViewModel; - /// /// Backing field for the update service. /// @@ -309,12 +304,15 @@ namespace HandBrakeWPF.ViewModels /// /// The update Service. /// - public OptionsViewModel(IUserSettingService userSettingService, IShellViewModel shellViewModel, IUpdateService updateService) + /// + /// The about View Model. + /// + public OptionsViewModel(IUserSettingService userSettingService, IUpdateService updateService, IAboutViewModel aboutViewModel) { this.Title = "Options"; this.userSettingService = userSettingService; - this.shellViewModel = shellViewModel; this.updateService = updateService; + this.AboutViewModel = aboutViewModel; this.OnLoad(); this.SelectedTab = OptionsTab.General; @@ -1213,7 +1211,9 @@ namespace HandBrakeWPF.ViewModels public void Close() { this.Save(); - this.shellViewModel.DisplayWindow(ShellWindow.MainWindow); + + IShellViewModel shellViewModel = IoC.Get(); + shellViewModel.DisplayWindow(ShellWindow.MainWindow); } /// diff --git a/win/CS/HandBrakeWPF/ViewModels/QueueSelectionViewModel.cs b/win/CS/HandBrakeWPF/ViewModels/QueueSelectionViewModel.cs index 0c99ceeae..a36f29e1b 100644 --- a/win/CS/HandBrakeWPF/ViewModels/QueueSelectionViewModel.cs +++ b/win/CS/HandBrakeWPF/ViewModels/QueueSelectionViewModel.cs @@ -31,6 +31,8 @@ namespace HandBrakeWPF.ViewModels /// private readonly IErrorService errorService; + private readonly IUserSettingService userSettingService; + /// /// The ordered by duration. /// @@ -52,9 +54,13 @@ namespace HandBrakeWPF.ViewModels /// /// The Error Service /// - public QueueSelectionViewModel(IErrorService errorService) + /// + /// The user Setting Service. + /// + public QueueSelectionViewModel(IErrorService errorService, IUserSettingService userSettingService) { this.errorService = errorService; + this.userSettingService = userSettingService; this.Title = Resources.QueueSelectionViewModel_AddToQueue; this.TitleList = new BindingList(); this.OrderedByTitle = true; @@ -111,7 +117,7 @@ namespace HandBrakeWPF.ViewModels { get { - return this.UserSettingService.GetUserSetting(UserSettingConstants.AutoNaming); + return this.userSettingService.GetUserSetting(UserSettingConstants.AutoNaming); } } diff --git a/win/CS/HandBrakeWPF/ViewModels/QueueViewModel.cs b/win/CS/HandBrakeWPF/ViewModels/QueueViewModel.cs index 305b1c466..a8dde9dc2 100644 --- a/win/CS/HandBrakeWPF/ViewModels/QueueViewModel.cs +++ b/win/CS/HandBrakeWPF/ViewModels/QueueViewModel.cs @@ -346,7 +346,7 @@ namespace HandBrakeWPF.ViewModels this.JobsPending = string.Format(Resources.QueueViewModel_JobsPending, this.queueProcessor.Count); this.IsEncoding = true; - this.queueProcessor.Start(UserSettingService.GetUserSetting(UserSettingConstants.ClearCompletedFromQueue)); + this.queueProcessor.Start(userSettingService.GetUserSetting(UserSettingConstants.ClearCompletedFromQueue)); } /// diff --git a/win/CS/HandBrakeWPF/ViewModels/ShellViewModel.cs b/win/CS/HandBrakeWPF/ViewModels/ShellViewModel.cs index f21345f97..f516b156c 100644 --- a/win/CS/HandBrakeWPF/ViewModels/ShellViewModel.cs +++ b/win/CS/HandBrakeWPF/ViewModels/ShellViewModel.cs @@ -46,6 +46,8 @@ namespace HandBrakeWPF.ViewModels private bool isMainPanelEnabled; + private IMainViewModel mainViewModel; + #endregion /// @@ -54,12 +56,21 @@ namespace HandBrakeWPF.ViewModels /// /// The error Service. /// - public ShellViewModel(IErrorService errorService) + /// + /// The main View Model. + /// + /// + /// The options View Model. + /// + public ShellViewModel(IErrorService errorService, IMainViewModel mainViewModel, IOptionsViewModel optionsViewModel) { this.errorService = errorService; this.showMainWindow = true; this.showOptions = false; this.IsMainPanelEnabled = true; + this.MainViewModel = mainViewModel; + this.OptionsViewModel = optionsViewModel; + //this.OverlayPanelViewModel = overlayPanel; } /// diff --git a/win/CS/HandBrakeWPF/ViewModels/StaticPreviewViewModel.cs b/win/CS/HandBrakeWPF/ViewModels/StaticPreviewViewModel.cs index 6aa7a3050..48436cf86 100644 --- a/win/CS/HandBrakeWPF/ViewModels/StaticPreviewViewModel.cs +++ b/win/CS/HandBrakeWPF/ViewModels/StaticPreviewViewModel.cs @@ -233,7 +233,7 @@ namespace HandBrakeWPF.ViewModels { get { - return this.UserSettingService.GetUserSetting(UserSettingConstants.PreviewScanCount) - 1; + return this.userSettingService.GetUserSetting(UserSettingConstants.PreviewScanCount) - 1; } } @@ -340,7 +340,7 @@ namespace HandBrakeWPF.ViewModels { List startPoints = new List(); for (int i = 1; - i <= this.UserSettingService.GetUserSetting(UserSettingConstants.PreviewScanCount); + i <= this.userSettingService.GetUserSetting(UserSettingConstants.PreviewScanCount); i++) { startPoints.Add(i); @@ -583,7 +583,7 @@ namespace HandBrakeWPF.ViewModels } else { - if (!File.Exists(UserSettingService.GetUserSetting(UserSettingConstants.VLCPath))) + if (!File.Exists(userSettingService.GetUserSetting(UserSettingConstants.VLCPath))) { // Attempt to find VLC if it doesn't exist in the default set location. string vlcPath; @@ -600,7 +600,7 @@ namespace HandBrakeWPF.ViewModels if (File.Exists(vlcPath)) { - UserSettingService.SetUserSetting(UserSettingConstants.VLCPath, vlcPath); + userSettingService.SetUserSetting(UserSettingConstants.VLCPath, vlcPath); } else { @@ -609,9 +609,9 @@ namespace HandBrakeWPF.ViewModels } } - if (File.Exists(UserSettingService.GetUserSetting(UserSettingConstants.VLCPath))) + if (File.Exists(userSettingService.GetUserSetting(UserSettingConstants.VLCPath))) { - ProcessStartInfo vlc = new ProcessStartInfo(UserSettingService.GetUserSetting(UserSettingConstants.VLCPath), args); + ProcessStartInfo vlc = new ProcessStartInfo(userSettingService.GetUserSetting(UserSettingConstants.VLCPath), args); Process.Start(vlc); } } diff --git a/win/CS/HandBrakeWPF/ViewModels/ViewModelBase.cs b/win/CS/HandBrakeWPF/ViewModels/ViewModelBase.cs index a0e2a8301..2cac3dc3b 100644 --- a/win/CS/HandBrakeWPF/ViewModels/ViewModelBase.cs +++ b/win/CS/HandBrakeWPF/ViewModels/ViewModelBase.cs @@ -63,15 +63,6 @@ namespace HandBrakeWPF.ViewModels } } - /// - /// Gets or sets WindowManager. - /// - public IWindowManager WindowManager { get; set; } - - /// - /// Gets or sets UserSettingService. - /// - public IUserSettingService UserSettingService { get; set; } #endregion diff --git a/win/CS/libraries/caliburn/Castle.Core.dll b/win/CS/libraries/caliburn/Castle.Core.dll deleted file mode 100644 index 2c8811072..000000000 Binary files a/win/CS/libraries/caliburn/Castle.Core.dll and /dev/null differ diff --git a/win/CS/libraries/caliburn/Castle.Core.xml b/win/CS/libraries/caliburn/Castle.Core.xml deleted file mode 100644 index d62ea0475..000000000 --- a/win/CS/libraries/caliburn/Castle.Core.xml +++ /dev/null @@ -1,4927 +0,0 @@ - - - - Castle.Core - - - - - Assignes a specific dictionary key. - - - - - Defines the contract for customizing dictionary access. - - - - - Determines relative order to apply related behaviors. - - - - - Determines relative order to apply related behaviors. - - - - - Defines the contract for updating dictionary values. - - - - - Sets the stored dictionary value. - - The dictionary adapter. - The key. - The stored value. - The property. - true if the property should be stored. - - - - Defines the contract for building s. - - - - - Builds the dictionary behaviors. - - - - - - Abstract adapter for the support - needed by the - - - - - Adds an element with the provided key and value to the object. - - The to use as the key of the element to add. - The to use as the value of the element to add. - An element with the same key already exists in the object. - key is null. - The is read-only.-or- The has a fixed size. - - - - Removes all elements from the object. - - The object is read-only. - - - - Determines whether the object contains an element with the specified key. - - The key to locate in the object. - - true if the contains an element with the key; otherwise, false. - - key is null. - - - - Returns an object for the object. - - - An object for the object. - - - - - Removes the element with the specified key from the object. - - The key of the element to remove. - The object is read-only.-or- The has a fixed size. - key is null. - - - - Copies the elements of the to an , starting at a particular index. - - The one-dimensional that is the destination of the elements copied from . The must have zero-based indexing. - The zero-based index in array at which copying begins. - array is null. - The type of the source cannot be cast automatically to the type of the destination array. - index is less than zero. - array is multidimensional.-or- index is equal to or greater than the length of array.-or- The number of elements in the source is greater than the available space from index to the end of the destination array. - - - - Returns an enumerator that iterates through a collection. - - - An object that can be used to iterate through the collection. - - - - - Gets a value indicating whether the object has a fixed size. - - - true if the object has a fixed size; otherwise, false. - - - - Gets a value indicating whether the object is read-only. - - - true if the object is read-only; otherwise, false. - - - - Gets an object containing the keys of the object. - - - An object containing the keys of the object. - - - - Gets an object containing the values in the object. - - - An object containing the values in the object. - - - - Gets or sets the with the specified key. - - - - - - Gets the number of elements contained in the . - - - The number of elements contained in the . - - - - Gets a value indicating whether access to the is synchronized (thread safe). - - - true if access to the is synchronized (thread safe); otherwise, false. - - - - Gets an object that can be used to synchronize access to the . - - - An object that can be used to synchronize access to the . - - - - Constant to use when making assembly internals visible to Castle.Core - [assembly: InternalsVisibleTo(CoreInternalsVisible.ToCastleCore)] - - - - - Constant to use when making assembly internals visible to proxy types generated by DynamicProxy. Required when proxying internal types. - [assembly: InternalsVisibleTo(CoreInternalsVisible.ToDynamicProxyGenAssembly2)] - - - - - Abstract implementation of . - - - - - Conract for traversing a . - - - - - Identifies a property should be represented as a nested component. - - - - - Defines the contract for building typed dictionary keys. - - - - - Builds the specified key. - - The dictionary adapter. - The current key. - The property. - The updated key - - - - Defines the contract for retrieving dictionary values. - - - - - Gets the effective dictionary value. - - The dictionary adapter. - The key. - The stored value. - The property. - true if return only existing. - The effective property value. - - - - Applies no prefix. - - - - - Gets or sets the prefix. - - The prefix. - - - - Identifies the dictionary adapter types. - - - - - Identifies an interface or property to be pre-feteched. - - - - - Instructs fetching to occur. - - - - - Instructs fetching according to - - - - - - Gets whether or not fetching should occur. - - - - - Assigns a property to a group. - - - - - Constructs a group assignment. - - The group name. - - - - Constructs a group assignment. - - The group name. - - - - Gets the group the property is assigned to. - - - - - Assigns a specific dictionary key. - - - - - Initializes a new instance of the class. - - The key. - - - - Initializes a new instance of the class. - - The compound key. - - - - Assigns a prefix to the keyed properties of an interface. - - - - - Initializes a default instance of the class. - - - - - Initializes a new instance of the class. - - The prefix for the keyed properties of the interface. - - - - Gets the prefix key added to the properties of the interface. - - - - - Substitutes part of key with another string. - - - - - Initializes a new instance of the class. - - The old value. - The new value. - - - - Requests support for multi-level editing. - - - - - Contract for dictionary initialization. - - - - - Performs any initialization of the - - The dictionary adapter. - The dictionary behaviors. - - - - Generates a new GUID on demand. - - - - - Support for on-demand value resolution. - - - - - Suppress property change notifications. - - - - - Provides simple string formatting from existing properties. - - - - - Gets the string format. - - - - - Gets the format properties. - - - - - Identifies a property should be represented as a delimited string value. - - - - - Gets the separator. - - - - - Converts all properties to strings. - - - - - Gets or sets the format. - - The format. - - - - Suppress property change notifications. - - - - - Contract for property descriptor initialization. - - - - - Performs any initialization of the - - The property descriptor. - The property behaviors. - - - - Assigns a prefix to the keyed properties using the interface name. - - - - - Manages conversion between property values. - - - - - Initializes a new instance of the class. - - The converter. - - - - Gets the effective dictionary value. - - The dictionary adapter. - The key. - The stored value. - The property. - true if return only existing. - The effective property value. - - - - - - - - - Contract for creating additional Dictionary adapters. - - - - - Contract for manipulating the Dictionary adapter. - - - - - Contract for editing the Dictionary adapter. - - - - - Contract for managing Dictionary adapter notifications. - - - - - Contract for validating Dictionary adapter. - - - - - Uses Reflection.Emit to expose the properties of a dictionary - through a dynamic implementation of a typed interface. - - - - - Defines the contract for building typed dictionary adapters. - - - - - Gets a typed adapter bound to the . - - The typed interface. - The underlying source of properties. - An implementation of the typed interface bound to the dictionary. - - The type represented by T must be an interface with properties. - - - - - Gets a typed adapter bound to the . - - The typed interface. - The underlying source of properties. - An implementation of the typed interface bound to the dictionary. - - The type represented by T must be an interface with properties. - - - - - Gets a typed adapter bound to the . - - The typed interface. - The underlying source of properties. - The property descriptor. - An implementation of the typed interface bound to the dictionary. - - The type represented by T must be an interface with properties. - - - - - Gets a typed adapter bound to the . - - The typed interface. - The underlying source of properties. - An implementation of the typed interface bound to the namedValues. - - The type represented by T must be an interface with properties. - - - - - Gets a typed adapter bound to the . - - The typed interface. - The underlying source of properties. - An implementation of the typed interface bound to the namedValues. - - The type represented by T must be an interface with properties. - - - - - Gets a typed adapter bound to the . - - The typed interface. - The underlying source of properties. - An implementation of the typed interface bound to the xpath navigable. - - The type represented by T must be an interface with properties. - - - - - Gets a typed adapter bound to the . - - The typed interface. - The underlying source of properties. - An implementation of the typed interface bound to the xpath navigable. - - The type represented by T must be an interface with properties. - - - - - Gets the associated with the type. - - The typed interface. - The adapter meta-data. - - - - Gets the associated with the type. - - The typed interface. - The property descriptor. - The adapter meta-data. - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - Describes a dictionary property. - - - - - Initializes an empty class. - - - - - Initializes a new instance of the class. - - The property. - The property behaviors. - - - - Copies an existinginstance of the class. - - - - - - - Gets the key. - - The dictionary adapter. - The key. - The descriptor. - - - - - Adds the key builder. - - The builder. - - - - Adds the key builders. - - The builders. - - - - Copies the key builders to the other - - - - - - - Copies the selected key builders to the other - - - - - - - - Gets the property value. - - The dictionary adapter. - The key. - The stored value. - The descriptor. - true if return only existing. - - - - - Adds the dictionary getter. - - The getter. - - - - Adds the dictionary getters. - - The getters. - - - - Copies the property getters to the other - - - - - - - Copies the selected property getters to the other - - - - - - - - Sets the property value. - - The dictionary adapter. - The key. - The value. - The descriptor. - - - - - Adds the dictionary setter. - - The setter. - - - - Adds the dictionary setters. - - The setters. - - - - Copies the property setters to the other - - - - - - - Copies the selected property setters to the other - - - - - - - - Adds the behaviors. - - - - - - - Adds the behaviors. - - - - - - - Adds the behaviors from the builders. - - - - - - - Copies the behaviors to the other - - - - - - - Copies the behaviors to the other - - - - - - - - - - - - - Gets the property name. - - - - - Gets the property type. - - - - - Gets the property. - - The property. - - - - Returns true if the property is dynamic. - - - - - Gets additional state. - - - - - Determines if property should be fetched. - - - - - Determines if notifications should occur. - - - - - Gets the property behaviors. - - - - - Gets the type converter. - - The type converter. - - - - Gets the key builders. - - The key builders. - - - - Gets the setter. - - The setter. - - - - Gets the getter. - - The getter. - - - - Adds the dictionary initializers. - - The initializers. - - - - Adds the dictionary initializers. - - The initializers. - - - - Copies the initializers to the other - - - - - - - Copies the filtered initializers to the other - - - - - - - - Adds the dictionary meta-data initializers. - - The meta-data initializers. - - - - Adds the dictionary meta-data initializers. - - The meta-data initializers. - - - - Copies the meta-initializers to the other - - - - - - - Copies the filtered meta-initializers to the other - - - - - - - - Gets the initializers. - - The initializers. - - - - Gets the meta-data initializers. - - The meta-data initializers. - - - - Contract for dictionary meta-data initialization. - - - - - Performs any initialization of the dictionary adapter meta-data. - - The dictionary adapter factory. - The dictionary adapter meta. - - - - - Contract for dictionary validation. - - - - - Determines if is valid. - - The dictionary adapter. - true if valid. - - - - Validates the . - - The dictionary adapter. - The error summary information. - - - - Validates the for a property. - - The dictionary adapter. - The property to validate. - The property summary information. - - - - Invalidates any results cached by the validator. - - The dictionary adapter. - - - - - - - - - Initializes a new instance of the class. - - The name values. - - - - Determines whether the object contains an element with the specified key. - - The key to locate in the object. - - true if the contains an element with the key; otherwise, false. - - key is null. - - - - Adapts the specified name values. - - The name values. - - - - - Gets a value indicating whether the object is read-only. - - - true if the object is read-only; otherwise, false. - - - - Gets or sets the with the specified key. - - - - - - Helper class for retrieving attributes. - - - - - Gets the attribute. - - The member. - The member attribute. - - - - Gets the attributes. Does not consider inherited attributes! - - The member. - The member attributes. - - - - Gets the type attribute. - - The type. - The type attribute. - - - - Gets the type attributes. - - The type. - The type attributes. - - - - Gets the type converter. - - The member. - - - - - Gets the attribute. - - The member. - The member attribute. - - - - Contract for typed dynamic value resolution. - - - - - - Contract for dynamic value resolution. - - - - - Encapsulates an invocation of a proxied method. - - - - - Overrides the value of an argument at the given with the - new provided. - - - This method accepts an , however the value provided must be compatible - with the type of the argument defined on the method, otherwise an exception will be thrown. - - The index of the argument to override. - The new value for the argument. - - - - Gets the value of the argument at the specified . - - The index. - The value of the argument at the specified . - - - - Returns the concrete instantiation of the on the proxy, with any generic - parameters bound to real types. - - - The concrete instantiation of the on the proxy, or the if - not a generic method. - - Can be slower than calling . - - - - Returns the concrete instantiation of , with any - generic parameters bound to real types. - For interface proxies, this will point to the on the target class. - - The concrete instantiation of , or - if not a generic method. - In debug builds this can be slower than calling . - - - - Proceeds the call to the next interceptor in line, and ultimately to the target method. - - - Since interface proxies without a target don't have the target implementation to proceed to, - it is important, that the last interceptor does not call this method, otherwise a - will be thrown. - - - - - Gets the proxy object on which the intercepted method is invoked. - - Proxy object on which the intercepted method is invoked. - - - - Gets the object on which the invocation is performed. This is different from proxy object - because most of the time this will be the proxy target object. - - - The invocation target. - - - - Gets the type of the target object for the intercepted method. - - The type of the target object. - - - - Gets the arguments that the has been invoked with. - - The arguments the method was invoked with. - - - - Gets the generic arguments of the method. - - The generic arguments, or null if not a generic method. - - - - Gets the representing the method being invoked on the proxy. - - The representing the method being invoked. - - - - For interface proxies, this will point to the on the target class. - - The method invocation target. - - - - Gets or sets the return value of the method. - - The return value of the method. - - - - Used during the target type inspection process. Implementors have a chance to customize the - proxy generation process. - - - - - Invoked by the generation process to determine if the specified method should be proxied. - - The type which declares the given method. - The method to inspect. - True if the given method should be proxied; false otherwise. - - - - Invoked by the generation process to notify that a member was not marked as virtual. - - The type which declares the non-virtual member. - The non-virtual member. - - This method gives an opportunity to inspect any non-proxyable member of a type that has - been requested to be proxied, and if appropriate - throw an exception to notify the caller. - - - - - Invoked by the generation process to notify that the whole process has completed. - - - - - Interface describing elements composing generated type - - - - - Checks if the method is public or protected. - - - - - - - Performs some basic screening and invokes the - to select methods. - - - - - - - - - Provides functionality for disassembling instances of attributes to CustomAttributeBuilder form, during the process of emiting new types by Dynamic Proxy. - - - - - Disassembles given attribute instance back to corresponding CustomAttributeBuilder. - - An instance of attribute to disassemble - corresponding 1 to 1 to given attribute instance, or null reference. - - Implementers should return that corresponds to given attribute instance 1 to 1, - that is after calling specified constructor with specified arguments, and setting specified properties and fields with values specified - we should be able to get an attribute instance identical to the one passed in . Implementer can return null - if it wishes to opt out of replicating the attribute. Notice however, that for some cases, like attributes passed explicitly by the user - it is illegal to return null, and doing so will result in exception. - - - - - Handles error during disassembly process - - Type of the attribute being disassembled - Exception thrown during the process - usually null, or (re)throws the exception - - - - Here we try to match a constructor argument to its value. - Since we can't get the values from the assembly, we use some heuristics to get it. - a/ we first try to match all the properties on the attributes by name (case insensitive) to the argument - b/ if we fail we try to match them by property type, with some smarts about convertions (i,e: can use Guid for string). - - - - - We have the following rules here. - Try to find a matching type, failing that, if the parameter is string, get the first property (under the assumption that - we can convert it. - - - - - Attributes can only accept simple types, so we return null for null, - if the value is passed as string we call to string (should help with converting), - otherwise, we use the value as is (enums, integer, etc). - - - - - Applied to the assemblies saved by in order to persist the cache data included in the persisted assembly. - - - - - Base class that exposes the common functionalities - to proxy generation. - - - - - Generates a parameters constructor that initializes the proxy - state with just to make it non-null. - - This constructor is important to allow proxies to be XML serializable - - - - - - It is safe to add mapping (no mapping for the interface exists) - - - - - - - - Generates the constructor for the class that extends - - - - - - - - - Default implementation of interface producing in-memory proxy assemblies. - - - - - Abstracts the implementation of proxy type construction. - - - - - Creates a proxy type for given , using provided. - - The class type to proxy. - The proxy generation options. - The generated proxy type. - Thrown when is a generic type definition. - Thrown when is not public. - Note that to avoid this exception, you can mark offending type internal, and define - pointing to Castle Dynamic Proxy assembly, in assembly containing that type, if this is appropriate. - - - - - Creates a proxy type for given , implementing , using provided. - - The class type to proxy. - Additional interface types to proxy. - The proxy generation options. - The generated proxy type. - - Implementers should return a proxy type for the specified class and interfaces. - Additional interfaces should be only 'mark' interfaces, that is, they should work like interface proxy without target. (See method.) - - Thrown when or any of is a generic type definition. - Thrown when or any of is not public. - Note that to avoid this exception, you can mark offending type internal, and define - pointing to Castle Dynamic Proxy assembly, in assembly containing that type, if this is appropriate. - - - - - Creates a proxy type for given , implementing , using provided. - - The class type to proxy. - Additional interface types to proxy. - The proxy generation options. - The generated proxy type. - - Implementers should return a proxy type for the specified class and interfaces. - Additional interfaces should be only 'mark' interfaces, that is, they should work like interface proxy without target. (See method.) - - Thrown when or any of is a generic type definition. - Thrown when or any of is not public. - Note that to avoid this exception, you can mark offending type internal, and define - pointing to Castle Dynamic Proxy assembly, in assembly containing that type, if this is appropriate. - - - - - Creates a proxy type that proxies calls to members on , implementing , using provided. - - The interface type to proxy. - Additional interface types to proxy. - Type implementing on which calls to the interface members should be intercepted. - The proxy generation options. - The generated proxy type. - - Implementers should return a proxy type for the specified interface that 'proceeds' executions to the specified target. - Additional interfaces should be only 'mark' interfaces, that is, they should work like interface proxy without target. (See method.) - - Thrown when or any of is a generic type definition. - Thrown when or any of is not public. - Note that to avoid this exception, you can mark offending type internal, and define - pointing to Castle Dynamic Proxy assembly, in assembly containing that type, if this is appropriate. - - - - - Creates a proxy type for given that delegates all calls to the provided interceptors. - - The interface type to proxy. - Additional interface types to proxy. - The proxy generation options. - The generated proxy type. - - Implementers should return a proxy type for the specified interface and additional interfaces that delegate all executions to the specified interceptors. - - Thrown when or any of is a generic type definition. - Thrown when or any of is not public. - Note that to avoid this exception, you can mark offending type internal, and define - pointing to Castle Dynamic Proxy assembly, in assembly containing that type, if this is appropriate. - - - - - Creates a proxy type for given and that delegates all calls to the provided interceptors and allows interceptors to switch the actual target of invocation. - - The interface type to proxy. - Additional interface types to proxy. - The proxy generation options. - The generated proxy type. - - Implementers should return a proxy type for the specified interface(s) that delegate all executions to the specified interceptors - and uses an instance of the interface as their targets (i.e. ), rather than a class. All classes should then implement interface, - to allow interceptors to switch invocation target with instance of another type implementing called interface. - - Thrown when or any of is a generic type definition. - Thrown when or any of is not public. - Note that to avoid this exception, you can mark offending type internal, and define - pointing to Castle Dynamic Proxy assembly, in assembly containing that type, if this is appropriate. - - - - - Gets or sets the that this logs to. - - - - - Gets the associated with this builder. - - The module scope associated with this builder. - - - - Initializes a new instance of the class with new . - - - - - Initializes a new instance of the class. - - The module scope for generated proxy types. - - - - Registers custom disassembler to handle disassembly of specified type of attributes. - - Type of attributes to handle - Disassembler converting existing instances of Attributes to CustomAttributeBuilders - - When disassembling an attribute Dynamic Proxy will first check if an custom disassembler has been registered to handle attributes of that type, - and if none is found, it'll use the . - - - - - Attributes should be replicated if they are non-inheritable, - but there are some special cases where the attributes means - something to the CLR, where they should be skipped. - - - - - Initializes a new instance of the class. - - Target element. This is either target type or target method for invocation types. - The type of the proxy. This is base type for invocation types. - The interfaces. - The options. - - - - Initializes a new instance of the class. - - Type of the target. - The interfaces. - The options. - - - s - Provides appropriate Ldc.X opcode for the type of primitive value to be loaded. - - - - - Provides appropriate Ldind.X opcode for - the type of primitive value to be loaded indirectly. - - - - - Emits a load opcode of the appropriate kind for a constant string or - primitive value. - - - - - - - Emits a load opcode of the appropriate kind for the constant default value of a - type, such as 0 for value types and null for reference types. - - - - - Emits a load indirect opcode of the appropriate type for a value or object reference. - Pops a pointer off the evaluation stack, dereferences it and loads - a value of the specified type. - - - - - - - Emits a store indirectopcode of the appropriate type for a value or object reference. - Pops a value of the specified type and a pointer off the evaluation stack, and - stores the value. - - - - - - - Summary description for PropertiesCollection. - - - - - Wraps a reference that is passed - ByRef and provides indirect load/store support. - - - - - Summary description for NewArrayExpression. - - - - - - - - - - Provides appropriate Stind.X opcode - for the type of primitive value to be stored indirectly. - - - - - Returns list of all unique interfaces implemented given types, including their base interfaces. - - - - - - - Initializes a new instance of the class. - - The name. - Type declaring the original event being overriten, or null. - - The add method. - The remove method. - The attributes. - - - - Represents the scope of uniquenes of names for types and their members - - - - - Gets a unique name based on - - Name suggested by the caller - Unique name based on . - - Implementers should provide name as closely resembling as possible. - Generally if no collision occurs it is suggested to return suggested name, otherwise append sequential suffix. - Implementers must return deterministic names, that is when is called twice - with the same suggested name, the same returned name should be provided each time. Non-deterministic return - values, like appending random suffices will break serialization of proxies. - - - - - Returns new, disposable naming scope. It is responsibilty of the caller to make sure that no naming collision - with enclosing scope, or other subscopes is possible. - - New naming scope. - - - - Returns the methods implemented by a type. Use this instead of Type.GetMethods() to work around a CLR issue - where duplicate MethodInfos are returned by Type.GetMethods() after a token of a generic type's method was loaded. - - - - - Determines whether this assembly has internals visible to dynamic proxy. - - The assembly to inspect. - - - - Determines whether the specified method is internal. - - The method. - - true if the specified method is internal; otherwise, false. - - - - - Because we need to cache the types based on the mixed in mixins, we do the following here: - - Get all the mixin interfaces - - Sort them by full name - - Return them by position - - The idea is to have reproducable behavior for the case that mixins are registered in different orders. - This method is here because it is required - - - - - Summary description for ModuleScope. - - - - - The default file name used when the assembly is saved using . - - - - - The default assembly (simple) name used for the assemblies generated by a instance. - - - - - Initializes a new instance of the class; assemblies created by this instance will not be saved. - - - - - Initializes a new instance of the class, allowing to specify whether the assemblies generated by this instance - should be saved. - - If set to true saves the generated module. - - - - Initializes a new instance of the class, allowing to specify whether the assemblies generated by this instance - should be saved. - - If set to true saves the generated module. - If set to true disables ability to generate signed module. This should be used in cases where ran under constrained permissions. - - - - Initializes a new instance of the class, allowing to specify whether the assemblies generated by this instance - should be saved and what simple names are to be assigned to them. - - If set to true saves the generated module. - If set to true disables ability to generate signed module. This should be used in cases where ran under constrained permissions. - The simple name of the strong-named assembly generated by this . - The path and file name of the manifest module of the strong-named assembly generated by this . - The simple name of the weak-named assembly generated by this . - The path and file name of the manifest module of the weak-named assembly generated by this . - - - - Initializes a new instance of the class, allowing to specify whether the assemblies generated by this instance - should be saved and what simple names are to be assigned to them. - - If set to true saves the generated module. - If set to true disables ability to generate signed module. This should be used in cases where ran under constrained permissions. - Naming scope used to provide unique names to generated types and their members (usually via sub-scopes). - The simple name of the strong-named assembly generated by this . - The path and file name of the manifest module of the strong-named assembly generated by this . - The simple name of the weak-named assembly generated by this . - The path and file name of the manifest module of the weak-named assembly generated by this . - - - - Returns a type from this scope's type cache, or null if the key cannot be found. - - The key to be looked up in the cache. - The type from this scope's type cache matching the key, or null if the key cannot be found - - - - Registers a type in this scope's type cache. - - The key to be associated with the type. - The type to be stored in the cache. - - - - Gets the key pair used to sign the strong-named assembly generated by this . - - - - - - Gets the specified module generated by this scope, creating a new one if none has yet been generated. - - If set to true, a strong-named module is returned; otherwise, a weak-named module is returned. - A strong-named or weak-named module generated by this scope, as specified by the parameter. - - - - Gets the strong-named module generated by this scope, creating a new one if none has yet been generated. - - A strong-named module generated by this scope. - - - - Gets the weak-named module generated by this scope, creating a new one if none has yet been generated. - - A weak-named module generated by this scope. - - - - Saves the generated assembly with the name and directory information given when this instance was created (or with - the and current directory if none was given). - - - - This method stores the generated assembly in the directory passed as part of the module information specified when this instance was - constructed (if any, else the current directory is used). If both a strong-named and a weak-named assembly - have been generated, it will throw an exception; in this case, use the overload. - - - If this was created without indicating that the assembly should be saved, this method does nothing. - - Both a strong-named and a weak-named assembly have been generated. - The path of the generated assembly file, or null if no file has been generated. - - - - Saves the specified generated assembly with the name and directory information given when this instance was created - (or with the and current directory if none was given). - - True if the generated assembly with a strong name should be saved (see ); - false if the generated assembly without a strong name should be saved (see . - - - This method stores the specified generated assembly in the directory passed as part of the module information specified when this instance was - constructed (if any, else the current directory is used). - - - If this was created without indicating that the assembly should be saved, this method does nothing. - - - No assembly has been generated that matches the parameter. - - The path of the generated assembly file, or null if no file has been generated. - - - - Loads the generated types from the given assembly into this 's cache. - - The assembly to load types from. This assembly must have been saved via or - , or it must have the manually applied. - - This method can be used to load previously generated and persisted proxy types from disk into this scope's type cache, eg. in order - to avoid the performance hit associated with proxy generation. - - - - - Users of this should use this lock when accessing the cache. - - - - - Gets the strong-named module generated by this scope, or if none has yet been generated. - - The strong-named module generated by this scope, or if none has yet been generated. - - - - Gets the file name of the strongly named module generated by this scope. - - The file name of the strongly named module generated by this scope. - - - - Gets the directory where the strongly named module generated by this scope will be saved, or if the current directory - is used. - - The directory where the strongly named module generated by this scope will be saved when is called - (if this scope was created to save modules). - - - - Gets the weak-named module generated by this scope, or if none has yet been generated. - - The weak-named module generated by this scope, or if none has yet been generated. - - - - Gets the file name of the weakly named module generated by this scope. - - The file name of the weakly named module generated by this scope. - - - - Gets the directory where the weakly named module generated by this scope will be saved, or if the current directory - is used. - - The directory where the weakly named module generated by this scope will be saved when is called - (if this scope was created to save modules). - - - - ProxyBuilder that persists the generated type. - - - The saved assembly contains just the last generated type. - - - - - Initializes a new instance of the class. - - - - - Saves the generated assembly to a physical file. Note that this renders the unusable. - - The path of the generated assembly file, or null if no assembly has been generated. - This method does not support saving multiple files. If both a signed and an unsigned module have been generated, use the - respective methods of the . - - - - Initializes a new instance of the class. - - The hook. - - - - Initializes a new instance of the class. - - - - - Provides proxy objects for classes and interfaces. - - - - - Initializes a new instance of the class. - - Proxy types builder. - - - - Initializes a new instance of the class. - - - - - Creates proxy object intercepting calls to members of interface on object with given . - - Type of the interface implemented by which will be proxied. - The target object, calls to which will be intercepted. - The interceptors called during the invocation of proxied methods. - Object proxying calls to members of on object. - Thrown when given object is a null reference (Nothing in Visual Basic). - Thrown when given array is a null reference (Nothing in Visual Basic). - Thrown when given is not an interface type. - Thrown when no default constructor exists on actual type of object. - Thrown when default constructor of actual type of throws an exception. - - This method generates new proxy type for each type of , which affects performance. If you don't want to proxy types differently depending on the type of the target - use method. - This method uses implementation to generate a proxy type. - As such caller should expect any type of exception that given implementation may throw. - - - - - Creates proxy object intercepting calls to members of interface on object with given . - - Type of the interface implemented by which will be proxied. - The target object, calls to which will be intercepted. - The proxy generation options used to influence generated proxy type and object. - The interceptors called during the invocation of proxied methods. - - Object proxying calls to members of on object. - - Thrown when given object is a null reference (Nothing in Visual Basic). - Thrown when given array is a null reference (Nothing in Visual Basic). - Thrown when given is not an interface type. - Thrown when no default constructor exists on actual type of object. - Thrown when default constructor of actual type of throws an exception. - - This method generates new proxy type for each type of , which affects performance. If you don't want to proxy types differently depending on the type of the target - use method. - This method uses implementation to generate a proxy type. - As such caller should expect any type of exception that given implementation may throw. - - - - - Creates proxy object intercepting calls to members of interface on object with given . - - Type of the interface implemented by which will be proxied. - The target object, calls to which will be intercepted. - The interceptors called during the invocation of proxied methods. - - Object proxying calls to members of type on object. - - Thrown when given object is a null reference (Nothing in Visual Basic). - Thrown when given object is a null reference (Nothing in Visual Basic). - Thrown when given array is a null reference (Nothing in Visual Basic). - Thrown when given is a generic type definition. - Thrown when given is not an interface type. - Thrown when given does not implement interface. - Thrown when no default constructor exists on actual type of object. - Thrown when default constructor of actual type of throws an exception. - - This method generates new proxy type for each type of , which affects performance. If you don't want to proxy types differently depending on the type of the target - use method. - This method uses implementation to generate a proxy type. - As such caller should expect any type of exception that given implementation may throw. - - - - - Creates proxy object intercepting calls to members of interface on object with given . - - Type of the interface implemented by which will be proxied. - The target object, calls to which will be intercepted. - The proxy generation options used to influence generated proxy type and object. - The interceptors called during the invocation of proxied methods. - - Object proxying calls to members of type on object. - - Thrown when given object is a null reference (Nothing in Visual Basic). - Thrown when given object is a null reference (Nothing in Visual Basic). - Thrown when given array is a null reference (Nothing in Visual Basic). - Thrown when given is a generic type definition. - Thrown when given is not an interface type. - Thrown when given does not implement interface. - Thrown when no default constructor exists on actual type of object. - Thrown when default constructor of actual type of throws an exception. - - This method generates new proxy type for each type of , which affects performance. If you don't want to proxy types differently depending on the type of the target - use method. - This method uses implementation to generate a proxy type. - As such caller should expect any type of exception that given implementation may throw. - - - - - Creates proxy object intercepting calls to members of interface on object with given . - - Type of the interface implemented by which will be proxied. - The target object, calls to which will be intercepted. - Additional interface types. Calls to their members will be proxied as well. - The interceptors called during the invocation of proxied methods. - - Object proxying calls to members of and types on object. - - Thrown when given object is a null reference (Nothing in Visual Basic). - Thrown when given object is a null reference (Nothing in Visual Basic). - Thrown when given array is a null reference (Nothing in Visual Basic). - Thrown when given or any of is a generic type definition. - Thrown when given is not an interface type. - Thrown when given does not implement interface. - Thrown when no default constructor exists on actual type of object. - Thrown when default constructor of actual type of throws an exception. - - This method generates new proxy type for each type of , which affects performance. If you don't want to proxy types differently depending on the type of the target - use method. - This method uses implementation to generate a proxy type. - As such caller should expect any type of exception that given implementation may throw. - - - - - Creates proxy object intercepting calls to members of interface on object with given . - - Type of the interface implemented by which will be proxied. - The target object, calls to which will be intercepted. - The proxy generation options used to influence generated proxy type and object. - Additional interface types. Calls to their members will be proxied as well. - The interceptors called during the invocation of proxied methods. - - Object proxying calls to members of and types on object. - - Thrown when given object is a null reference (Nothing in Visual Basic). - Thrown when given object is a null reference (Nothing in Visual Basic). - Thrown when given array is a null reference (Nothing in Visual Basic). - Thrown when given or any of is a generic type definition. - Thrown when given is not an interface type. - Thrown when given does not implement interface. - Thrown when no default constructor exists on actual type of object. - Thrown when default constructor of actual type of throws an exception. - - This method generates new proxy type for each type of , which affects performance. If you don't want to proxy types differently depending on the type of the target - use method. - This method uses implementation to generate a proxy type. - As such caller should expect any type of exception that given implementation may throw. - - - - - Creates proxy object intercepting calls to members of interface on object with given . - Interceptors can use interface to provide other target for method invocation than default . - - Type of the interface implemented by which will be proxied. - The target object, calls to which will be intercepted. - The interceptors called during the invocation of proxied methods. - - Object proxying calls to members of type on object or alternative implementation swapped at runtime by an interceptor. - - Thrown when given object is a null reference (Nothing in Visual Basic). - Thrown when given object is a null reference (Nothing in Visual Basic). - Thrown when given array is a null reference (Nothing in Visual Basic). - Thrown when given is a generic type definition. - Thrown when given is not an interface type. - Thrown when given does not implement interface. - Thrown when no default constructor exists on actual type of object. - Thrown when default constructor of actual type of throws an exception. - - This method uses implementation to generate a proxy type. - As such caller should expect any type of exception that given implementation may throw. - - - - - Creates proxy object intercepting calls to members of interface on object with given . - Interceptors can use interface to provide other target for method invocation than default . - - Type of the interface implemented by which will be proxied. - The target object, calls to which will be intercepted. - The interceptors called during the invocation of proxied methods. - - Object proxying calls to members of type on object or alternative implementation swapped at runtime by an interceptor. - - Thrown when given object is a null reference (Nothing in Visual Basic). - Thrown when given array is a null reference (Nothing in Visual Basic). - Thrown when given is not an interface type. - Thrown when no default constructor exists on actual type of object. - Thrown when default constructor of actual type of throws an exception. - - This method uses implementation to generate a proxy type. - As such caller should expect any type of exception that given implementation may throw. - - - - - Creates proxy object intercepting calls to members of interface on object with given . - Interceptors can use interface to provide other target for method invocation than default . - - Type of the interface implemented by which will be proxied. - The target object, calls to which will be intercepted. - The proxy generation options used to influence generated proxy type and object. - The interceptors called during the invocation of proxied methods. - - Object proxying calls to members of type on object or alternative implementation swapped at runtime by an interceptor. - - Thrown when given object is a null reference (Nothing in Visual Basic). - Thrown when given array is a null reference (Nothing in Visual Basic). - Thrown when given is not an interface type. - Thrown when no default constructor exists on actual type of object. - Thrown when default constructor of actual type of throws an exception. - - This method uses implementation to generate a proxy type. - As such caller should expect any type of exception that given implementation may throw. - - - - - Creates proxy object intercepting calls to members of interface on object with given . - Interceptors can use interface to provide other target for method invocation than default . - - Type of the interface implemented by which will be proxied. - The target object, calls to which will be intercepted. - Additional interface types. Calls to their members will be proxied as well. - The interceptors called during the invocation of proxied methods. - - Object proxying calls to members of and types on object or alternative implementation swapped at runtime by an interceptor. - - Thrown when given object is a null reference (Nothing in Visual Basic). - Thrown when given object is a null reference (Nothing in Visual Basic). - Thrown when given array is a null reference (Nothing in Visual Basic). - Thrown when given or any of is a generic type definition. - Thrown when given is not an interface type. - Thrown when given does not implement interface. - Thrown when no default constructor exists on actual type of object. - Thrown when default constructor of actual type of throws an exception. - - This method uses implementation to generate a proxy type. - As such caller should expect any type of exception that given implementation may throw. - - - - - Creates proxy object intercepting calls to members of interface on object with given . - Interceptors can use interface to provide other target for method invocation than default . - - Type of the interface implemented by which will be proxied. - The target object, calls to which will be intercepted. - The proxy generation options used to influence generated proxy type and object. - The interceptors called during the invocation of proxied methods. - - Object proxying calls to members of type on object or alternative implementation swapped at runtime by an interceptor. - - Thrown when given object is a null reference (Nothing in Visual Basic). - Thrown when given object is a null reference (Nothing in Visual Basic). - Thrown when given array is a null reference (Nothing in Visual Basic). - Thrown when given is a generic type definition. - Thrown when given is not an interface type. - Thrown when given does not implement interface. - Thrown when no default constructor exists on actual type of object. - Thrown when default constructor of actual type of throws an exception. - - This method uses implementation to generate a proxy type. - As such caller should expect any type of exception that given implementation may throw. - - - - - Creates proxy object intercepting calls to members of interface on object with given . - Interceptors can use interface to provide other target for method invocation than default . - - Type of the interface implemented by which will be proxied. - The target object, calls to which will be intercepted. - The proxy generation options used to influence generated proxy type and object. - Additional interface types. Calls to their members will be proxied as well. - The interceptors called during the invocation of proxied methods. - - Object proxying calls to members of and types on object or alternative implementation swapped at runtime by an interceptor. - - Thrown when given object is a null reference (Nothing in Visual Basic). - Thrown when given object is a null reference (Nothing in Visual Basic). - Thrown when given array is a null reference (Nothing in Visual Basic). - Thrown when given or any of is a generic type definition. - Thrown when given is not an interface type. - Thrown when given does not implement interface. - Thrown when no default constructor exists on actual type of object. - Thrown when default constructor of actual type of throws an exception. - - This method uses implementation to generate a proxy type. - As such caller should expect any type of exception that given implementation may throw. - - - - - Creates proxy object intercepting calls to members of interface on target object generated at runtime with given . - - Type of the interface which will be proxied. - The interceptors called during the invocation of proxied methods. - - Object proxying calls to members of types on generated target object. - - Thrown when given array is a null reference (Nothing in Visual Basic). - Thrown when given is not an interface type. - - Since this method uses an empty-shell implementation of interfaces to proxy generated at runtime, the actual implementation of proxied methods must be provided by given implementations. - They are responsible for setting return value (and out parameters) on proxied methods. It is also illegal for an interceptor to call , since there's no actual implementation to proceed with. - As a result of that also at least one implementation must be provided. - This method uses implementation to generate a proxy type. - As such caller should expect any type of exception that given implementation may throw. - - - - - Creates proxy object intercepting calls to members of interface on target object generated at runtime with given . - - Type of the interface which will be proxied. - The interceptors called during the invocation of proxied methods. - - Object proxying calls to members of types on generated target object. - - Thrown when given array is a null reference (Nothing in Visual Basic). - Thrown when given is not an interface type. - - Since this method uses an empty-shell implementation of interfaces to proxy generated at runtime, the actual implementation of proxied methods must be provided by given implementations. - They are responsible for setting return value (and out parameters) on proxied methods. It is also illegal for an interceptor to call , since there's no actual implementation to proceed with. - As a result of that also at least one implementation must be provided. - This method uses implementation to generate a proxy type. - As such caller should expect any type of exception that given implementation may throw. - - - - - Creates proxy object intercepting calls to members of interface on target object generated at runtime with given . - - Type of the interface which will be proxied. - The proxy generation options used to influence generated proxy type and object. - The interceptors called during the invocation of proxied methods. - - Object proxying calls to members of types on generated target object. - - Thrown when given array is a null reference (Nothing in Visual Basic). - Thrown when given is not an interface type. - - Since this method uses an empty-shell implementation of interfaces to proxy generated at runtime, the actual implementation of proxied methods must be provided by given implementations. - They are responsible for setting return value (and out parameters) on proxied methods. It is also illegal for an interceptor to call , since there's no actual implementation to proceed with. - As a result of that also at least one implementation must be provided. - This method uses implementation to generate a proxy type. - As such caller should expect any type of exception that given implementation may throw. - - - - - Creates proxy object intercepting calls to members of interface on target object generated at runtime with given . - - Type of the interface which will be proxied. - The interceptors called during the invocation of proxied methods. - - Object proxying calls to members of type on generated target object. - - Thrown when given object is a null reference (Nothing in Visual Basic). - Thrown when given array is a null reference (Nothing in Visual Basic). - Thrown when given is a generic type definition. - Thrown when given is not an interface type. - - Since this method uses an empty-shell implementation of interfaces to proxy generated at runtime, the actual implementation of proxied methods must be provided by given implementations. - They are responsible for setting return value (and out parameters) on proxied methods. It is also illegal for an interceptor to call , since there's no actual implementation to proceed with. - This method uses implementation to generate a proxy type. - As such caller should expect any type of exception that given implementation may throw. - - - - - Creates proxy object intercepting calls to members of interface on target object generated at runtime with given . - - Type of the interface which will be proxied. - The interceptors called during the invocation of proxied methods. - - Object proxying calls to members of type on generated target object. - - Thrown when given object is a null reference (Nothing in Visual Basic). - Thrown when given array is a null reference (Nothing in Visual Basic). - Thrown when given is a generic type definition. - Thrown when given is not an interface type. - - Since this method uses an empty-shell implementation of interfaces to proxy generated at runtime, the actual implementation of proxied methods must be provided by given implementations. - They are responsible for setting return value (and out parameters) on proxied methods. It is also illegal for an interceptor to call , since there's no actual implementation to proceed with. - This method uses implementation to generate a proxy type. - As such caller should expect any type of exception that given implementation may throw. - - - - - Creates proxy object intercepting calls to members of interface on target object generated at runtime with given . - - Type of the interface which will be proxied. - Additional interface types. Calls to their members will be proxied as well. - The interceptors called during the invocation of proxied methods. - - Object proxying calls to members of and types on generated target object. - - Thrown when given object is a null reference (Nothing in Visual Basic). - Thrown when given array is a null reference (Nothing in Visual Basic). - Thrown when given or any of is a generic type definition. - Thrown when given is not an interface type. - - Since this method uses an empty-shell implementation of interfaces to proxy generated at runtime, the actual implementation of proxied methods must be provided by given implementations. - They are responsible for setting return value (and out parameters) on proxied methods. It is also illegal for an interceptor to call , since there's no actual implementation to proceed with. - This method uses implementation to generate a proxy type. - As such caller should expect any type of exception that given implementation may throw. - - - - - Creates proxy object intercepting calls to members of interface on target object generated at runtime with given . - - Type of the interface which will be proxied. - The proxy generation options used to influence generated proxy type and object. - The interceptors called during the invocation of proxied methods. - - Object proxying calls to members of on generated target object. - - Thrown when given object is a null reference (Nothing in Visual Basic). - Thrown when given array is a null reference (Nothing in Visual Basic). - Thrown when given is a generic type definition. - Thrown when given is not an interface type. - - They are responsible for setting return value (and out parameters) on proxied methods. It is also illegal for an interceptor to call , since there's no actual implementation to proceed with. - This method uses implementation to generate a proxy type. - As such caller should expect any type of exception that given implementation may throw. - - - - - Creates proxy object intercepting calls to members of interface on target object generated at runtime with given . - - Type of the interface which will be proxied. - The proxy generation options used to influence generated proxy type and object. - Additional interface types. Calls to their members will be proxied as well. - The interceptors called during the invocation of proxied methods. - - Object proxying calls to members of and types on generated target object. - - Thrown when given object is a null reference (Nothing in Visual Basic). - Thrown when given array is a null reference (Nothing in Visual Basic). - Thrown when given or any of is a generic type definition. - Thrown when given is not an interface type. - - Since this method uses an empty-shell implementation of to proxy generated at runtime, the actual implementation of proxied methods must be provided by given implementations. - They are responsible for setting return value (and out parameters) on proxied methods. It is also illegal for an interceptor to call , since there's no actual implementation to proceed with. - This method uses implementation to generate a proxy type. - As such caller should expect any type of exception that given implementation may throw. - - - - - Creates proxy object intercepting calls to virtual members of type on newly created instance of that type with given . - - Type of class which will be proxied. - The target object, calls to which will be intercepted. - The interceptors called during the invocation of proxied methods. - - New object of type proxying calls to virtual members of type. - - Thrown when given is not a class type. - Thrown when no default constructor exists on type . - Thrown when default constructor of type throws an exception. - - This method uses implementation to generate a proxy type. - As such caller should expect any type of exception that given implementation may throw. - - - - - Creates proxy object intercepting calls to virtual members of type on newly created instance of that type with given . - - Type of class which will be proxied. - The target object, calls to which will be intercepted. - The proxy generation options used to influence generated proxy type and object. - The interceptors called during the invocation of proxied methods. - - New object of type proxying calls to virtual members of type. - - Thrown when given is not a class type. - Thrown when no default constructor exists on type . - Thrown when default constructor of type throws an exception. - - This method uses implementation to generate a proxy type. - As such caller should expect any type of exception that given implementation may throw. - - - - - Creates proxy object intercepting calls to virtual members of type on newly created instance of that type with given . - - Type of class which will be proxied. - Additional interface types. Calls to their members will be proxied as well. - The target object, calls to which will be intercepted. - The interceptors called during the invocation of proxied methods. - - New object of type proxying calls to virtual members of and types. - - Thrown when given object is a null reference (Nothing in Visual Basic). - Thrown when given or any of is a generic type definition. - Thrown when given is not a class type. - Thrown when no default constructor exists on type . - Thrown when default constructor of type throws an exception. - - This method uses implementation to generate a proxy type. - As such caller should expect any type of exception that given implementation may throw. - - - - - Creates proxy object intercepting calls to virtual members of type on newly created instance of that type with given . - - Type of class which will be proxied. - The target object, calls to which will be intercepted. - The proxy generation options used to influence generated proxy type and object. - Arguments of constructor of type which should be used to create a new instance of that type. - The interceptors called during the invocation of proxied methods. - - New object of type proxying calls to virtual members of type. - - Thrown when given object is a null reference (Nothing in Visual Basic). - Thrown when given is a generic type definition. - Thrown when given is not a class type. - Thrown when no constructor exists on type with parameters matching . - Thrown when constructor of type throws an exception. - - This method uses implementation to generate a proxy type. - As such caller should expect any type of exception that given implementation may throw. - - - - - Creates proxy object intercepting calls to virtual members of type on newly created instance of that type with given . - - Type of class which will be proxied. - The target object, calls to which will be intercepted. - Arguments of constructor of type which should be used to create a new instance of that type. - The interceptors called during the invocation of proxied methods. - - New object of type proxying calls to virtual members of type. - - Thrown when given object is a null reference (Nothing in Visual Basic). - Thrown when given is a generic type definition. - Thrown when given is not a class type. - Thrown when no constructor exists on type with parameters matching . - Thrown when constructor of type throws an exception. - - This method uses implementation to generate a proxy type. - As such caller should expect any type of exception that given implementation may throw. - - - - - Creates proxy object intercepting calls to virtual members of type on newly created instance of that type with given . - - Type of class which will be proxied. - The target object, calls to which will be intercepted. - The interceptors called during the invocation of proxied methods. - - New object of type proxying calls to virtual members of type. - - Thrown when given object is a null reference (Nothing in Visual Basic). - Thrown when given is a generic type definition. - Thrown when given is not a class type. - Thrown when no parameterless constructor exists on type . - Thrown when constructor of type throws an exception. - - This method uses implementation to generate a proxy type. - As such caller should expect any type of exception that given implementation may throw. - - - - - Creates proxy object intercepting calls to virtual members of type on newly created instance of that type with given . - - Type of class which will be proxied. - The target object, calls to which will be intercepted. - The proxy generation options used to influence generated proxy type and object. - The interceptors called during the invocation of proxied methods. - - New object of type proxying calls to virtual members of type. - - Thrown when given object is a null reference (Nothing in Visual Basic). - Thrown when given object is a null reference (Nothing in Visual Basic). - Thrown when given is a generic type definition. - Thrown when given is not a class type. - Thrown when no default constructor exists on type . - Thrown when default constructor of type throws an exception. - - This method uses implementation to generate a proxy type. - As such caller should expect any type of exception that given implementation may throw. - - - - - Creates proxy object intercepting calls to virtual members of type on newly created instance of that type with given . - - Type of class which will be proxied. - Additional interface types. Calls to their members will be proxied as well. - The target object, calls to which will be intercepted. - The proxy generation options used to influence generated proxy type and object. - The interceptors called during the invocation of proxied methods. - - New object of type proxying calls to virtual members of and types. - - Thrown when given object is a null reference (Nothing in Visual Basic). - Thrown when given object is a null reference (Nothing in Visual Basic). - Thrown when given or any of is a generic type definition. - Thrown when given is not a class type. - Thrown when no default constructor exists on type . - Thrown when default constructor of type throws an exception. - - This method uses implementation to generate a proxy type. - As such caller should expect any type of exception that given implementation may throw. - - - - - Creates proxy object intercepting calls to virtual members of type on newly created instance of that type with given . - - Type of class which will be proxied. - Additional interface types. Calls to their members will be proxied as well. - The target object, calls to which will be intercepted. - The proxy generation options used to influence generated proxy type and object. - Arguments of constructor of type which should be used to create a new instance of that type. - The interceptors called during the invocation of proxied methods. - - New object of type proxying calls to virtual members of and types. - - Thrown when given object is a null reference (Nothing in Visual Basic). - Thrown when given object is a null reference (Nothing in Visual Basic). - Thrown when given or any of is a generic type definition. - Thrown when given is not a class type. - Thrown when no constructor exists on type with parameters matching . - Thrown when constructor of type throws an exception. - - This method uses implementation to generate a proxy type. - As such caller should expect any type of exception that given implementation may throw. - - - - - Creates proxy object intercepting calls to virtual members of type on newly created instance of that type with given . - - Type of class which will be proxied. - The interceptors called during the invocation of proxied methods. - - New object of type proxying calls to virtual members of type. - - Thrown when given is not a class type. - Thrown when no default constructor exists on type . - Thrown when default constructor of type throws an exception. - - This method uses implementation to generate a proxy type. - As such caller should expect any type of exception that given implementation may throw. - - - - - Creates proxy object intercepting calls to virtual members of type on newly created instance of that type with given . - - Type of class which will be proxied. - The proxy generation options used to influence generated proxy type and object. - The interceptors called during the invocation of proxied methods. - - New object of type proxying calls to virtual members of type. - - Thrown when given is not a class type. - Thrown when no default constructor exists on type . - Thrown when default constructor of type throws an exception. - - This method uses implementation to generate a proxy type. - As such caller should expect any type of exception that given implementation may throw. - - - - - Creates proxy object intercepting calls to virtual members of type on newly created instance of that type with given . - - Type of class which will be proxied. - Additional interface types. Calls to their members will be proxied as well. - The interceptors called during the invocation of proxied methods. - - New object of type proxying calls to virtual members of and types. - - Thrown when given object is a null reference (Nothing in Visual Basic). - Thrown when given or any of is a generic type definition. - Thrown when given is not a class type. - Thrown when no default constructor exists on type . - Thrown when default constructor of type throws an exception. - - This method uses implementation to generate a proxy type. - As such caller should expect any type of exception that given implementation may throw. - - - - - Creates proxy object intercepting calls to virtual members of type on newly created instance of that type with given . - - Type of class which will be proxied. - The proxy generation options used to influence generated proxy type and object. - Arguments of constructor of type which should be used to create a new instance of that type. - The interceptors called during the invocation of proxied methods. - - New object of type proxying calls to virtual members of type. - - Thrown when given object is a null reference (Nothing in Visual Basic). - Thrown when given is a generic type definition. - Thrown when given is not a class type. - Thrown when no constructor exists on type with parameters matching . - Thrown when constructor of type throws an exception. - - This method uses implementation to generate a proxy type. - As such caller should expect any type of exception that given implementation may throw. - - - - - Creates proxy object intercepting calls to virtual members of type on newly created instance of that type with given . - - Type of class which will be proxied. - Arguments of constructor of type which should be used to create a new instance of that type. - The interceptors called during the invocation of proxied methods. - - New object of type proxying calls to virtual members of type. - - Thrown when given object is a null reference (Nothing in Visual Basic). - Thrown when given is a generic type definition. - Thrown when given is not a class type. - Thrown when no constructor exists on type with parameters matching . - Thrown when constructor of type throws an exception. - - This method uses implementation to generate a proxy type. - As such caller should expect any type of exception that given implementation may throw. - - - - - Creates proxy object intercepting calls to virtual members of type on newly created instance of that type with given . - - Type of class which will be proxied. - The interceptors called during the invocation of proxied methods. - - New object of type proxying calls to virtual members of type. - - Thrown when given object is a null reference (Nothing in Visual Basic). - Thrown when given is a generic type definition. - Thrown when given is not a class type. - Thrown when no parameterless constructor exists on type . - Thrown when constructor of type throws an exception. - - This method uses implementation to generate a proxy type. - As such caller should expect any type of exception that given implementation may throw. - - - - - Creates proxy object intercepting calls to virtual members of type on newly created instance of that type with given . - - Type of class which will be proxied. - The proxy generation options used to influence generated proxy type and object. - The interceptors called during the invocation of proxied methods. - - New object of type proxying calls to virtual members of type. - - Thrown when given object is a null reference (Nothing in Visual Basic). - Thrown when given object is a null reference (Nothing in Visual Basic). - Thrown when given is a generic type definition. - Thrown when given is not a class type. - Thrown when no default constructor exists on type . - Thrown when default constructor of type throws an exception. - - This method uses implementation to generate a proxy type. - As such caller should expect any type of exception that given implementation may throw. - - - - - Creates proxy object intercepting calls to virtual members of type on newly created instance of that type with given . - - Type of class which will be proxied. - Additional interface types. Calls to their members will be proxied as well. - The proxy generation options used to influence generated proxy type and object. - The interceptors called during the invocation of proxied methods. - - New object of type proxying calls to virtual members of and types. - - Thrown when given object is a null reference (Nothing in Visual Basic). - Thrown when given object is a null reference (Nothing in Visual Basic). - Thrown when given or any of is a generic type definition. - Thrown when given is not a class type. - Thrown when no default constructor exists on type . - Thrown when default constructor of type throws an exception. - - This method uses implementation to generate a proxy type. - As such caller should expect any type of exception that given implementation may throw. - - - - - Creates proxy object intercepting calls to virtual members of type on newly created instance of that type with given . - - Type of class which will be proxied. - Additional interface types. Calls to their members will be proxied as well. - The proxy generation options used to influence generated proxy type and object. - Arguments of constructor of type which should be used to create a new instance of that type. - The interceptors called during the invocation of proxied methods. - - New object of type proxying calls to virtual members of and types. - - Thrown when given object is a null reference (Nothing in Visual Basic). - Thrown when given object is a null reference (Nothing in Visual Basic). - Thrown when given or any of is a generic type definition. - Thrown when given is not a class type. - Thrown when no constructor exists on type with parameters matching . - Thrown when constructor of type throws an exception. - - This method uses implementation to generate a proxy type. - As such caller should expect any type of exception that given implementation may throw. - - - - - Creates the proxy type for class proxy with given class, implementing given and using provided . - - The base class for proxy type. - The interfaces that proxy type should implement. - The options for proxy generation process. - of proxy. - - - - Creates the proxy type for interface proxy with target for given interface, implementing given on given and using provided . - - The interface proxy type should implement. - The additional interfaces proxy type should implement. - Actual type that the proxy type will encompass. - The options for proxy generation process. - of proxy. - - - - Creates the proxy type for interface proxy with target interface for given interface, implementing given on given and using provided . - - The interface proxy type should implement. - The additional interfaces proxy type should implement. - The options for proxy generation process. - of proxy. - - - - Creates the proxy type for interface proxy without target for given interface, implementing given and using provided . - - The interface proxy type should implement. - The additional interfaces proxy type should implement. - The options for proxy generation process. - of proxy. - - - - Gets or sets the that this log to. - - - - - Gets the proxy builder instance used to generate proxy types. - - The proxy builder. - - - - - - - - - - - - - - - For interface proxies, this will point to the - on the target class - - - - - Handles the deserialization of proxies. - - - - - Resets the used for deserialization to a new scope. - - This is useful for test cases. - - - - Resets the used for deserialization to a given . - - The scope to be used for deserialization. - By default, the deserialization process uses a different scope than the rest of the application, which can lead to multiple proxies - being generated for the same type. By explicitly setting the deserialization scope to the application's scope, this can be avoided. - - - - Gets the used for deserialization. - - As has no way of automatically determining the scope used by the application (and the application - might use more than one scope at the same time), uses a dedicated scope instance for deserializing proxy - types. This instance can be reset and set to a specific value via and . - - - - Holds objects representing methods of class. - - - - - Holds objects representing methods of class. - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - Provides an extension point that allows proxies to choose specific interceptors on - a per method basis. - - - - - Selects the interceptors that should intercept calls to the given . - - The type declaring the method to intercept. - The method that will be intercepted. - All interceptors registered with the proxy. - An array of interceptors to invoke upon calling the . - - This method is called only once per proxy instance, upon the first call to the - . Either an empty array or null are valid return values to indicate - that no interceptor should intercept calls to the method. Although it is not advised, it is - legal to return other implementations than these provided in - . - - - - - Creates a new lock. - - - - - - This interface should be implemented by classes - that are available in a bigger context, exposing - the container to different areas in the same application. - - For example, in Web application, the (global) HttpApplication - subclasses should implement this interface to expose - the configured container - - - - - - Exposes means to change target objects of proxies and invocations - - - - - Changes the target object () of current . - - The new value of target of invocation. - - Although the method takes the actual instance must be of type assignable to , otherwise an will be thrown. - Also while it's technically legal to pass null reference (Nothing in Visual Basic) as , for obvious reasons Dynamic Proxy will not be able to call the intercepted method on such target. - In this case last interceptor in the pipeline mustn't call or a will be throws. - Also while it's technically legal to pass proxy itself as , this would create stack overflow. - In this case last interceptor in the pipeline mustn't call or a will be throws. - - Thrown when is not assignable to the proxied type. - - - - Permanently changes the target object of the proxy. This does not affect target of the current invocation. - - The new value of target of the proxy. - - Although the method takes the actual instance must be of type assignable to proxy's target type, otherwise an will be thrown. - Also while it's technically legal to pass null reference (Nothing in Visual Basic) as , for obvious reasons Dynamic Proxy will not be able to call the intercepted method on such target. - In this case last interceptor in the pipeline mustn't call or a will be throws. - Also while it's technically legal to pass proxy itself as , this would create stack overflow. - In this case last interceptor in the pipeline mustn't call or a will be throws. - - Thrown when is not assignable to the proxied type. - - - - New interface that is going to be used by DynamicProxy 2 - - - - - Get the proxy target (note that null is a valid target!) - - - - - - Gets the interceptors for the proxy - - - - - - Defines that the implementation wants a - in order to - access other components. The creator must be aware - that the component might (or might not) implement - the interface. - - - Used by Castle Project components to, for example, - gather logging factories - - - - - Increments IServiceProvider with a generic service resolution operation. - - - - - Provides a factory that can produce either or - classes. - - - - - Manages the instantiation of s. - - - - - Creates a new logger, getting the logger name from the specified type. - - - - - Creates a new logger. - - - - - Creates a new logger, getting the logger name from the specified type. - - - - - Creates a new logger. - - - - - Creates a new extended logger, getting the logger name from the specified type. - - - - - Creates a new extended logger. - - - - - Creates a new extended logger, getting the logger name from the specified type. - - - - - Creates a new extended logger. - - - - - Creates a new extended logger, getting the logger name from the specified type. - - - - - Creates a new extended logger. - - - - - Creates a new extended logger, getting the logger name from the specified type. - - - - - Creates a new extended logger. - - - - - Creates a new logger, getting the logger name from the specified type. - - - - - Creates a new logger. - - - - - Creates a new logger, getting the logger name from the specified type. - - - - - Creates a new logger. - - - - - Gets the configuration file. - - i.e. log4net.config - - - - - Used to create the TraceLogger implementation of ILogger interface. See . - - - - - Gets the configuration file. - - i.e. log4net.config - - - - - Interface for Context Properties implementations - - - - This interface defines a basic property get set accessor. - - - Based on the ContextPropertiesBase of log4net, by Nicko Cadell. - - - - - - Gets or sets the value of a property - - - The value for the property with the specified key - - - - Gets or sets the value of a property - - - - - - NullLogFactory used when logging is turned off. - - - - - Creates an instance of ILogger with the specified name. - - Name. - - - - - Creates an instance of ILogger with the specified name and LoggerLevel. - - Name. - Level. - - - - - Creates outputing - to files. The name of the file is derived from the log name - plus the 'log' extension. - - - - - Provides an interface that supports and - allows the storage and retrieval of Contexts. These are supported in - both log4net and NLog. - - - - - Manages logging. - - - This is a facade for the different logging subsystems. - It offers a simplified interface that follows IOC patterns - and a simplified priority/level/severity abstraction. - - - - - Logs a debug message. - - The message to log - - - - Logs a debug message. - - The exception to log - The message to log - - - - Logs a debug message. - - Format string for the message to log - Format arguments for the message to log - - - - Logs a debug message. - - Format string for the message to log - Format arguments for the message to log - - - - Logs a debug message. - - The exception to log - Format string for the message to log - Format arguments for the message to log - - - - Logs a debug message. - - The format provider to use - Format string for the message to log - Format arguments for the message to log - - - - Logs a debug message. - - The exception to log - The format provider to use - Format string for the message to log - Format arguments for the message to log - - - - Logs an info message. - - The message to log - - - - Logs an info message. - - The exception to log - The message to log - - - - Logs an info message. - - Format string for the message to log - Format arguments for the message to log - - - - Logs an info message. - - Format string for the message to log - Format arguments for the message to log - - - - Logs an info message. - - The exception to log - Format string for the message to log - Format arguments for the message to log - - - - Logs an info message. - - The format provider to use - Format string for the message to log - Format arguments for the message to log - - - - Logs an info message. - - The exception to log - The format provider to use - Format string for the message to log - Format arguments for the message to log - - - - Logs a warn message. - - The message to log - - - - Logs a warn message. - - The exception to log - The message to log - - - - Logs a warn message. - - Format string for the message to log - Format arguments for the message to log - - - - Logs a warn message. - - Format string for the message to log - Format arguments for the message to log - - - - Logs a warn message. - - The exception to log - Format string for the message to log - Format arguments for the message to log - - - - Logs a warn message. - - The format provider to use - Format string for the message to log - Format arguments for the message to log - - - - Logs a warn message. - - The exception to log - The format provider to use - Format string for the message to log - Format arguments for the message to log - - - - Logs an error message. - - The message to log - - - - Logs an error message. - - The exception to log - The message to log - - - - Logs an error message. - - Format string for the message to log - Format arguments for the message to log - - - - Logs an error message. - - Format string for the message to log - Format arguments for the message to log - - - - Logs an error message. - - The exception to log - Format string for the message to log - Format arguments for the message to log - - - - Logs an error message. - - The format provider to use - Format string for the message to log - Format arguments for the message to log - - - - Logs an error message. - - The exception to log - The format provider to use - Format string for the message to log - Format arguments for the message to log - - - - Logs a fatal message. - - The message to log - - - - Logs a fatal message. - - The exception to log - The message to log - - - - Logs a fatal message. - - Format string for the message to log - Format arguments for the message to log - - - - Logs a fatal message. - - Format string for the message to log - Format arguments for the message to log - - - - Logs a fatal message. - - The exception to log - Format string for the message to log - Format arguments for the message to log - - - - Logs a fatal message. - - The format provider to use - Format string for the message to log - Format arguments for the message to log - - - - Logs a fatal message. - - The exception to log - The format provider to use - Format string for the message to log - Format arguments for the message to log - - - - Logs a fatal error message. - - The Message - - - - Logs a fatal error message. - - The Message - The Exception - - - - Logs a fatal error message. - - Message format - Array of objects to write using format - - - - Create a new child logger. - The name of the child logger is [current-loggers-name].[passed-in-name] - - The Subname of this logger. - The New ILogger instance. - If the name has an empty element name. - - - - Determines if messages of priority "debug" will be logged. - - True if "debug" messages will be logged. - - - - Determines if messages of priority "info" will be logged. - - True if "info" messages will be logged. - - - - Determines if messages of priority "warn" will be logged. - - True if "warn" messages will be logged. - - - - Determines if messages of priority "error" will be logged. - - True if "error" messages will be logged. - - - - Determines if messages of priority "fatal" will be logged. - - True if "fatal" messages will be logged. - - - - Determines if messages of priority "fatalError" will be logged. - - True if "fatalError" messages will be logged. - - - - Exposes the Global Context of the extended logger. - - - - - Exposes the Thread Context of the extended logger. - - - - - Exposes the Thread Stack of the extended logger. - - - - - Supporting Logger levels. - - - - - Logging will be off - - - - - Fatal logging level - - - - - Error logging level - - - - - Warn logging level - - - - - Info logging level - - - - - Debug logging level - - - - - The Logger sending everything to the standard output streams. - This is mainly for the cases when you have a utility that - does not have a logger to supply. - - - - - The Level Filtered Logger class. This is a base clase which - provides a LogLevel attribute and reroutes all functions into - one Log method. - - - - - Creates a new LevelFilteredLogger. - - - - - Keep the instance alive in a remoting scenario - - - - - - Logs a debug message. - - The message to log - - - - Logs a debug message. - - The exception to log - The message to log - - - - Logs a debug message. - - Format string for the message to log - Format arguments for the message to log - - - - Logs a debug message. - - The exception to log - Format string for the message to log - Format arguments for the message to log - - - - Logs a debug message. - - The format provider to use - Format string for the message to log - Format arguments for the message to log - - - - Logs a debug message. - - The exception to log - The format provider to use - Format string for the message to log - Format arguments for the message to log - - - - Logs a debug message. - - Message format - Array of objects to write using format - - - - Logs an info message. - - The message to log - - - - Logs an info message. - - The exception to log - The message to log - - - - Logs an info message. - - Format string for the message to log - Format arguments for the message to log - - - - Logs an info message. - - The exception to log - Format string for the message to log - Format arguments for the message to log - - - - Logs an info message. - - The format provider to use - Format string for the message to log - Format arguments for the message to log - - - - Logs an info message. - - The exception to log - The format provider to use - Format string for the message to log - Format arguments for the message to log - - - - Logs an info message. - - Message format - Array of objects to write using format - - - - Logs a warn message. - - The message to log - - - - Logs a warn message. - - The exception to log - The message to log - - - - Logs a warn message. - - Format string for the message to log - Format arguments for the message to log - - - - Logs a warn message. - - The exception to log - Format string for the message to log - Format arguments for the message to log - - - - Logs a warn message. - - The format provider to use - Format string for the message to log - Format arguments for the message to log - - - - Logs a warn message. - - The exception to log - The format provider to use - Format string for the message to log - Format arguments for the message to log - - - - Logs a warn message. - - Message format - Array of objects to write using format - - - - Logs an error message. - - The message to log - - - - Logs an error message. - - The exception to log - The message to log - - - - Logs an error message. - - Format string for the message to log - Format arguments for the message to log - - - - Logs an error message. - - The exception to log - Format string for the message to log - Format arguments for the message to log - - - - Logs an error message. - - The format provider to use - Format string for the message to log - Format arguments for the message to log - - - - Logs an error message. - - The exception to log - The format provider to use - Format string for the message to log - Format arguments for the message to log - - - - Logs an error message. - - Message format - Array of objects to write using format - - - - Logs a fatal message. - - The message to log - - - - Logs a fatal message. - - The exception to log - The message to log - - - - Logs a fatal message. - - Format string for the message to log - Format arguments for the message to log - - - - Logs a fatal message. - - The exception to log - Format string for the message to log - Format arguments for the message to log - - - - Logs a fatal message. - - The format provider to use - Format string for the message to log - Format arguments for the message to log - - - - Logs a fatal message. - - The exception to log - The format provider to use - Format string for the message to log - Format arguments for the message to log - - - - Logs a fatal message. - - Message format - Array of objects to write using format - - - - Logs a fatal error message. - - The Message - - - - Logs a fatal error message. - - The Message - The Exception - - - - Logs a fatal error message. - - Message format - Array of objects to write using format - - - - Implementors output the log content by implementing this method only. - Note that exception can be null - - - - - - - - - The LoggerLevel that this logger - will be using. Defaults to LoggerLevel.Off - - - - - The name that this logger will be using. - Defaults to String.Empty - - - - - Determines if messages of priority "debug" will be logged. - - true if log level flags include the bit - - - - Determines if messages of priority "info" will be logged. - - true if log level flags include the bit - - - - Determines if messages of priority "warn" will be logged. - - true if log level flags include the bit - - - - Determines if messages of priority "error" will be logged. - - true if log level flags include the bit - - - - Determines if messages of priority "fatal" will be logged. - - true if log level flags include the bit - - - - Determines if messages of priority "fatal" will be logged. - - true if log level flags include the bit - - - - Creates a new ConsoleLogger with the Level - set to LoggerLevel.Debug and the Name - set to String.Empty. - - - - - Creates a new ConsoleLogger with the Name - set to String.Empty. - - The logs Level. - - - - Creates a new ConsoleLogger with the Level - set to LoggerLevel.Debug. - - The logs Name. - - - - Creates a new ConsoleLogger. - - The logs Name. - The logs Level. - - - - A Common method to log. - - The level of logging - The name of the logger - The Message - The Exception - - - - Returns a new ConsoleLogger with the name - added after this loggers name, with a dot in between. - - The added hierarchical name. - A new ConsoleLogger. - - - - The Logger using standart Diagnostics namespace. - - - - - Creates a logger based on . - - - - - - Creates a logger based on . - - - - - - - Creates a logger based on . - - - - - - - - The Null Logger class. This is useful for implementations where you need - to provide a logger to a utility class, but do not want any output from it. - It also helps when you have a utility that does not have a logger to supply. - - - - - Creates a new NullLogger. - - - - - No-op. - - Ignored - - - - No-op. - - Ignored - Ignored - - - - No-op. - - Ignored - Ignored - - - - No-op. - - Ignored - Ignored - - - - No-op. - - Ignored - Ignored - Ignored - - - - No-op. - - Ignored - Ignored - Ignored - - - - No-op. - - Ignored - Ignored - Ignored - Ignored - - - - No-op. - - Ignored - - - - No-op. - - Ignored - Ignored - - - - No-op. - - Ignored - Ignored - - - - No-op. - - Ignored - Ignored - - - - No-op. - - Ignored - Ignored - Ignored - - - - No-op. - - Ignored - Ignored - Ignored - - - - No-op. - - Ignored - Ignored - Ignored - Ignored - - - - No-op. - - Ignored - - - - No-op. - - Ignored - Ignored - - - - No-op. - - Ignored - Ignored - - - - No-op. - - Ignored - Ignored - - - - No-op. - - Ignored - Ignored - Ignored - - - - No-op. - - Ignored - Ignored - Ignored - - - - No-op. - - Ignored - Ignored - Ignored - Ignored - - - - No-op. - - Ignored - - - - No-op. - - Ignored - Ignored - - - - No-op. - - Ignored - Ignored - - - - No-op. - - Ignored - Ignored - - - - No-op. - - Ignored - Ignored - Ignored - - - - No-op. - - Ignored - Ignored - Ignored - - - - No-op. - - Ignored - Ignored - Ignored - Ignored - - - - No-op. - - Ignored - - - - No-op. - - Ignored - Ignored - - - - No-op. - - Ignored - Ignored - - - - No-op. - - Ignored - Ignored - - - - No-op. - - Ignored - Ignored - Ignored - - - - No-op. - - Ignored - Ignored - Ignored - - - - No-op. - - Ignored - Ignored - Ignored - Ignored - - - - No-op. - - Ignored - - - - No-op. - - Ignored - Ignored - - - - No-op. - - Ignored - Ignored - - - - Returns this NullLogger. - - Ignored - This ILogger instance. - - - - No-op. - - false - - - - No-op. - - false - - - - No-op. - - false - - - - No-op. - - false - - - - No-op. - - false - - - - No-op. - - false - - - - Returns empty context properties. - - - - - Returns empty context properties. - - - - - Returns empty context stacks. - - - - - The Stream Logger class. This class can stream log information - to any stream, it is suitable for storing a log file to disk, - or to a MemoryStream for testing your components. - - - This logger is not thread safe. - - - - - Creates a new StreamLogger with default encoding - and buffer size. Initial Level is set to Debug. - - - The name of the log. - - - The stream that will be used for logging, - seeking while the logger is alive - - - - - Creates a new StreamLogger with default buffer size. - Initial Level is set to Debug. - - - The name of the log. - - - The stream that will be used for logging, - seeking while the logger is alive - - - The encoding that will be used for this stream. - - - - - - Creates a new StreamLogger. - Initial Level is set to Debug. - - - The name of the log. - - - The stream that will be used for logging, - seeking while the logger is alive - - - The encoding that will be used for this stream. - - - - The buffer size that will be used for this stream. - - - - - - Creates a new StreamLogger with - Debug as default Level. - - The name of the log. - The StreamWriter the log will write to. - - - - The TraceLogger sends all logging to the System.Diagnostics.TraceSource - built into the .net framework. - - - Logging can be configured in the system.diagnostics configuration - section. - - If logger doesn't find a source name with a full match it will - use source names which match the namespace partially. For example you can - configure from all castle components by adding a source name with the - name "Castle". - - If no portion of the namespace matches the source named "Default" will - be used. - - - - - Build a new trace logger based on the named TraceSource - - The name used to locate the best TraceSource. In most cases comes from the using type's fullname. - - - - Build a new trace logger based on the named TraceSource - - The name used to locate the best TraceSource. In most cases comes from the using type's fullname. - The default logging level at which this source should write messages. In almost all cases this - default value will be overridden in the config file. - - - - Create a new child logger. - The name of the child logger is [current-loggers-name].[passed-in-name] - - The Subname of this logger. - The New ILogger instance. - - - - This is an abstract implementation - that deals with methods that can be abstracted away - from underlying implementations. - - - AbstractConfiguration makes easier to implementers - to create a new version of - - - - - is a interface encapsulating a configuration node - used to retrieve configuration values. - - - - - Gets the value of the node and converts it - into specified . - - The - - The Default value returned if the conversion fails. - - The Value converted into the specified type. - - - - Gets the name of the node. - - - The Name of the node. - - - - - Gets the value of the node. - - - The Value of the node. - - - - - Gets an of - elements containing all node children. - - The Collection of child nodes. - - - - Gets an of the configuration attributes. - - - - - Gets the value of the node and converts it - into specified . - - The - - The Default value returned if the convertion fails. - - The Value converted into the specified type. - - - - Gets the name of the . - - - The Name of the . - - - - - Gets the value of . - - - The Value of the . - - - - - Gets all child nodes. - - The of child nodes. - - - - Gets node attributes. - - - All attributes of the node. - - - - - A collection of objects. - - - - - Creates a new instance of ConfigurationCollection. - - - - - Creates a new instance of ConfigurationCollection. - - - - - Summary description for MutableConfiguration. - - - - - Initializes a new instance of the class. - - The name. - - - - Gets the value of . - - - The Value of the . - - - - - Pendent - - - - - Deserializes the specified node into an abstract representation of configuration. - - The node. - - - - - If a config value is an empty string we return null, this is to keep - backward compability with old code - - - - - General purpose class to represent a standard pair of values. - - Type of the first value - Type of the second value - - - - Constructs a pair with its values - - - - - - - List of utility methods related to dynamic proxy operations - - - - - Determines whether the specified type is a proxy generated by - DynamicProxy (1 or 2). - - The type. - - true if it is a proxy; otherwise, false. - - - - - Pendent - - - - - Initializes a new instance of the class. - - The target. - - - - Determines whether the object contains an element with the specified key. - - The key to locate in the object. - - true if the contains an element with the key; otherwise, false. - - - is null. - - - - Adds an element with the provided key and value to the object. - - The to use as the key of the element to add. - The to use as the value of the element to add. - - is null. - An element with the same key already exists in the object. - The is read-only.-or- The has a fixed size. - - - - Removes all elements from the object. - - The object is read-only. - - - - Returns an object for the object. - - - An object for the object. - - - - - Removes the element with the specified key from the object. - - The key of the element to remove. - - is null. - The object is read-only.-or- The has a fixed size. - - - - Copies the elements of the to an , starting at a particular index. - - The one-dimensional that is the destination of the elements copied from . The must have zero-based indexing. - The zero-based index in at which copying begins. - - is null. - - is less than zero. - - is multidimensional.-or- is equal to or greater than the length of .-or- The number of elements in the source is greater than the available space from to the end of the destination . - The type of the source cannot be cast automatically to the type of the destination . - - - - Returns an enumerator that iterates through a collection. - - - An object that can be used to iterate through the collection. - - - - - Gets or sets the with the specified key. - - - - - - Gets an object containing the keys of the object. - - - An object containing the keys of the object. - - - - Gets an object containing the values in the object. - - - An object containing the values in the object. - - - - Gets a value indicating whether the object is read-only. - - - true if the object is read-only; otherwise, false. - - - - Gets a value indicating whether the object has a fixed size. - - - true if the object has a fixed size; otherwise, false. - - - - Gets the number of elements contained in the . - - - The number of elements contained in the . - - - - Gets an object that can be used to synchronize access to the . - - - An object that can be used to synchronize access to the . - - - - Gets a value indicating whether access to the is synchronized (thread safe). - - - true if access to the is synchronized (thread safe); otherwise, false. - - - - Represents a 'streamable' resource. Can - be a file, a resource in an assembly. - - - - - Returns a reader for the stream - - - It's up to the caller to dispose the reader. - - - - - - Returns a reader for the stream - - - It's up to the caller to dispose the reader. - - - - - - - Returns an instance of - created according to the relativePath - using itself as the root. - - - - - - - - - - Only valid for resources that - can be obtained through relative paths - - - - - - - - - - This returns a new stream instance each time it is called. - It is the responsability of the caller to dispose of this stream - - - - - Depicts the contract for resource factories. - - - - - Used to check whether the resource factory - is able to deal with the given resource - identifier. - - - Implementors should return true - only if the given identifier is supported - by the resource factory - - - - - - - Creates an instance - for the given resource identifier - - - - - - - Creates an instance - for the given resource identifier - - - - - - - - - - - - - - - - - - Adapts a static string content as an - - - - - Enable access to files on network shares - - - - - Email sender abstraction. - - - - - Sends a mail message. - - From field - To field - E-mail's subject - message's body - - - - Sends a message. - - Message instance - - - - Sends multiple messages. - - List of messages - - - - Default implementation. - - - - - Initializes a new instance of the class based on the configuration provided in the application configuration file. - - - This constructor is based on the default configuration in the application configuration file. - - - - - This service implementation - requires a host name in order to work - - The smtp server name - - - - Sends a message. - - If any of the parameters is null - From field - To field - e-mail's subject - message's body - - - - Sends a message. - - If the message is null - Message instance - - - - Configures the sender - with port information and eventual credential - informed - - Message instance - - - - Gets or sets the port used to - access the SMTP server - - - - - Gets the hostname. - - The hostname. - - - - Gets or sets a value which is used to - configure if emails are going to be sent asyncrhonously or not. - - - - - Gets or sets a value that specifies - the amount of time after which a synchronous Send call times out. - - - - - Gets or sets a value indicating whether the email should be sent using - a secure communication channel. - - true if should use SSL; otherwise, false. - - - - Gets or sets the domain. - - The domain. - - - - Gets or sets the name of the user. - - The name of the user. - - - - Gets or sets the password. - - The password. - - - - Gets a value indicating whether credentials were informed. - - - if this instance has credentials; otherwise, . - - - - diff --git a/win/CS/libraries/caliburn/Castle.Windsor.XML b/win/CS/libraries/caliburn/Castle.Windsor.XML deleted file mode 100644 index cb982a46f..000000000 --- a/win/CS/libraries/caliburn/Castle.Windsor.XML +++ /dev/null @@ -1,7741 +0,0 @@ - - - - Castle.Windsor - - - - - Attempts to dynamically load a UserControl by invoking Page.LoadControl. - There are two uses of this class. - - 1) Add a component to the Kernel and add a VirtualPath attribute specifying - the relative path of the .ascx file for the associated UserControl. (easy) - - - - <component id="BasketView" - service="Castle.ShoppingCart.IBasketView, Castle.ShoppingCart" - type="Castle.ShoppingCart.BasketView, Castle.ShoppingCart" - lifestyle="transient" - virtualPath="~/Views/BasketView.ascx" - /> - - - - 2) Precompile a UserControl and add the pre-compiled class to the Kernel. (hard) - Has not been tested with proxies. - - - - - - Standard implementation of . - Handles the selection of the best constructor, fills the - writable properties the component exposes, run the commission - and decommission lifecycles, etc. - - - Custom implementors can just override the CreateInstance method. - Please note however that the activator is responsible for the proxy creation - when needed. - - - - - Abstract implementation of . - The implementors must only override the InternalCreate and - InternalDestroy methods in order to perform their creation and - destruction logic. - - - - - Implements the instance creation logic. The default - implementation should rely on an ordinary call to - Activator.CreateInstance(). - - - This interface is provided in order to allow custom components - to be created using a different logic, such as using a specific factory - or builder. - - The constructor for implementation has the following signature: - - - ComponentModel model, IKernel kernel, - ComponentInstanceDelegate onCreation, - ComponentInstanceDelegate onDestruction - - - The Activator should raise the events onCreation and onDestruction - in order to correctly implement the contract. Usually the best - way of creating a custom activator is by extending the existing ones. - - - - - - - - Should return a new component instance. - - - - - - Should perform all necessary work to dispose the instance - and/or any resource related to it. - - - - - - Constructs an AbstractComponentActivator - - - - - Initializes a new instance of the class. - - - - - - - - - Initializes a new instance of the class. - - The model. - The kernel. - The on creation. - The on destruction. - - - - Creates the instance. - - The context. - The arguments. - The signature. - - - - - Implements a Lifestyle Manager for Web Apps that - create at most one object per web request. - - - - - Summary description for AbstractLifestyleManager. - - - - - The ILifestyleManager implements - a strategy for a given lifestyle, like singleton, per-thread - and transient. - - - The responsibility of ILifestyleManager - is only the management of lifestyle. It should rely on - to obtain a new component instance - - - - - Initializes the ILifestyleManager with the - - - - - - - - - Implementors should return the component instance based - on the lifestyle semantic. - - - - - - Implementors should release the component instance based - on the lifestyle semantic, for example, singleton components - should not be released on a call for release, instead they should - release them when disposed is invoked. - - - - - - This attribute is useful only when you want to register all components - on an assembly as a batch process. - By doing so, the batch register will look - for this attribute to distinguish components from other classes. - - - - - Base for Attributes that want to express lifestyle - chosen by the component. - - - - - Initializes a new instance of the class. - - The type. - - - - Gets or sets the lifestyle. - - The lifestyle. - - - - Associates a custom component with a component - - - - - Initializes a new instance of the class. - - Type of the component activator. - - - - Gets the type of the component activator. - - The type of the component activator. - - - - Specifies the proxying behavior for a component. - - - - - Gets or sets a value indicating whether the generated - interface proxy should inherit from . - - - - - Determines if the component requires a single interface proxy. - - true if the component requires a single interface proxy. - - - - Gets or sets the additional interfaces used during proxy generation. - - - - - Marks as property to be skipped and not be wired - by the IoC container - - - - - Represents a concern that will be applied to a component instance - during commission or decommission phase. - - - - - Implementors should act on the instance in response to - a decommission or commission phase. - - The model. - The component. - - - - Lifecycle interface. If implemented by a component, - the method Initialized will be invoked by the container - before making the component available to the external world. - - - - - Implementors should perform any initialization logic. - - - - - Used to declare that a component wants interceptors acting on it. - - - - - Constructs the InterceptorAttribute pointing to - a key to a interceptor - - - - - - Constructs the InterceptorAttribute pointing to - a service - - - - - - Marker class used to denote components that have late bound type - That is the actual type is not known exactly at the time when - is created. Those are for example components instantiated via abstract factory. - - - - - If the extended type is a Foo[] or IEnumerable{Foo} which is assignable from Foo[] this method will return typeof(Foo) - otherwise null. - - - - - - - Indicates that the target components wants a - singleton lifestyle. - - - - - Initializes a new instance of the class. - - - - - Indicates that the target components wants a - transient lifestyle. - - - - - Initializes a new instance of the class. - - - - - Indicates that the target components wants a - per thread lifestyle. - - - - - Initializes a new instance of the class. - - - - - Indicates that the target components wants a - per web request lifestyle. - - - - - Indicates that the target components wants a - pooled lifestyle. - - - - - Initializes a new instance of the class - using the default initial pool size (5) and the max pool size (15). - - - - - Initializes a new instance of the class. - - Initial size of the pool. - Max pool size. - - - - Gets the initial size of the pool. - - The initial size of the pool. - - - - Gets the maximum pool size. - - The size of the max pool. - - - - Indicates that the target components wants a - custom lifestyle. - - - - - Initializes a new instance of the class. - - The lifestyle handler. - - - - Gets the type of the lifestyle handler. - - The type of the lifestyle handler. - - - - Enumeration used to mark the component's lifestyle. - - - - - No lifestyle specified. - - - - - Singleton components are instantiated once, and shared - between all clients. - - - - - Thread components have a unique instance per thread. - - - - - Transient components are created on demand. - - - - - Optimization of transient components that keeps - instance in a pool instead of always creating them. - - - - - PerWebRequest components are created once per Http Request - - - - - Any other logic to create/release components. - - - - - Collects information about subscribers for given event - - - - - Extracts MethodInfo of metho invoked in delegate. Based on ILReader class from http://www.gocosmos.org project - - - - - Implementors must inspect the component for - a given information or parameter. - - - - - Usually the implementation will look in the configuration property - of the model or the service interface, or the implementation looking for - something. - - The kernel instance - The component model - - - - Selects one or both of component name and type, for given method - called on given typed factory type. - When component should be requested by type only, - componentName should be null. - When component should be requested by name only, - componentType should be null. - - - - - - - - - Builds for given call. - By default if is a collection - returns for the collection's item type, - otherwise standard . - - - - - - - - - - Selects arguments to be passed to resolution pipeline. - By default passes all given - keyed by names of their corresponding parameters. - - - - - - - - Selects name of the component to resolve. - If Name is GetFoo returns "Foo", otherwise null. - - - - - - - - Selects type of the component to resolve. Uses return type. - - - - - - - - Provides lazy registration capabilities to the container. - - - When a component is requested from a container and it was not registered, - container loads up all registered implementers of this interface and asks - them in turn whether they can provide that component, until it finds one that will. - - - - - Used by container to allow the loader to register component for given and to the container at the time when it is requested - - Key of the requested component or null - Type of requested service or null - User supplied arguments or null - Registration that registers component for given key and/or service or null. - - While either key or service can be null reference it is guaranteed that at least one of them will not be null. - When implementer opts in to provide the requested component (by returning not-null registration) it is required - to register component for requested key/service combination (when one of the elements is null, it should be ignored as well). - When implementer does not want to register the requested component it must return null. - - - - - Summary description for ComponentActivatorException. - - - - - - - - - - Represents collection of arguments used when resolving a component. - - - - - Exception thrown when component has no resolvable constructor that can be used to create an instance. - - - - - Default arguments store used to store items where no specialized store exists - - - - - Extends adding and - information. The MemberInfo is only useful to provide detailed information - on exceptions. - The ComponentModel is required so we can get resolve an object that takes as a parameter itself, but - with difference model. (See IoC 51 for the details) - - - - - Represents a dependency (other component or a - fixed value available through external configuration). - - - - - Initializes a new instance of the class. - - The type. - The dependency key. - Type of the target. - if set to true [is optional]. - - - - Returns a that represents the current . - - - A that represents the current . - - - - - Gets or sets the dependency key. - - The dependency key. - - - - Gets or sets the type of the dependency. - - The type of the dependency. - - - - Gets or sets whether this dependency is optional. - - - true if this dependency is optional; otherwise, false. - - - - - Gets the service type of the dependency. - This is the same type as or if is by ref, - then it's the element type of the reference. (in other words if dependency - is out IFoo foo this will be IFoo, while will be &IFoo); - - - - - Gets the type of the target. - - The type of the target. - - - - Summary description for DefaultHandler. - - - - - Implements the basis of - - - - - - Contract for the IHandler, which manages an - component state and coordinates its creation - and destruction (dispatching to activators, lifestyle managers) - - - - - Implementors should use a strategy to obtain - valid references to properties and/or services - requested in the dependency model. - - - - - Should return an instance of a service or property values as - specified by the dependency model instance. - It is also the responsibility of - to throw an exception in the case a non-optional dependency - could not be resolved. - - Creation context, which is a resolver itself - Parent resolver - normally the IHandler implementation - Model of the component that is requesting the dependency - The dependency model - The dependency resolved value or null - - - - Returns true if the resolver is able to satisfy this dependency. - - Creation context, which is a resolver itself - Parent resolver - normally the IHandler implementation - Model of the component that is requesting the dependency - The dependency model - true if the dependency can be satisfied - - - - Initializes the handler with a reference to the - kernel. - - - - - - Implementors should return a valid instance - for the component the handler is responsible. - It should throw an exception in the case the component - can't be created for some reason - - - - - - Implementors should return a valid instance - for the component the handler is responsible. - It should return null in the case the component - can't be created for some reason - - - - - - Implementors should dispose the component instance - - - true if destroyed. - - - - Dictionary of String/object used to - associate data with a component dependency. - For example, if you component SmtpServer depends on - host and port, you can add those to this - dictionary and the handler will be able to use them. - - - TODO: Document this - - - - - TODO: Document this - - - - - - TODO: Document this - - - - - - - Tests whether the handler is already being resolved in given context. - - - - - Gets the state of the handler - - - - - Gets the model of the component being - managed by this handler. - - - - - The service that this handler handles - - - - - Allow to track state changes of a handler that is modified directly. - This can happen if the client calls AddCustomDependencyValue or - RemoveCustomDependencyValue - - - - - Might be implemented by a handler - so it can expose access to dependency information - which is used to construct meaningful error messages - - - - - Returns human readable list of dependencies - this handler is waiting for. - list of the dependencies that was already checked, used to avoid cycles. - - - - - Lifestyle manager instance - - - - - Custom dependencies values associated with the handler - - - - - Dictionary of key (string) to - - - - - - Dictionary of Type to a list of - - - - - - Constructs and initializes the handler - - - - - - Should be implemented by derived classes: - disposes the component instance (or recycle it) - - - true if destroyed. - - - - Should be implemented by derived classes: - returns an instance of the component this handler - is responsible for - - - - When false, handler can not create valid instance and return null instead. - - - - - Returns human readable list of dependencies - this handler is waiting for. - - - - - - Saves the kernel instance, subscribes to - - event, - creates the lifestyle manager instance and computes - the handler state. - - - - - - disposes the component instance (or recycle it). - - - - - - - Returns an instance of the component this handler - is responsible for - - - - - - - Invoked by - - in order to check if a dependency can be satisfied. - If not, the handler is set to a 'waiting dependency' state. - - - This method registers the dependencies within the correct collection - or dictionary and changes the handler state to - - - - - - - Creates an implementation of - - based - on - - and invokes - - to initialize the newly created manager. - - - - - - - Invoked by the kernel - when one of registered dependencies were satisfied by - new components registered. - - - Handler for the event - - - - - - - Checks if the handler is able to, at very least, satisfy - the dependencies for the constructor with less parameters - - - For each non*optional dependency, the implementation will invoke - - - - - - Invoked when the container receives a parent container reference. - - - This method implementation checks whether the parent container - is able to supply the dependencies for this handler. - - - - - - - Returns an instance of the component this handler - is responsible for - - - when false, handler can not create valid instance and return null instead - - - - - Handler for the event - - - - - - - - Gets the component model. - - - - - Gets the handler state. - - - - - Initializes a new instance of the class. - - - - - - Returns an instance of the component this handler - is responsible for - - - - - - - - - disposes the component instance (or recycle it) - - - true if destroyed - - - - Used during a component request, passed along to the whole process. - This allow some data to be passed along the process, which is used - to detected cycled dependency graphs and now it's also being used - to provide arguments to components. - - - - - Holds the scoped dependencies being resolved. - If a dependency appears twice on the same scope, we'd have a cycle. - - - - - The list of handlers that are used to resolve - the component. - We track that in order to try to avoid attempts to resolve a service - with itself. - - - - - Initializes a new instance of the class. - - The type to extract generic arguments. - The parent context. - When set to true will clone . - - - - Initializes a new instance of the class. - - The handler. - The release policy. - The type to extract generic arguments. - The additional arguments. - The conversion manager. - Parent context - - - - Initializes a new instance of the class. - - - - - Method used by handlers to test whether they are being resolved in the context. - - - - - This method is provided as part of double dispatch mechanism for use by handlers. - Outside of handlers, call instead. - - - - - Creates a new, empty instance. - - - A new CreationContext should be created every time, as the contexts keeps some state related to dependency resolution. - - - - - Default implementation of . - This implementation is complete and also support a kernel - hierarchy (sub containers). - - - Default implementation of . - This implementation is complete and also support a kernel - hierarchy (sub containers). - - - - - The IKernel interface exposes all the functionality - the MicroKernel implements. - - - It allows you to register components and - request them by the key or the service they implemented. - It also allow you to register facilities and subsystem, thus - augmenting the functionality exposed by the kernel alone to fits - your needs. - - - - - - - Summary description for IKernelEvents. - - - - - Event fired when a new component is registered - on the kernel. - - - - - Event fired when a component is removed from the kernel. - - - - - Event fired after the ComponentModel is created. - Allows customizations that may affect the handler. - - - - - Event fired when the kernel was added as child of - another kernel. - - - - - Event fired when the kernel was removed from being a child - of another kernel. - - - - - Event fired before the component is created. - - - - - Event fired when a component instance destroyed. - - - - - Event fired when a new handler is registered - (it might be in a valid or waiting dependency state) - - - - - Event fired when a new handler is registered - (it might be in a valid or waiting dependency state) - - - - - Event fired when a dependency is being resolved, - it allows the dependency to be changed, - but the client ComponentModel must not be changed. - - - - - Registers the components provided by the s - with the . - - Create a new registration using .For() or . - - - - kernel.Register(Component.For<IService>().ImplementedBy<DefaultService>()); - - - The component registrations. - The kernel. - - - - Returns true if the specified component was - found and could be removed (i.e. no other component depends on it) - - The component's key - - - - - Returns true if the specified key was registered - - - - - - - Returns true if the specified service was registered - - - - - - - Associates objects with a component handler, - allowing it to use the specified dictionary - when resolving dependencies - - - - - - - Associates objects with a component handler, - allowing it to use the specified dictionary - when resolving dependencies - - - - - - - Associates objects with a component handler, - allowing it to use the specified dictionary - when resolving dependencies - - - - - - - Associates objects with a component handler, - allowing it to use the specified dictionary - when resolving dependencies - - - - - - - Releases a component instance. This allows - the kernel to execute the proper decommission - lifecycles on the component instance. - - - - - - Returns the - for the specified component key. - - - - - - - Returns the - for the specified service. - - - - - - - Return handlers for components that - implements the specified service. - - - - - - - Return handlers for components that - implements the specified service. - The check is made using IsAssignableFrom - - - - - - - Adds a to the kernel. - - - - - - - - Creates and adds an facility to the kernel. - - The facility type. - - - - - Creates and adds an facility to the kernel. - - The facility type. - - The callback for creation. - - - - Creates and adds an facility to the kernel. - - The facility type. - - The callback for creation. - - - - Creates and adds an facility to the kernel. - - The facility type. - - - - - Creates and adds an facility to the kernel. - - The facility type. - The callback for creation. - - - - - Creates and adds an facility to the kernel. - - The facility type. - The callback for creation. - - - - - Returns the facilities registered on the kernel. - - - - - - Adds (or replaces) an - - - - - - - Returns an implementation of - for the specified key. - - - - - - - - Support for kernel hierarchy - - - - - - Remove child kernel - - - - - - Register a new component resolver that can take part in the decision - making about which handler to resolve - - - - - Returns the component instance by the service type - - - - - Returns all the valid component instances by - the service type - - The service type - - - - Returns all the valid component instances by - the service type - - The service type - Arguments to resolve the services - - - - Returns all the valid component instances by - the service type - - The service type - Arguments to resolve the services - - - - Returns the component instance by the service type - using dynamic arguments - - - - - - - - Returns the component instance by the component key - using dynamic arguments - - - - - - - - Returns the component instance by the service type - using dynamic arguments - - Service to resolve - Arguments to resolve the services - - - - - Returns the component instance by the component key - using dynamic arguments - - Key to resolve - Arguments to resolve the services - - - - - Returns a component instance by the key - - - - - - - - Returns the component instance by the service type - using dynamic arguments - - - - - - - Returns the component instance by the service type - using dynamic arguments - - Arguments to resolve the services - - - - - Returns the component instance by the component key - - - - - - Returns a component instance by the key - - Component's key - Service type - The Component instance - - - - Returns a component instance by the key - - Service type - Component's key - - The Component instance - - - - Returns component instances that implement TService - - - - - - - Returns component instances that implement TService - - - - - - - Returns component instances that implement TService - - - - - - - Returns a component instance by the key - - - - - - - - - Returns the implementation of - - - - - Returns the implementation of - - - - - Gets or sets the implementation of - - - - - Gets or sets the implementation for - - - - - Returns the implementation for - - - - - Gets or sets the implementation of - allowing different strategies for proxy creation. - - - - - Returns the parent kernel - - - - - Graph of components and interactions. - - - - - Returns the component instance by the key - - - - - Returns the component instance by the service type - - - - - Extended contract of kernel, used internally. - - - - - Constructs an implementation of - for the given - - - - - - - Raise the handler registered event, required so - dependant handlers will be notified about their dependant moving - to valid state. - - - - - - Registers the to be forwarded - to the component registered with . - - The service type that gets forwarded. - The name of the component to forward to. - - - - Adds a custom made . - Used by facilities. - - - - - - List of sub containers. - - - - - List of registered. - - - - - The implementation of - - - - - The dependency resolver. - - - - - Map of subsystems registered. - - - - - The parent kernel, if exists. - - - - - Holds the implementation of - - - - - Implements a policy to control component's - disposal that the user forgot. - - - - - Constructs a DefaultKernel with no component - proxy support. - - - - - Constructs a DefaultKernel with the specified - implementation of and - - - - - - - Constructs a DefaultKernel with the specified - implementation of - - - - - Starts the process of component disposal. - - - - - Return handlers for components that - implements the specified service. - The check is made using IsAssignableFrom - - - - - - - Returns the facilities registered on the kernel. - - - - - - Return handlers for components that - implements the specified service. - - - - - - - Registers the components described by the s - with the . - The component registrations. - The kernel. - - - - - Associates objects with a component handler, - allowing it to use the specified dictionary - when resolving dependencies - - - - - - - Associates objects with a component handler, - allowing it to use the specified dictionary - when resolving dependencies - - - - - - - Associates objects with a component handler, - allowing it to use the specified dictionary - when resolving dependencies - - - - - - - Associates objects with a component handler, - allowing it to use the specified dictionary - when resolving dependencies - - - - - - - Releases a component instance. This allows - the kernel to execute the proper decommission - lifecycles on the component instance. - - - - - - Returns true if the specified component was - found and could be removed (i.e. no other component depends on it) - - The component's key - - - - - Gets the service object of the specified type. - - - A service object of type serviceType. - - An object that specifies the type of service object to get. - - - - Gets the service object of the specified type. - - - A service object of type serviceType. - - - - - Returns a component instance by the key - - - - - - - - Returns a component instance by the key - - - - - - - - - Returns the component instance by the service type - using dynamic arguments - - - - - - - Returns the component instance by the service type - using dynamic arguments - - - - - - - Returns the component instance by the component key - - - - - - Returns a component instance by the key - - Component's key - Service type - - The Component instance - - - - - Returns a component instance by the key - - Service type - Component's key - - - The Component instance - - - - - Returns the component instance by the service type - - - - - Returns the component instance by the service type - using dynamic arguments - - - - - - - - Returns the component instance by the service type - using dynamic arguments - - - - - - - - Returns the component instance by the component key - using dynamic arguments - - - - - - - - Returns the component instance by the component key - using dynamic arguments - - - - - - - - Returns all the valid component instances by - the service type - - The service type - - - - Returns all the valid component instances by - the service type - - The service type - - Arguments to resolve the services - - - - - Returns all the valid component instances by - the service type - - The service type - - Arguments to resolve the services - - - - - Returns component instances that implement TService - - - - - - - - Returns component instances that implement TService - - - - - - - - Returns component instances that implement TService - - - - - - - Graph of components and interactions. - - - - - Exception throw when a circular dependency is detected - - - - - Initializes a new instance of the class. - - - - - Initializes a new instance of the class. - - The message. - - - - Initializes a new instance of the class. - - The message. - The inner exception. - - - - Initializes a new instance of the class. - - The that holds the serialized object data about the exception being thrown. - The that contains contextual information about the source or destination. - The parameter is . - The class name is or is zero (0). - - - - Exception threw when a request for a component - cannot be satisfied because the component does not - exist in the container - - - - - Initializes a new instance of the - - class. - - The name. - - - - Initializes a new instance of the - - class. - - The name. - Exception message. - - - - Initializes a new instance of the - - class. - - The service. - Exception message. - - - - Initializes a new instance of the - - class. - - The service. - - - - Initializes a new instance of the - - class. - - The object that holds the serialized object data. - The contextual information about the source or destination. - - - - Exception threw when there is a problem - registering a component - - - - - Initializes a new instance of the class. - - The message. - - - - Initializes a new instance of the class. - - The object that holds the serialized object data. - The contextual information about the source or destination. - - - - Exception threw by Kernel operations that failed - for some reason. - - - - - Initializes a new instance of the class. - - The message. - - - - Initializes a new instance of the class. - - The message. - The inner exception. - - - - Initializes a new instance of the class. - - The object that holds the serialized object data. - The contextual information about the source or destination. - - - - Base class for facilities. - - - - - Unit of extension. A facility should use - the extension points offered by the kernel - to augment its functionality. - - - - - - - - - - - - - - - - - The custom initialization for the Facility. - - - It must be overridden. - - - - - Performs the tasks associated with freeing, releasing, or resetting - the facility resources. - - - It can be overriden. - - - - - Initializes the facility. First it performs the initialization common for all - facilities, setting the and the - . After it, the Init method is invoked - and the custom initilization is perfomed. - - - - - - - Terminates the Facility, invokes the method and sets - the Kernel to a null reference. - - - - - Gets the facility configuration. - - The representing - the facility configuration. - - - - Gets the where the facility is registered. - - The . - - - - Exception that is thrown when a error occurs during the Event Wiring process - - - - - Base exception to be used by facilities. - - - - - Initializes a new instance of the class. - - The message. - - - - Initializes a new instance of the class. - - The message. - The inner exception. - - - - Initializes a new instance of the class. - - The object that holds the serialized object data. - The contextual information about the source or destination. - - - - Facility to allow components to dynamically subscribe to events offered by - other components. We call the component that offers events publishers and - the components that uses them, subscribers. - - - A component that wish to subscribe to an event must use the external configuration - adding a node subscribers on the publisher. This node can have multiple entries using the - subscriber node. - - - This example shows two simple components: one is the event publisher and the other is the - subscriber. The subscription will be done by the facility, using the publisher associated configuration. - The Publisher class: - - public class SimplePublisher - { - public event PublishEventHandler Event; - - public void Trigger() - { - if (Event != null) - { - Event(this, new EventArgs()); - } - } - } - - The Subscriber class: - - public class SimpleListener - { - private bool _listened; - private object _sender; - - public void OnPublish(object sender, EventArgs e) - { - _sender = sender; - _listened = sender != null; - } - - public bool Listened - { - get { return _listened; } - } - - public object Sender - { - get { return _sender; } - } - } - - The configuration file: - - - - - - - - - - - - - - - - - - ]]> - - - - - - Overridden. Initializes the facility, subscribing to the , - , Kernel events. - - - - - Checks if the component we're dealing is a publisher. If it is, - parses the configuration (the subscribers node) getting the event wiring info. - - The component model. - Invalid and/or a error in the configuration - - - - Checks if the component we're dealing is a publisher. If it is, - iterates the subscribers starting them and wiring the events. - - The component model. - The instance representing the component. - When the subscriber is not found -
or
- The handler method isn't found -
or
- The event isn't found - - - - - Represents the information about an event. - - - - - Initializes a new instance of the class. - - Name of the event. - The name of the handler method. - - - - Serves as a hash function for a particular type. - - - A hash code for the current . - - - - - Determines whether the specified is equal to the current . - - The to compare with the current . - - true if the specified is equal to the current ; otherwise, false. - - - - - Gets the name of the event. - - The name of the event. - - - - Gets the handler method name. - - The handler. - - - - - - - - - Activates a object connecting to the remote server. - - - - - Initializes a new instance of the class. - - The model. - The kernel. - The oncreation event handler. - The ondestruction event handler. - - - - Activates a client connecting to the remote server, enforcing the uri and the server activation. - - - - - Initializes a new instance of the class. - - The model. - The kernel. - The oncreation event handler. - The ondestruction event handler. - - - - Activates a client connecting to the remote server through the . - - - - - Initializes a new instance of the class. - - The model. - The kernel. - The oncreation event handler. - The ondestruction event handler. - - - - Activates a client activated object. - - - - - Initializes a new instance of the class. - - The model. - The kernel. - The oncreation event handler. - The ondestruction event handler. - - - - Activates and publishes a server object. - - - - - Initializes a new instance of the class. - - The model. - The kernel. - The oncreation event handler. - The ondestruction event handler. - - - - Facility to allow the communication with remote kernel, using the .NET Remoting infrastructure. - - - TODO - - - TODO - - - - - Used for client side (Expand explanation) - - - - - Used for server side. - Holds the local registry - - - - - Used for client side. - Holds a remote proxy to the server registry - - - - - Performs the tasks associated with freeing, releasing, or resetting - the facility resources. - - - It can be overridden. - - - - - Inspects the model looking for remote component configuration. If found, - do the component Remoting configuration. - - - - - Initializes a new instance of the class. - - The converter. - if set to true is a server. - if set to true is a client. - The base URI. - The remote registry. - The local registry. - - - - Client components are not created by the container - so there's no point collecting constructor dependencies - - - - - - Used in case of generics: - - - - - - - This method changes behavior of the facility. Deferred mode should be used when you - have single call to and register all your components there. - Enabling this mode will optimize the behavior of the facility so that it will wait 'till the end of - installation and only after all s were ran it will instantiate and - start all the startable components. An exception will be thrown if a startable component can't be - instantiated and started. This will help you fail fast and diagnose issues quickly. If you don't want - the exception to be thrown and you prefer the component to fail silently, use method instead. - - - It is recommended to use this method over method. - - - - - This method changes behavior of the facility. Deferred mode should be used when you - have single call to and register all your components there. - Enabling this mode will optimize the behavior of the facility so that it will wait 'till the end of - installation and only after all s were ran it will instantiate and - start all the startable components. No exception will be thrown if a startable component can't be - instantiated and started. If you'd rather fail fast and diagnose issues quickly, use method instead. - - - It is recommended to use method over this method. - - - - - For each new component registered, - some components in the WaitingDependency - state may have became valid, so we check them - - - - - Request the component instance - - - - - - Assigns the start method for the startable. - - - The start method. - - Be sure that you first added the - to the kernel, before registering this component. - - - - Assigns the start method for the startable. - - - Method to use. something like: StartUsingMethod(s => s.Start) - - Be sure that you first added the - to the kernel, before registering this component. - - - - Assigns the stop method for the startable. - - - The stop method. - - Be sure that you first added the - to the kernel, before registering this component. - - - - Assigns the stop method for the startable. - - - Method to use. something like: StartUsingMethod(s => s.Start) - - Be sure that you first added the - to the kernel, before registering this component. - - - - Legacy class from old impl. of the facility. Do not use it. - - - - - Legacy interceptor for old impl. of the facility. - - - - - Interceptors might implement this to receive the - ComponentModel on behalf of the component where the - interceptor is acting. - - - - - Represents a single component to be resolved via Typed Factory - - - - - Resolves the component(s) from given kernel. - - - Resolved component(s). - - - - Represents a set of components to be resolved via Typed Factory. Uses to resolve the components. - - - - - Creates new instance of . - - Collection type to resolve. Must be an array (SomeComponent[]) or IEnumerable{SomeComponent}. Type of the element of the collection will be used as first argument to - Additional arguents that will be passed as second argument to - - - - Provides automatically generated factories on top of interfaces or delegates that - you can use to pull components out of the container without ever referencing it - explicitly. - - - - - Marks the component as typed factory. - - - - - - Only interfaces are legal to use as typed factories. Methods with out parameters are not allowed. - When registering component as typed factory no implementation should be provided (in case there is any it will be ignored). - Typed factories rely on set internally, so users should not set interceptor selectors explicitly; - otherwise the factory will not function correctly. - - - - - Marks the component as typed factory. - - - - - - - Only interfaces are legal to use as typed factories. Methods with out parameters are not allowed. - When registering component as typed factory no implementation should be provided (in case there is any it will be ignored). - Typed factories rely on set internally, so users should not set interceptor selectors explicitly; - otherwise the factory will not function correctly. - - - - - Redirects resolution to the main resolver, and if not found uses - the parent handler. - - - - - Initializes a new instance of the class. - - The parent handler. - The child resolver. - - - - Summary description for DefaultGenericHandler. - - - TODO: Consider refactoring AbstractHandler moving lifestylemanager - creation to DefaultHandler - - - - - Initializes a new instance of the class. - - - - - - Clone some of the parent componentmodel properties to the generic subhandler. - - - The following properties are copied: - - - The - - - The - - - - the subhandler - - - - Summary description for DefaultHandlerFactory. - - - - - Extension point to allow the developer - to use his implementation of - - - - - Summary description for HandlerException. - - - - - Initializes a new instance of the class. - - The message. - - - - Initializes a new instance of the class. - - The object that holds the serialized object data. - The contextual information about the source or destination. - - - - Possible states for a IHandler instance - - - - - The component can be requested - - - - - The component can not be requested - as it still depending on a external - dependency not yet available - - - - - - - - - - - - Represents a delegate which holds basic information about a component. - - Key which identifies the component - handler that holds this component and is capable of - creating an instance of it. - - - - - Represents a delegate which holds basic information about a component - and its instance. - - Component meta information - Component instance - - - - Represents a delegate which holds the information about the - component - - - - - Represents a delegate which holds a handler - - handler that holds a component and is capable of - creating an instance of it. - - - - - - Represents a delegate which holds dependency - resolving information. - - - - - Abstract representation of a vertex. - - - - - The nodes that depends on this node - - - - - The nodes that this node depends - - - - - The node has not been visited yet - - - - - This node is in the process of being visited - - - - - This now was visited - - - - - Represents a collection of objects - which are guaranteed to be unique - and holds a color for them - - - - - Holds a timestamp (integer) - for a given item - - - - - Summary description for DisposalConcern. - - - - - Summary description for InitializationConcern. - - - - - Lifetime concern that works for components that don't have their actual type determined upfront - - - - - Summary description for SupportInitializeConcern. - - - - - Only called for components that - belongs to a pool when the component - comes back to the pool. - - - - - Implementors should perform any - initialization/clean up. - - - - - Interface for components that wish to be started by the container - - - - - Starts this instance. - - - - - Stops this instance. - - - - - Summary description for PerThreadLifestyleManager. - - - - - - - - - - Implements a Poolable Lifestyle Manager. - - - - - Pool implementation contract. - - - - - Implementors should return a component instance. - - - - - - Implementors should release the instance or put it - on the pool - - - - - - Initializes the pool to a initial size by requesting - n components and then releasing them. - - - - - Summary description for SingletonLifestyleManager. - - - - - Summary description for TransientLifestyleManager. - - - - - Summary description for DefaultComponentModelBuilder. - - - - - Implementors must construct a populated - instance of ComponentModel by inspecting the component - and|or the configuration. - - - - - Constructs a new ComponentModel by invoking - the registered contributors. - - - - - - - - - - "To give or supply in common with others; give to a - common fund or for a common purpose". The contributor - should inspect the component, or even the configuration - associated with the component, to add or change information - in the model that can be used later. - - - - - Removes the specified contributor - - - - - - Initializes a new instance of the class. - - The kernel. - - - - Constructs a new ComponentModel by invoking - the registered contributors. - - - - - - - - - - "To give or supply in common with others; give to a - common fund or for a common purpose". The contributor - should inspect the component, or even the configuration - associated with the component, to add or change information - in the model that can be used later. - - - - - - Removes the specified contributor - - - - - - Initializes the default contributors. - - - - - Gets the contributors. - - The contributors. - - - - Inspects the component configuration and the type looking for a - definition of component activator type. The configuration preceeds whatever - is defined in the component. - - - This inspector is not guarantee to always set up an component activator type. - If nothing could be found it wont touch the model. In this case is up to - the kernel to establish a default component activator for components. - - - - - Searches for the component activator in the configuration and, if unsuccessful - look for the component activator attribute in the implementation type. - - The kernel instance - The model instance - - - - Reads the attribute "componentActivatorType" associated with the - component configuration and verifies it implements the - interface. - - - If the type does not implement the proper interface - - - - - - - Check if the type expose one of the component activator attributes - defined in Castle.Core namespace. - - - - - - Validates that the provide type implements IComponentActivator - - The custom component activator. - - - - Inspects the component configuration and type looking for information - that can influence the generation of a proxy for that component. - - We specifically look for useSingleInterfaceProxy and marshalByRefProxy - on the component configuration or the - attribute. - - - - - - Searches for proxy behavior in the configuration and, if unsuccessful - look for the attribute in - the implementation type. - - - - - Reads the proxy behavior associated with the - component configuration/type and applies it to the model. - - - If the conversion fails - - - - - - - Returns a instance if the type - uses the attribute. Otherwise returns null. - - - - - - Uses the ConfigurationStore registered in the kernel to obtain - an associated with the component. - - - - - Queries the kernel's ConfigurationStore for a configuration - associated with the component name. - - - - - - - Check for a node 'parameters' within the component - configuration. For each child it, a ParameterModel is created - and added to ComponentModel's Parameters collection - - - - - Inspect the configuration associated with the component - and populates the parameter model collection accordingly - - - - - - - This implementation of - collects all available constructors and populates them in the model - as candidates. The Kernel will pick up one of the candidates - according to a heuristic. - - - - - Only to hold internal constants and get rid of - magic numbers and hardcode names. - - - - - Inspect the component for InterceptorAttribute and - the configuration for the interceptors node - - - - - Inspects the type looking for interfaces that constitutes - lifecycle interfaces, defined in the Castle.Model namespace. - - - - - Checks if the type implements and or - interfaces. - - - - - - - Inspects the component configuration and the type looking for a - definition of lifestyle type. The configuration preceeds whatever - is defined in the component. - - - This inspector is not guarantee to always set up an lifestyle type. - If nothing could be found it wont touch the model. In this case is up to - the kernel to establish a default lifestyle for components. - - - - - Searches for the lifestyle in the configuration and, if unsuccessful - look for the lifestyle attribute in the implementation type. - - - - - Reads the attribute "lifestyle" associated with the - component configuration and tries to convert to - enum type. - - - - - Check if the type expose one of the lifestyle attributes - defined in Castle.Model namespace. - - - - - Base for inspectors that want configuration associated with methods. - For each child a is created - and added to ComponentModel's methods collection - - - Implementors should override the return - the name of the node to be inspected. For example: - - - - - ]]> - - - - - - This implementation of - collects all potential writable public properties exposed by the component - implementation and populates the model with them. - The Kernel might be able to set some of these properties when the component - is requested. - - - - - Initializes a new instance of the class. - - - - - Adds the properties as optional dependencies of this component. - - - - - - - Represents the collection of information and - meta information collected about a component. - - - - Extended properties - - - Dependencies the kernel must resolve - - - All available constructors - - - All potential properties that can be setted by the kernel - - - Steps of lifecycle - - - External parameters - - - Interceptors associated - - - /// Custom dependencies/// - - - - Constructs a ComponentModel - - - - - Requires the selected property dependencies. - - The property selector. - - - - Requires the property dependencies of type . - - The dependency type. - - - - Sets or returns the component key - - - - - Gets or sets the service exposed. - - The service. - - - - Gets or sets the component implementation. - - The implementation. - - - - Gets or sets a value indicating whether the component requires generic arguments. - - - true if generic arguments are required; otherwise, false. - - - - - Gets or sets the extended properties. - - The extended properties. - - - - Gets the constructors candidates. - - The constructors. - - - - Gets the properties set. - - The properties. - - - - Gets or sets the configuration. - - The configuration. - - - - Gets the lifecycle steps. - - The lifecycle steps. - - - - Gets or sets the lifestyle type. - - The type of the lifestyle. - - - - Gets or sets the strategy for - inspecting public properties - on the components - - - - - Gets or sets the custom lifestyle. - - The custom lifestyle. - - - - Gets or sets the custom component activator. - - The custom component activator. - - - - Gets the interceptors. - - The interceptors. - - - - Gets the parameter collection. - - The parameters. - - - - Dependencies are kept within constructors and - properties. Others dependencies must be - registered here, so the kernel (as a matter - of fact the handler) can check them - - - - - Gets the custom dependencies. - - The custom dependencies. - - - - Represents a constructor of the component - that the container can use to initialize it properly. - - - - - Initializes a new instance of the class. - - The constructor info. - The dependencies. - - - - Gets the ConstructorInfo (from reflection). - - The constructor. - - - - Gets the dependencies this constructor candidate exposes. - - The dependencies. - - - - Collection of - - - - - Gets the fewer arguments candidate. - - The fewer arguments candidate. - - - - Collection of . - - - - - Represents an reference to a Interceptor component. - - - - - Represents obtained just in time object. - - - - - - Resolves object referenced by this reference, optionally using provided . - If object is resolved from the kernel, the should be used to guard - against against cyclic dependencies. - - - - - - - - If the reference introduces dependency on a component, should return for that dependency, otherwise null. - - - - - - - Initializes a new instance of the class. - - The component key. - - - - Initializes a new instance of the class. - - Type of the service. - - - - Gets an for the component key. - - The component key. - The - - - - Gets an for the service. - - The service. - The - - - - Gets an for the service. - - The service type. - The - - - - Collection of - - - - - Adds the specified interceptor as the first. - - The interceptor. - - - - Adds the interceptor to the end of the interceptors list if it does not exist already. - - The interceptor reference. - - - - Adds the specified interceptor as the last. - - The interceptor. - - - - Inserts the specified interceptor at the specified index. - - The index. - The interceptor. - - - - Adds the specified item. - - The interceptor. - - - - Returns an enumerator that can iterate through a collection. - - - An - that can be used to iterate through the collection. - - - - - Gets a value indicating whether this instance has interceptors. - - - true if this instance has interceptors; otherwise, false. - - - - - Gets the number of - elements contained in the . - - - - - - Represents a collection of ordered lifecycle concerns. - - - - - Returns all concerns for the commission phase - - - - - - Returns all concerns for the decommission phase - - - - - - Gets a value indicating whether this instance has commission steps. - - - true if this instance has commission steps; otherwise, false. - - - - - Gets a value indicating whether this instance has decommission steps. - - - true if this instance has decommission steps; otherwise, false. - - - - - Represents meta information associated with a method - (not yet defined) - - - - - Initializes a new instance of the class. - - The config node. - - - - Gets the config node. - - The config node. - - - - Collection of - - - - - Gets the method info2 model. - - The method info2 model. - - - - Represents a parameter. Usually the parameter - comes from the external world, ie, an external configuration. - - - - - Initializes a new instance of the class. - - The name. - The value. - - - - Initializes a new instance of the class. - - The name. - The value. - - - - Gets the name. - - The name. - - - - Gets the value. - - The value. - - - - Gets the config value. - - The config value. - - - - Collection of - - - - - Adds the specified name. - - The name. - The value. - - - - Adds the specified name. - - The name. - The config node. - - - - Determines whether this collection contains the specified key. - - The key. - - true if yes; otherwise, false. - - - - - Adds the specified key. - - - Not implemented - - The key. - The value. - - - - Clears this instance. - - - Not implemented - - - - - Removes the specified key. - - The key. - - Not implemented - - - - - Copy the content to the specified array - - target array - target index - - Not implemented - - - - - Returns an enumerator that can iterate through a collection. - - - An - that can be used to iterate through the collection. - - - - - Gets the keys. - - The keys. - - Not implemented - - - - - Gets the values. - - The values. - - Not implemented - - - - - Gets a value indicating whether this instance is read only. - - - true if this instance is read only; otherwise, false. - - - - - Gets a value indicating whether this instance is fixed size. - - - true if this instance is fixed size; otherwise, false. - - - - - Gets the with the specified key. - - - - - - Gets the count. - - The count. - - - - Gets the sync root. - - The sync root. - - - - Gets a value indicating whether this instance is synchronized. - - - true if this instance is synchronized; otherwise, false. - - - - - Represents a property and the respective dependency. - - - - - Initializes a new instance of the class. - - The property info. - The dependency. - - - - Gets the property. - - The property. - - - - Gets the dependency. - - The dependency. - - - - Collection of - - - - - Finds a PropertySet the by PropertyInfo. - - The info. - - - - - Reference to component obtained from a container. - - - - - - Select the appropriate interceptors based on the application specific - business logic - - - - - Determine whatever the specified has interceptors. - The selector should only return true from this method if it has determined that is - a model that it would likely add interceptors to. - - The model - Whatever this selector is likely to add interceptors to the specified model - - - - Select the appropriate interceptor references. - The interceptor references aren't necessarily registered in the model.Intereceptors - - The model to select the interceptors for - The interceptors selected by previous selectors in the pipeline or if this is the first interceptor in the pipeline. - The interceptor for this model (in the current context) or a null reference - - If the selector is not interested in modifying the interceptors for this model, it - should return and the next selector in line would be executed. - If the selector wants no interceptors to be used it can either return null or empty array. - However next interceptor in line is free to override this choice. - - - - - Represents a reference to an existing object. - - - - - - Defines the contract used by the kernel - to obtain proxies for components. The implementor - must return a proxied instance that dispatch - the invocation to the registered interceptors in the model - - - - - Implementors must create a proxy based on - the information exposed by ComponentModel - - The kernel instance - The component model - The component instance to be proxy (only required in some cases) - array of parameters to the constructor (if any) - The creation context - proxy instance - - - - Implementor should check the component model - and determine if the caller must pass on the component - instance to the proxy - - The kernel instance - The component model - true if an instance must be passed to - - - - Add the selector to the list of selectors that can affect interceptor's decisions - in the container. - - - - - Determines whatever we need to create a proxy for this model - - - - - - - This is a placeholder implementation of . - - - The decision to supply no implementation for - is supported by the fact that the MicroKernel should be a thin - assembly with the minimal set of features, although extensible. - Providing the support for this interface would obligate - the user to import another assembly, even if the large majority of - simple cases, no use use of interceptors will take place. - If you want to use however, see the Windsor container. - - - - - Holds the keys used by the proxy factories. - - - - - Key used to supply custom proxy options. - - - - - Represents options to configure proxies. - - - - - Initializes a new instance of the class. - - - - - - Adds the additional interfaces to proxy. - - The interfaces. - - - - Adds the additional mix ins to integrate. - - The mix ins. - - - - Adds the additional mix in to integrate. - - The mix in. - - - - Equals the specified obj. - - The obj. - true if equal. - - - - Gets the hash code. - - - - - - Gets the additional interfaces to proxy. - - The interfaces. - - - - Determines if the proxied component can change targets. - - - - - Determines if the interface proxied component should inherit - from - - - - - Gets or sets the proxy hook. - - - - - Gets the mix ins to integrate. - - The interfaces. - - - - Determines if the proxied component uses a target. - - - - - Gets or sets the interceptor selector. - - - - - Determines if the proxied component should only include - the service interface. - - - - - Helper support for proxy configuration. - - - - - Obtains the associated with the . - - The component model. - true if the options should be created if not present. - The associated proxy options for the component model. - - - - Constructs the descriptor with name and value. - - The attribute name. - The attribute value. - - - - Constructs the descriptor with name. - - The component. - The attribute name. - - - - Builds the with value. - - The attribute value. - The - - - - Factory for creating objects. - - - - - Creates a component registration for the - - Type of the service. - The component registration. - - - - Creates a component registration for the - - Types of the service. - The component registration.B - - - - Creates a component registration for the - - Types of the service. - The component registration.B - - - - Creates a component registration for the service type. - - The service type. - The component registration. - - - - Create a component registration for an existing - - The component model. - The component registration. - - - - Determines if the component is a Castle component, that is - if it has a . - - true if the service is a Castle Component. - - This method is usually used as argument for method. - - - - - Creates a predicate to check if a component is in a namespace. - - The namespace. - true if the component type is in the namespace. - - - - Creates a predicate to check if a component is in a namespace. - - The namespace. - If set to true, will also include types from subnamespaces. - true if the component type is in the namespace. - - - - Creates a predicate to check if a component shares a namespace with another. - - The component type to test namespace against. - true if the component is in the same namespace. - - - - Creates a predicate to check if a component shares a namespace with another. - - The component type to test namespace against. - If set to true, will also include types from subnamespaces. - true if the component is in the same namespace. - - - - Creates a predicate to check if a component shares a namespace with another. - - The component type to test namespace against. - true if the component is in the same namespace. - - - - Creates a predicate to check if a component shares a namespace with another. - - The component type to test namespace against. - If set to true, will also include types from subnamespaces. - true if the component is in the same namespace. - - - - Determines if the component service is already registered. - - The kernel. - The component model. - true if the service is already registered. - - - - Creates a component registration for the service types. - - The primary service type. - The forwarded type. - The component registration. - - - - Creates a component registration for the service types. - - The primary service type. - The first forwarded type. - The second forwarded type. - The component registration. - - - - Creates a component registration for the service types. - - The primary service type. - The first forwarded type. - The second forwarded type. - The third forwarded type. - The component registration. - - - - Creates a component registration for the service types. - - The primary service type. - The first forwarded type. - The second forwarded type. - The third forwarded type. - The fourth forwarded type. - The component registration. - - - - Inserts a new named argument with given key. If an argument for this name already exists, it will be overwritten. - - - - - Inserts a new typed argument with given type. If an argument for this type already exists, it will be overwritten. - - - - - Inserts a new typed argument with given type. If an argument for this type already exists, it will be overwritten. - - - - - Inserts a set of typed arguments. Property names of the anonymous type will be used as key. - - - - - Inserts a set of typed arguments. Actual type of the arguments will be used as key. - - - - - Delegate to filter component registration. - - The kernel. - The component model. - true if accepted. - - - - Registration for a single type as a component with the kernel. - - You can create a new registration with the factory. - - The service type - - - - The contract for all registrations with the kernel. - - - - - Performs the registration in the . - - The kernel. - - - - Initializes a new instance of the class. - - - - - Initializes a new instance of the class - with an existing . - - - - - Marks the components with one or more actors. - - The component actors. - - - - - Set a custom which creates and destroys the component. - - - - - - Adds the attribute descriptor. - - The key. - The value. - - - - - Adds the descriptor. - - The descriptor. - - - - - Creates an attribute descriptor. - - The attribute key. - - - - - Apply more complex configuration to this component registration. - - The config nodes. - - - - - Apply more complex configuration to this component registration. - - The configuration . - - - - - Obsolete, use instead. - - The dependencies. - - - - - Obsolete, use instead. - - The dependencies. - - - - - Obsolete, use instead. - - The dependencies. - - - - - Specify custom dependencies using or . - - You can pass s to specify the components - this component should be resolved with. - - The dependencies. - - - - - Uses a dictionary of key/value pairs, to specify custom dependencies. - - Use to specify the components - this component should be resolved with. - - The dependencies. - - - - - Uses an (anonymous) object as a dictionary, to specify custom dependencies. - - Use to specify the components - this component should be resolved with. - - The dependencies. - - - - - Allows custom dependencies to by defined dyncamically. - - The delegate used for providing dynamic parameters. - - - - - Allows custom dependencies to by defined dynamically with releasing capability. - - The delegate used for providing dynamic parameters. - - - - - Allows custom dependencies to by defined dynamically with releasing capability. - - The delegate used for providing dynamic parameters. - - - Use when resolving components from in order to detect cycles. - - - - - Sets for this component. - - The extended properties. - - - - - Sets for this component. - - The extendend properties as key/value pairs. - - - - - Registers the service types on behalf of this component. - - The types to forward. - - - - - Registers the service types on behalf of this component. - - The forwarded type. - The component registration. - - - - Registers the service types on behalf of this component. - - The first forwarded type. - The second forwarded type. - The component registration. - - - - Registers the service types on behalf of this component. - - The first forwarded type. - The second forwarded type. - The third forwarded type. - The component registration. - - - - Registers the service types on behalf of this component. - - The first forwarded type. - The second forwarded type. - The third forwarded type. - The fourth forwarded type. - The component registration. - - - - Registers the service types on behalf of this component. - - The types to forward. - - - - - Assigns a conditional predication which must be satisfied. - - The component will only be registered into the kernel - if this predicate is satisfied (or not assigned at all). - - The predicate to satisfy. - - - - - Sets the concrete type that implements the service to . - - If not set, the will be used as the implementation for this component. - - The type that is the implementation for the service. - - - - - Sets the concrete type that implements the service to . - - If not set, the will be used as the implementation for this component. - - The type that is the implementation for the service. - - - - - Assigns an existing instance as the component for this registration. - - The component instance. - - - - - Set the interceptors for this component. - - The interceptors. - - - - - Set the interceptors for this component. - - The interceptors. - - - - - Set the interceptor for this component. - - - - - - Set the interceptor for this component. - - - - - - Set the interceptor for this component. - - - - - - Change the name of this registration. - This will be the key for the component in the kernel. - - If not set, the of the - will be used as the key to register the component. - - The name of this registration. - - - - - Stores a set of which will be invoked when the component - is created and before it's returned from the container. - - A set of actions to be executed right after the component is created and before it's returned from the container. - - - - With the overwrite. - - - - - - Set configuration parameters with string or values. - - The parameters. - - - - - Sets the interceptor selector for this component. - - - - - - - Sets the interceptor selector for this component. - - - - - - - Override (some of) the services that this component needs. - Use to create an override. - - Each key represents the service dependency of this component, for example the name of a constructor argument or a property. - The corresponding value is the key of an other component registered to the kernel, and is used to resolve the dependency. - - To specify dependencies which are not services, use - - The service overrides. - - - - - Override (some of) the services that this component needs, using a dictionary. - - Each key represents the service dependency of this component, for example the name of a constructor argument or a property. - The corresponding value is the key of an other component registered to the kernel, and is used to resolve the dependency. - - To specify dependencies which are not services, use - - The service overrides. - - - - - Override (some of) the services that this component needs, using an (anonymous) object as a dictionary. - - Each key represents the service dependency of this component, for example the name of a constructor argument or a property. - The corresponding value is the key of an other component registered to the kernel, and is used to resolve the dependency. - - To specify dependencies which are not services, use - - The service overrides. - - - - - Assigns a conditional predication which must not be satisfied. - - The component will only be registered into the kernel - if this predicate is not satisfied (or not assigned at all). - - The predicate not to satisfy. - - - - - Uses a factory to instantiate the component - - Factory type. This factory has to be registered in the kernel. - Implementation type. - Factory invocation - - - - - Uses a factory method to instantiate the component. - - Implementation type - Factory method - - - - - Uses a factory method to instantiate the component. - - Implementation type - Factory method - - - - - Uses a factory method to instantiate the component. - - Implementation type - Factory method - - - - - Uses a factory method to instantiate the component. - - Implementation type - Factory method - - - - - Registers this component with the . - - The kernel. - - - - Gets the forwarded service types on behalf of this component. - - Add more types to forward using . - - The types of the forwarded services. - - - - The concrete type that implements the service. - - To set the implementation, use . - - The implementation of the service. - - - - Set the lifestyle of this component. - For example singleton and transient (also known as 'factory'). - - The with lifestyle. - - - - The name of the component. Will become the key for the component in the kernel. - - To set the name, use . - - If not set, the of the - will be used as the key to register the component. - - The name. - - - - Set proxy for this component. - - The proxy. - - - - The type of the service, the same as . - - This is the first type passed to . - - The type of the service. - - - - A non-generic . - - You can create a new registration with the factory. - - - - - Represents a configuration child. - - - - - Applies the configuration node. - - The configuration. - - - - Represents a configuration attribute. - - - - - Applies the configuration node. - - The configuration. - - - - Create a with name. - - The attribute name. - The new - - - - Represents a named attribute. - - - - - Builds the with name/value. - - The attribute value. - The new - - - - Builds the with name/value. - - The attribute value. - The new - - - - Represents a configuration child. - - - - - Create a with name. - - The child name. - The new - - - - Represents a named child. - - - - - Builds the with name/value. - - The child value. - The new - - - - Builds the with name/value. - - The child value. - The new - - - - Builds the with name/config. - - The child configuration. - The new - - - - Builds the with name/config. - - The child nodes. - The new - - - - Applies the configuration node. - - The configuration. - - - - Represents a simple child node. - - - - - Applies the configuration node. - - The configuration. - - - - Represents a complex child node. - - - - - Applies the configuration node. - - The configuration. - - - - Represents a compound child node. - - - - - Applies the configuration node. - - The configuration. - - - - The contract to install components in the container. - - - - - Performs the installation in the . - - The container. - The configuration store. - - - - Adds the actions to ExtendedProperties. - - - - - - Sets the lifestyle to the specified . - - The type. - - - - - Assign a custom lifestyle type, that implements . - - Type of the custom lifestyle. - - - - - Assign a custom lifestyle type, that implements . - - The type of the custom lifestyle - - - - - Represents a configuration parameter. - - - - - Create a with key. - - The parameter key. - The new - - - - Gets the parameter key. - - - - - Gets the parameter value. - - - - - Gets the parameter configuration. - - - - - Represents a parameter key. - - - - - Builds the with key/value. - - The parameter value. - The new - - - - Builds the with key/config. - - The parameter configuration. - The new - - - - The parameter key name. - - - - - Represents a key/value pair. - - - - - Create a with key. - - The property key. - The new - - - - Create a with key. - - The property key. - The new - - - - Create a with key. - - The property key. - The new - - - - Gets the property key. - - - - - Gets the property value. - - - - - Represents a property key. - - - - - Builds the with key/value. - - The property value. - The new - - - - Builds a service override using other component registered with given as value for dependency with given . - - - - - - - Builds a service override using other component registered with given and no explicit name, as value for dependency with given . - - - - - - Builds a service override using other component registered with given and no explicit name, as value for dependency with given . - - - - - - The property key key. - - - - - Represents a service override. - - - - - Creates a with key. - - The service override key. - The new - - - - Creates a with key. - - The service override key. - The new - - - - Creates a with key. - - The service override key. - The new - - - - Gets the optional value type specifier. - - - - - Represents a service override key. - - - - - Builds the with key/value. - - The service override value. - The new - - - - Builds the with key/values. - - The service override values. - The new - - - - Builds the with key/values. - - The service override values. - The new - The value type. - - - - Builds the with key/values. - - The service override values. - The new - - - - Builds the with key/values. - - The service override values. - The new - The value type. - - - - Describes a set of components to register in the kernel. - - - - - Describes all the types based on basedOn. - - The base type. - - - - - Describes all the types based on type T. - - The base type. - - - - - Describes any types that are supplied. - - - - - - Prepares to register types from an assembly. - - The assembly name. - The corresponding - - - - Prepares to register types from an assembly. - - The assembly. - The corresponding - - - - Prepares to register types from an assembly containing the type. - - The type belonging to the assembly. - The corresponding - - - - Prepares to register types from an assembly containing the type. - - The type belonging to the assembly. - The corresponding - - - - Prepares to register types from the assembly containing the code invoking this method. - - The corresponding - - - - Prepares to register types from assemblies found in a given directory that meet additional optional restrictions. - - - - - - - Prepares to register types from a list of types. - - The list of types. - The corresponding - - - - Prepares to register types from a list of types. - - The list of types. - The corresponding - - - - Prepares to register types from a list of types. - - The list of types. - The corresponding - - - - Describes a related group of components to register in the kernel. - - - - - Prepares to register types from an assembly. - - The assembly name. - The corresponding - - - - Prepares to register types from an assembly. - - The assembly. - The corresponding - - - - Prepares to register types from a list of types. - - The list of types. - The corresponding - - - - Prepares to register types from a list of types. - - The list of types. - The corresponding - - - - Prepares to register types from a list of types. - - The list of types. - The corresponding - - - - Describes a configuration. - - - - - Initializes a new instance of the ConfigureDescriptor. - - The - The configuration action. - - - - Initializes a new instance of the ConfigureDescriptor. - - The - The base type to match. - The configuration action. - - - - Allows customized configurations of each matching type. - - The configuration action. - - - - - Allows customized configurations of each matching type. - - The configuration action. - - - - - Allows customized configurations of each matching type that is - assignable to . - - The type assignable from. - The configuration action. - - - - - Allows customized configurations of each matching type that is - assignable to . - - The type assignable from. - The configuration action. - - - - - Performs the component configuration. - - The component registration. - - - - Selects a set of types from an assembly. - - - - - Describes the source of types to register. - - - - - Allows a type to be registered multiple times. - - - - - Returns the descriptor for accepting a type. - - The base type. - The descriptor for the type. - - - - Returns the descriptor for accepting a type. - - The base type. - The descriptor for the type. - - - - Returns the descriptor for accepting any type from given solutions. - - - - - - Returns the descriptor for accepting a type based on a condition. - - The accepting condition. - The descriptor for the type. - - - - Selects an existing set of types to register. - - - - - Describes how to select a types service. - - - - - Uses the base type matched on. - - - - - - Uses the type itself. - - - - - - Uses all interfaces implemented by the type (or its base types) as well as their base interfaces. - - - - - - Uses all interfaces that have names matched by implementation type name. - Matches Foo to IFoo, SuperFooExtended to IFoo and IFooExtended etc - - - - - - Uses the first interface of a type. This method has non-deterministic behavior when type implements more than one interface! - - - - - - Uses to lookup the sub interface. - For example: if you have IService and - IProductService : ISomeInterface, IService, ISomeOtherInterface. - When you call FromInterface(typeof(IService)) then IProductService - will be used. Useful when you want to register _all_ your services - and but not want to specify all of them. - - - - - - - Uses base type to lookup the sub interface. - - - - - - Assigns a custom service selection strategy. - - - - - - - Assigns the supplied service types. - - - - - - - This is a workaround for a CLR bug in - which GetInterfaces() returns interfaces - with no implementations. - - Type of the service. - - - - - Delegate for custom registration configuration. - - The component registration. - Not used. - - - - Describes how to register a group of related types. - - - - - Initializes a new instance of the BasedOnDescriptor. - - - - - Allows a type to be registered multiple times. - - - - - Returns the descriptor for accepting a new type. - - The base type. - The descriptor for the type. - - - - Returns the descriptor for accepting a new type. - - The base type. - The descriptor for the type. - - - - Allows customized configurations of each matching type. - - The configuration action. - - - - - Allows customized configurations of each matching type. - - The configuration action. - - - - - Allows customized configurations of each matching type that is - assignable to - - . - - The type assignable from. - The configuration action. - - - - - Allows customized configurations of each matching type that is - assignable to - - . - - The type assignable from. - The configuration action. - - - - - Assigns a conditional predication which must be satisfied. - - The predicate to satisfy. - - - - - Assigns a conditional predication which must not be satisfied. - - The predicate not to satisify. - - - - - Returns the descriptor for accepting a type based on a condition. - - The accepting condition. - The descriptor for the type. - - - - Gets the type all types must be based on. - - - - - Gets the service descriptor. - - - - - Policy managing lifetime of components, and in particular their release process. - - - - - Only tracks components that have decommission steps - registered or have pooled lifestyle. - - - - - No tracking of component instances are made. - - - - - Default implementation for . - This implementation is quite simple, but still should be useful - for 99% of situations. - - - - - Implementors should use a strategy to obtain - valid references to properties and/or services - requested in the dependency model. - - - - - This method is called with a delegate for firing the - IKernelEvents.DependencyResolving event. - - kernel - The delegate used to fire the event - - - - Registers a sub resolver instance - - The subresolver instance - - - - Unregisters a sub resolver instance previously registered - - The subresolver instance - - - - Initializes this instance with the specified dependency delegate. - - kernel - The dependency delegate. - - - - Registers a sub resolver instance - - The subresolver instance - - - - Unregisters a sub resolver instance previously registered - - The subresolver instance - - - - Returns true if the resolver is able to satisfy the specified dependency. - - Creation context, which is a resolver itself - Parent resolver - Model of the component that is requesting the dependency - The dependency model - - true - if the dependency can be satisfied - - - - Try to resolve the dependency by checking the parameters in - the model or checking the Kernel for the requested service. - - - The dependency resolver has the following precedence order: - - - The dependency is checked within the - - - - - The dependency is checked within the - - instance for the component - - - The dependency is checked within the registered - - s - - - Finally the resolver tries the normal flow - which is using the configuration - or other component to satisfy the dependency - - - - Creation context, which is a resolver itself - Parent resolver - Model of the component that is requesting the dependency - The dependency model - The dependency resolved value or null - - - - Extracts the component name from the a ref strings which is - ${something} - - - - - - - - This method rebuild the context for the parameter type. - Naive implementation. - - - - - Summary description for DependencyResolverException. - - - - - Initializes a new instance of the class. - - The message. - The inner exception. - - - - Initializes a new instance of the class. - - The message. - - - - Initializes a new instance of the class. - - The object that holds the serialized object data. - The contextual information about the source or destination. - - - - Handle dependencies of services in the format of typed arrays. - - - This is a complimentary implementation - that is capable of satisfying dependencies of services as typed arrays. - - Note that it will take precedence over service override for arrays defined - on the configuration. - - - - In order to install the resolver: - - var kernel = new DefaultKernel(); - kernel.Resolver.AddSubResolver(new ArrayResolver(kernel)); - - - - To use it, assuming that IService is on the container: - - - - public class Component - { - public Component(IService[] services) - { - } - } - - - - - - More generic alternative to and . - It supports arrays as well as any generic interface type assignable from arrays. - - - The collection instance that is provided is read only, even for interfaces like - - - - - Handle dependencies of services in the format of generic IList. - - - This is a complimentary implementation - that is capable of satisfying dependencies of services generic IList. - - Note that it will take precedence over service override for lists defined - on the configuration. - - - - In order to install the resolver: - - var kernel = new DefaultKernel(); - kernel.Resolver.AddSubResolver(new ListResolver(kernel)); - - - - To use it, assuming that IService is on the container: - - - - public class Component - { - public Component(IList<IService> services) - { - } - } - - - - - - A subsystem is used by the MicroKernel to deal - with a specific concern. - - - - - Initializes the subsystem - - - - - - Should perform the termination - of the subsystem instance. - - - - - This implementation of - does not try to obtain an external configuration by any means. - Its only purpose is to serve as a base class for subclasses - that might obtain the configuration node from anywhere. - - - - - The contract used by the kernel to obtain - external configuration for the components and - facilities. - - - - - Associates a configuration node with a facility key - - item key - Configuration node - - - - Associates a configuration node with a component key - - item key - Configuration node - - - - Associates a configuration node with a bootstrap component key - - item key - Configuration node - - - - Adds the child container configuration. - - The container's name. - The config. - - - - Returns the configuration node associated with - the specified child container key. Should return null - if no association exists. - - item key - - - - - Returns the configuration node associated with - the specified facility key. Should return null - if no association exists. - - item key - - - - - Returns the configuration node associated with - the specified component key. Should return null - if no association exists. - - item key - - - - - Returns the configuration node associated with - the specified component key. Should return null - if no association exists. - - item key - - - - - Returns all configuration nodes for facilities - - - - - - Returns all configuration nodes for components - - - - - - Returns all configuration nodes for installers - - - - - - Returns all configuration nodes for bootstrap components - - - - - - Gets the child containers configuration nodes. - - - - - - - - - - - - - - Initializes a new instance of the class. - - - - - Associates a configuration node with a facility key - - item key - Configuration node - - - - Associates a configuration node with a component key - - item key - Configuration node - - - - Associates a configuration node with a bootstrap component key - - - - - Adds the child container configuration. - - The key. - The config. - - - - Returns the configuration node associated with - the specified facility key. Should return null - if no association exists. - - item key - - - - - Returns the configuration node associated with - the specified child container key. Should return null - if no association exists. - - item key - - - - - Returns the configuration node associated with - the specified component key. Should return null - if no association exists. - - item key - - - - - Returns the configuration node associated with - the specified component key. Should return null - if no association exists. - - - - - - - Returns all configuration nodes for facilities - - - - - - Returns all configuration nodes for bootstrap components - - - - - - Returns all configuration nodes for child containers - - - - - - Returns all configuration nodes for components - - - - - - Base implementation of - - - - - Implements a conversion logic to a type of a - set of types. - - - - - Returns true if this instance of ITypeConverter - is able to handle the specified type. - - - - - - - Returns true if this instance of ITypeConverter - is able to handle the specified type with the specified - configuration - - - - - - - - Should perform the conversion from the - string representation specified to the type - specified. - - - - - - - - Should perform the conversion from the - configuration node specified to the type - specified. - - - - - - - - Returns true if this instance of ITypeConverter - is able to handle the specified type with the specified - configuration - - - - - - The default behavior is to just pass it to the normal CanHadnleType - peeking into the configuration is used for some advanced functionality - - - - - Summary description for ConverterException. - - - - - Initializes a new instance of the class. - - The message. - - - - Initializes a new instance of the class. - - The message. - The inner exception. - - - - Initializes a new instance of the class. - - The object that holds the serialized object data. - The contextual information about the source or destination. - - - - Looks for a on the type to be converted. - If found, the TypeConverter defined by the attribute is used to perform the conversion. - - - - - Marker interface that signals that a converter - depends on IKernel to be able to perform - the conversion. - - - - - Attempts to utilize an existing for conversion - - - - - Creates the target type instance. - - The type. - The configuration. - - - - - Chooses the first non default constructor. Throws an exception if more than - one non default constructor is found - - - The chosen constructor, or null if none was found - - - - Converts the constructor parameters. - - The constructor. - The configuration. - - - - - Converts the property values. - - The instance. - The type. - The configuration. - - - - Finds the child (case insensitive). - - The config. - The name. - - - - - Gets the conversion manager. - - The conversion manager. - - - - Converts a string representation to an enum value - - - - - Initializes a new instance of the class. - - - - - This interface is needed because we want to isolate ourself from - the generic parameters, so we can work type safe inside the implementations, - and still call from non generic types outside. - - - - - Implements all standard conversions. - - - - - Convert a type name to a Type instance. - - - - - Declares a type as being convertible by a and optionally defines the converter to be used - - - - - Defines the to be used to convert the type - - - - - Defines the to be used to convert the type - - - - - - Composition of all available conversion managers - - - - - Establish a composition interface and a subsystem. - Implementors should delegate the conversion to - a instance of a type converter. - - - - - Register a type converter instance. - - - - - - Method finds the next biggest node - It assumes Add puts lesser nodes on the right - - - - Node's left - - - Node's right - - - Node's parent - - - DA Linked List - - - - Creates a ComponentName using a name pattern like - "service:key=value,key2=value2" - - Complete name - - - - Creates a ComponentName with specified service and - properties. - - Service name - Property list. - - - - Serialization constructor. - - - - - - - Parses the full name extracting the service and properties. - - Full name. - - - - Sets up the service. Can be empty but can't be null. - - - - - - Parses and validate a properties list string like - "key=value,key2=value2" and so on. - - Property list. - - - - Validates a properties IDictionary. - - Property list. - - - - Default implementation. - Keeps services map as a simple hash table. - Keeps key map as a list dictionary to maintain order. - Does not support a query string. - - - - - Contract for SubSystem that wishes to keep and coordinate - component registration. - - - - - Register a new component resolver that can take part in the decision - making about which handler to resolve - - - - - Returns true if there is a component registered - for the specified key - - - - - - - Returns true if there is a component registered - for the specified service - - - - - - - Return s where components are compatible - with the specified service. - - - - - - - Returns the associated with - the specified key. - - - - - - - Returns the associated with - the specified service. - - - - - Returns the associated with - the specified key with the service type. - - It is expected that this will be used mainly to resolve a generic service - by its key. - - - - - - Returns an array of that - satisfies the specified query. - - - - - - - Returns an array of associated with - the specified service. - - - - - - - Returns all registered. - - - - - - List of handler by key - - - - - List of handler by service - - - - - Implementors should register the key and service pointing - to the specified handler - - - - - - - Unregister the handler by the given key - - - - - - Unregister the handler by the given service - - - - - - Returns the number of components registered. - - - - - Associates a with - the specified service - - - - - Associates a with - the specified key - - - - - Map(String, IHandler) to map component keys - to - Items in this dictionary are sorted in insertion order. - - - - - Map(Type, IHandler) to map a service - to . - If there is more than a single service of the type, only the first - registered services is stored in this dictionary. - It serve as a fast lookup for the common case of having a single handler for - a type. - - - - - Initializes a new instance of the class. - - - - - Implementors of this interface allow to extend the way the container perform - component resolution based on some application specific business logic. - - - This is the sibling interface to . - This is dealing strictly with root components, while the is dealing with - dependent components. - - - - - Whatever the selector has an opinion about resolving a component with the - specified service and key. - - The service key - can be null - The service interface that we want to resolve - - - - Select the appropriate handler from the list of defined handlers. - The returned handler should be a member from the array. - - The service key - can be null - The service interface that we want to resolve - The defined handlers - The selected handler, or null - - - - When requesting a component by service, KeySearchNamingSubSystem first - determines if more than one component has been registered for that service. - If not, Default resolution occurs. If so, all of the registered keys for - that service are processed through the provided Predicate to determine which - key to use for service resolution. If no Predicate matches, the default - resolution occurs. - - - - - Initializes a new instance of the class. - - - - - Initializes a new instance of the class. - - The key predicate. - - - - Registers the given handler with the give key. - - The key. - The handler. - - - - Unregisters the handler associated with the given key - - The key. - - - - Unregisters the handler associated with the given service - - The service. - - - - Executes the Predicate against all keys for the registered service to - determine which component to return. - - The service. - - - - - Alternative implementation. - Extends the default implementation replacing the - key support with a more complete ComponentName. Supports - queries. - - - The user must register components using the following construction - - service:properties - - Where properties is a list of key value pairs (comma separated). Example: - - protocol:secure=true,version=1.2 - - The user can then query for components using the same construction: - - protocol:secure=true - - Or to return all: - - protocol:* - - - - - - Pendent - - - - - An implementation of a should - be able to return instances of - for a given resource identifier. - - - - - Holds the keys used by Kernel to register/request - a subsystem. - - - - - Key used for the configuration store subsystem - - - - - Key used for the conversion manager - - - - - Key used for the naming subsystem - - - - - Key used for the resource subsystem - - - - - Compares if the reference of two objects are equals. - - - - - Summary description for ReferenceExpressionUtil. - - - - - Integrates the to the System.ComponentModel - and System.ComponentMode.Design infrastructure. - - - - - - - - This interface should be implemented by classes - that are available in a bigger context, exposing - the container to different areas in the same application. - - For example, in Web application, the (global) HttpApplication - subclasses should implement this interface to expose - the configured container - - - - - - Custom activator to create the instance on demand. - - - - - Implementation of . - Do not support configuration inheritance. - - - - - Interpreter of a specific language to describe - configuration nodes in a hierarchical manner. - - - - - Should obtain the contents from the resource, - interpret it and populate the - accordingly. - - - - - - - Gets or sets the name of the environment. - - The name of the environment. - - - - Exposes the reference to - which the interpreter is likely to hold - - - - - Provides common methods for those who wants - to implement - - - - - Should obtain the contents from the resource, - interpret it and populate the - accordingly. - - - - - - - Exposes the reference to - which the interpreter is likely to hold - - - - - - Gets or sets the name of the environment. - - The name of the environment. - - - - Reads the configuration from a XmlFile. Sample structure: - - <configuration> - <facilities> - <facility id="myfacility"> - - </facility> - </facilities> - - <components> - <component id="component1"> - - </component> - </components> - </configuration> - - - - - - Initializes a new instance of the class. - - - - - Initializes a new instance of the class. - - The filename. - - - - Initializes a new instance of the class. - - The source. - - - - Gets or sets the kernel. - - The kernel. - - - - Initializes a new instance of the class. - - Name of the environment. - - - - Initializes a new instance of the class. - - Name of the environment. - The resource sub system. - - - - Processes the element. - - The element. - - - - - Processes the element. - - The element. - - - - - Make a shallow copy of the nodeList. - - The nodeList to be copied. - - - - - Accepts the specified node. - Check if node has the same name as the processor and the node.NodeType - is in the AcceptNodeTypes List - - The node. - - - - - Convert and return child parameter into an XmlElement - An exception will be throw in case the child node cannot be converted - - Parent node - Node to be converted - child node as XmlElement - - - - - - - - - - - - attributeValue - - propertyValue - - - - - - - Processes the specified node list. - - The node list. - The engine. - - - - Processes element attributes. - if the attribute is include will append to the element - all contents from the file. - if the attribute has a property reference the reference will be - expanded - - The element. - - - - - Properties names can contain a-zA-Z0-9_. - i.e. #!{ my_node_name } || #{ my.node.name } - spaces are trimmed - - - - - Processes the string. - - The node. - The value. - The context. - - - - Accepts the specified node. - Check if node has the same name as the processor and the node.NodeType - is in the AcceptNodeTypes List - NOTE: since the BatchRegistrationFacility already uses an include - element we will distinguish between both by looking for the presence of an uri attribute - we should revisit this later by using xml-namespaces - - The node. - - - - - - - - - - - - - attributeValue - - propertyValue - - - - - - - Pendent - - - - - Initializes a new instance of the class. - - - - - Initializes a new instance of the class. - - Name of the environment. - The resource sub system. - - - - Initializes a new instance of the class. - - - - - Gets the environment information (name). Implementors should - use to define their environments and how those affect the configuration. - - - - - Gets the name of the environment. - - - - - - Installs all the components from the App.Config file. - - - - - - Installs all the component from the xml configuration file. - - The xml configuration file. - - - - - Installs all the component from the xml configuration. - - The xml configuration resource. - - - - - Delegate to provide environment name. - - The environment name. - - - - Initializes a new instance of the ConfigurationInstaller class. - - - - - Sets the configuration environment name. - - The environment name. - - - - - Set the configuration environment strategy. - - The environment strategy. - - - - - Default implementation. - - - - - Installs the components and facilities based on the - information on the configuration store. - - - - - Perform installation. - - Target container - Configuration store - - - - Perform installation. - - Target container - Configuration store - - - - Scans the assembly containing specified type for types implementing , instantiates them and returns so that can install them. - - - - - - Scans the assembly containing specified type for types implementing , instantiates using given and returns so that can install them. - - - - - - Scans the assembly containing specified type for types implementing , instantiates them and returns so that can install them. - - - - - - Scans the assembly containing specified type for types implementing , instantiates using given and returns so that can install them. - - - - - - Scans the specified assembly with specified name for types implementing , instantiates them and returns so that can install them. - - - - - - Scans the specified assembly with specified name for types implementing , instantiates using given and returns so that can install them. - - - - - - Scans the assembly with specified name for types implementing , instantiates them and returns so that can install them. - - - - - - Scans the assembly with specified name for types implementing , instantiates using given and returns so that can install them. - - - - - - Scans assembly that contains code calling this method for types implementing , - instantiates them and returns so that can install them. - - - - - - Scans assembly that contains code calling this method for types implementing , instantiates using given and returns so that can install them. - - - - - - Scans assemblies in directory specified by for types implementing , instantiates and returns so that can install them. - - - - - - - Scans assemblies in directory specified by for types implementing , instantiates using given and returns so that can install them. - - - - - - - - Helper class used by to filter/order and instantiate implementations - - - - - Performs custom instantiation of given - - - Default implementation uses public parameterless constructor to create the instance. - - - - - Performs custom filtering/ordering of given set of types. - - Set of concrete class types implementing interface. - Transformed . - Default implementation simply returns types passed into it. - - - - The IWindsorContainer interface exposes all the - functionality the Windsor implements. - - - - - Registers a subcontainer. The components exposed - by this container will be accessible from subcontainers. - - - - - - Registers a facility within the container. - - The key by which the gets indexed. - The to add to the container. - - - - Creates and adds an facility to the container. - - The facility type. - - - - - - Creates and adds an facility to the container. - - The facility type. - - The callback for creation. - - - - - Creates and adds an facility to the container. - - The facility type. - - The callback for creation. - - - - - Creates and adds an facility to the container. - - The facility type. - - - - - Creates and adds an facility to the container. - - The facility type. - The callback for creation. - - - - - Creates and adds an facility to the container. - - The facility type. - The callback for creation. - - - - - Gets a child container instance by name. - - The container's name. - The child container instance or null - - - - Installs the components provided by the s - with the . - The component installers. - The container. - - - - - Registers the components provided by the s - with the . - - Create a new registration using .For() or . - - - - container.Register(Component.For<IService>().ImplementedBy<DefaultService>()); - - - The component registrations. - The container. - - - - Releases a component instance - - - - - - Remove a child container - - - - - - Returns a component instance by the key - - - - - - - - Returns a component instance by the key - - - - - - - - Returns a component instance by the key - - - - - - - - Returns a component instance by the service - - - - - - - Returns a component instance by the service - - - - - - - - Returns a component instance by the service - - - - - - - - Returns a component instance by the service - - Service type - The component instance - - - - Returns a component instance by the service - - Service type - - The component instance - - - - Returns a component instance by the service - - Service type - - The component instance - - - - Returns a component instance by the key - - Component's key - Service type - The Component instance - - - - Returns a component instance by the key - - Service type - Component's key - - The Component instance - - - - Returns a component instance by the key - - Service type - Component's key - - The Component instance - - - - Returns a component instance by the key - - - - - - - - - Returns a component instance by the key - - - - - - - - - Resolve all valid components that match this type. - - The service type - - - - Resolve all valid components that match this service - the service to match - - - - - Resolve all valid components that match this service - the service to match - Arguments to resolve the service - - - - - Resolve all valid components that match this service - the service to match - Arguments to resolve the service - - - - - Resolve all valid components that match this type. - The service type - Arguments to resolve the service - - - - - Resolve all valid components that match this type. - The service type - Arguments to resolve the service - - - - - Returns the inner instance of the MicroKernel - - - - - Gets the container's name - - - Only useful when child containers are being used - - The container's name. - - - - Gets or sets the parent container if this instance - is a sub container. - - - - - Obtains the interceptors associated with the component. - - The kernel instance - The component model - The creation context - interceptors array - - - - This implementation of relies - on DynamicProxy to expose proxy capabilities. - - - Note that only virtual methods can be intercepted in a - concrete class. However, if the component - was registered with a service interface, we proxy - the interface and the methods don't need to be virtual, - - - - - Constructs a DefaultProxyFactory - - - - - Creates the proxy for the supplied component. - - The kernel. - The target. - The model. - The constructor arguments. - The creation context - The component proxy. - - - - Determines if the component requires a target instance for proxying. - - The kernel. - The model. - true if an instance is required. - - - - Implementation of - which delegates to implementation. - - - - - Constructs a container without any external - configuration reference - - - - - Constructs a container using the specified - implementation. - - The instance of an implementation. - - - - Constructs a container using the specified - implementation. - - The instance of an implementation. - - - - Initializes a new instance of the class. - - The interpreter. - The environment info. - - - - Initializes a new instance of the class using a - xml file to configure it. - - Equivalent to the use of new WindsorContainer(new XmlInterpreter(xmlFile)) - - - The XML file. - - - - Constructs a container using the specified - implementation. Rarely used. - - - This constructs sets the Kernel.ProxyFactory property to - Proxy.DefaultProxyFactory - - Kernel instance - Installer instance - - - - Constructs a container using the specified - implementation. Rarely used. - - - This constructs sets the Kernel.ProxyFactory property to - Proxy.DefaultProxyFactory - - Container's name - Kernel instance - Installer instance - - - - Constructs with a given . - - A instance of an . - - - - Constructs a container assigning a parent container - before starting the dependency resolution. - - The instance of an - The instance of an implementation - - - - Initializes a new instance of the class. - - The container's name. - The parent. - The interpreter. - - - - Executes Dispose on underlying - - - - - Gets the service object of the specified type. - - - A service object of type serviceType. - - An object that specifies the type of service object to get. - - - - Gets the service object of the specified type. - - - A service object of type serviceType. - - - - - Registers a subcontainer. The components exposed - by this container will be accessible from subcontainers. - - - - - - Registers a facility within the kernel. - - - - - - - Creates and adds an facility to the container. - - The facility type. - - - - - - Creates and adds an facility to the container. - - The facility type. - - The callback for creation. - - - - - Creates and adds an facility to the container. - - The facility type. - - The callback for creation. - - - - - Creates and adds an facility to the container. - - The facility type. - - - - - Creates and adds an facility to the container. - - The facility type. - The callback for creation. - - - - - Creates and adds an facility to the container. - - The facility type. - The callback for creation. - - - - - Gets a child container instance by name. - - The container's name. - The child container instance or null - - - - Installs the components provided by the s - with the . - The component installers. - The container. - - - - - Registers the components described by the s - with the . - The component registrations. - The container. - - - - - Releases a component instance - - - - - - Removes (unregisters) a subcontainer. The components exposed by this container - will no longer be accessible to the child container. - - - - - - Returns a component instance by the service - - - - - - - - Returns a component instance by the service - - - - - - - - Returns a component instance by the key - - - - - - - - Returns a component instance by the key - - - - - - - - Returns a component instance by the service - - - - - - - Returns a component instance by the key - - - - - - - - Returns a component instance by the key - - - - - - - - - Returns a component instance by the key - - - - - - - - - Returns a component instance by the service - - - - - - - - Returns a component instance by the service - - - - - - - - Returns a component instance by the key - - - - - - - - Returns a component instance by the key - - - - - - - - Returns a component instance by the service - - - - - - - Returns a component instance by the key - - - - - - - Resolve all valid components that match this type. - - The service type - - - - Resolve all valid components that match this type. - The service type - Arguments to resolve the service - - - - - Resolve all valid components that match this type. - The service type - Arguments to resolve the service - - - - - Returns the inner instance of the MicroKernel - - - - - Gets the container's name - - - Only useful when child containers are being used - - The container's name. - - - - Gets or sets the parent container if this instance - is a sub container. - - - - - Implementation of that assumes ownership of the - wrapped . If this adapter is disposed, the underlying - is diposed as well. - - - - - Implementation of that does not assume ownership of the - wrapped . - - - - - Constructs an initial ContainerWrapper. - - The to adapt. - - - - Constructs an initial ContainerWrapper. - - The to adapt. - The parent . - - - - Adds the specified to the at the end of the list. - - The to add. - - - - Adds the specified to the at the end of the list, - and assigns a name to the component. - - The to add. - The unique, case-insensitive name to assign to the component, or null. - - - - Removes a component from the . - - The to remove - - - - Gets the service object of the specified type. - - The type of service. - An object implementing service, or null. - - - - Adds the specified service to the service container. - - The type of service to add. - The instance of the service to add. - - - - Adds the specified service to the service container. - - The type of service to add. - A callback object that is used to create the service. - - - - Adds the specified service to the service container, and optionally - promotes the service to any parent service containers. - - The type of service to add. - The instance of the service to add. - true to promote this request to any parent service containers. - - - - Adds the specified service to the service container, and optionally - promotes the service to parent service containers. - - The type of service to add. - A callback object that is used to create the service. - true to promote this request to any parent service containers. - - - - Removes the specified service type from the service container. - - The type of service to remove. - - - - Removes the specified service type from the service container, - and optionally promotes the service to parent service containers. - - The type of service to remove. - true to promote this request to any parent service containers. - - - - Determines if the service type represents an intrinsic service. - - The type of service to remove. - true if the service type is an intrinsic service. - - - - Determines if the specified service type exists in the service container. - - The type of service to remove. - true if the service type exists. - - - - Releases the resources used by the component. - - - - - Releases the resources used by the component. - - true if disposing. - - - - Gets or sets the associated with the . - - - - - Event that notifies the disposal of the . - - - - - Gets all the components in the . - - - - - Gets the adapted - - - - - Constructs a default ContainerAdapter. - - - - - Constructs a chained ContainerAdapter. - - The parent . - - - - Constructs an initial ContainerAdapter. - - The to adapt. - - - - Constructs an initial ContainerAdapter. - - The to adapt. - The parent . - - - diff --git a/win/CS/libraries/caliburn/Castle.Windsor.dll b/win/CS/libraries/caliburn/Castle.Windsor.dll deleted file mode 100644 index f617c47e9..000000000 Binary files a/win/CS/libraries/caliburn/Castle.Windsor.dll and /dev/null differ -- cgit v1.2.3