Code:
/ Net / Net / 3.5.50727.3053 / DEVDIV / depot / DevDiv / releases / whidbey / netfxsp / ndp / fx / src / CompMod / System / Diagnostics / TraceInternal.cs / 1 / TraceInternal.cs
//------------------------------------------------------------------------------ //// Copyright (c) Microsoft Corporation. All rights reserved. // //----------------------------------------------------------------------------- namespace System.Diagnostics { using System.Threading; using System.IO; using System.Security.Permissions; using System.Collections; internal static class TraceInternal { private static TraceEventCache eventCache = null; private static string appName = null; static TraceListenerCollection listeners; static bool autoFlush; static bool useGlobalLock; [ThreadStatic] static int indentLevel; static int indentSize; static bool settingsInitialized; static bool defaultInitialized; // this is internal so TraceSource can use it. We want to lock on the same object because both TraceInternal and // TraceSource could be writing to the same listeners at the same time. internal static readonly object critSec = new object(); public static TraceListenerCollection Listeners { get { InitializeSettings(); if (listeners == null) { lock (critSec) { if (listeners == null) { // We only need to check that the main section exists. Everything else will get // created for us if it doesn't exist already. SystemDiagnosticsSection configSectionSav = DiagnosticsConfiguration.SystemDiagnosticsSection; if (configSectionSav != null) { listeners = configSectionSav.Trace.Listeners.GetRuntimeObject(); } else { // If machine.config was deleted the code will get to here // supply at least something to prevent the world from coming to // an abrupt end. listeners = new TraceListenerCollection(); TraceListener defaultListener = new DefaultTraceListener(); defaultListener.IndentLevel = indentLevel; defaultListener.IndentSize = indentSize; listeners.Add(defaultListener); } } } } return listeners; } } internal static string AppName { get { if (appName == null) { new EnvironmentPermission(EnvironmentPermissionAccess.Read, "Path").Assert(); appName = Path.GetFileName(Environment.GetCommandLineArgs()[0]); } return appName; } } public static bool AutoFlush { get { InitializeSettings(); return autoFlush; } set { InitializeSettings(); autoFlush = value; } } public static bool UseGlobalLock { get { InitializeSettings(); return useGlobalLock; } set { InitializeSettings(); useGlobalLock = value; } } internal static TraceEventCache EventCache { get { if (eventCache == null) eventCache= new TraceEventCache(); return eventCache; } } public static int IndentLevel { get { return indentLevel; } set { // Use global lock lock (critSec) { // We don't want to throw here -- it is very bad form to have debug or trace // code throw exceptions! if (value < 0) { value = 0; } indentLevel = value; if (listeners != null) { foreach (TraceListener listener in Listeners) { listener.IndentLevel = indentLevel; } } } } } public static int IndentSize { get { InitializeSettings(); return indentSize; } set { InitializeSettings(); SetIndentSize(value); } } static void SetIndentSize(int value) { // Use global lock lock (critSec) { // We don't want to throw here -- it is very bad form to have debug or trace // code throw exceptions! if (value < 0) { value = 0; } indentSize = value; if (listeners != null) { foreach (TraceListener listener in Listeners) { listener.IndentSize = indentSize; } } } } public static void Indent() { // Use global lock lock (critSec) { InitializeSettings(); if (indentLevel < Int32.MaxValue) { indentLevel++; } foreach (TraceListener listener in Listeners) { listener.IndentLevel = indentLevel; } } } public static void Unindent() { // Use global lock lock (critSec) { InitializeSettings(); if (indentLevel > 0) { indentLevel--; } foreach (TraceListener listener in Listeners) { listener.IndentLevel = indentLevel; } } } public static void Flush() { if (listeners != null) { if (UseGlobalLock) { lock (critSec) { foreach (TraceListener listener in Listeners) { listener.Flush(); } } } else { foreach (TraceListener listener in Listeners) { if (!listener.IsThreadSafe) { lock (listener) { listener.Flush(); } } else { listener.Flush(); } } } } } public static void Close() { if (listeners != null) { // Use global lock lock (critSec) { foreach (TraceListener listener in Listeners) { listener.Close(); } } } } public static void Assert(bool condition) { if (condition) return; Fail(string.Empty); } public static void Assert(bool condition, string message) { if (condition) return; Fail(message); } public static void Assert(bool condition, string message, string detailMessage) { if (condition) return; Fail(message, detailMessage); } public static void Fail(string message) { if (UseGlobalLock) { lock (critSec) { foreach (TraceListener listener in Listeners) { listener.Fail(message); if (AutoFlush) listener.Flush(); } } } else { foreach (TraceListener listener in Listeners) { if (!listener.IsThreadSafe) { lock (listener) { listener.Fail(message); if (AutoFlush) listener.Flush(); } } else { listener.Fail(message); if (AutoFlush) listener.Flush(); } } } } public static void Fail(string message, string detailMessage) { if (UseGlobalLock) { lock (critSec) { foreach (TraceListener listener in Listeners) { listener.Fail(message, detailMessage); if (AutoFlush) listener.Flush(); } } } else { foreach (TraceListener listener in Listeners) { if (!listener.IsThreadSafe) { lock (listener) { listener.Fail(message, detailMessage); if (AutoFlush) listener.Flush(); } } else { listener.Fail(message, detailMessage); if (AutoFlush) listener.Flush(); } } } } private static void InitializeSettings() { // we want to redo this logic exactly once if the last time we entered the config // system was still initializing. (ASURT 111941, VSWhidbey 149552) if (!settingsInitialized || (defaultInitialized && DiagnosticsConfiguration.IsInitialized())) { defaultInitialized = DiagnosticsConfiguration.IsInitializing(); // Getting IndentSize and AutoFlush will load config on demand. // If we load config and there are trace listeners added, we'll // end up recursing, but that recursion will be stopped in // DiagnosticsConfiguration.Initialize() SetIndentSize(DiagnosticsConfiguration.IndentSize); autoFlush = DiagnosticsConfiguration.AutoFlush; useGlobalLock = DiagnosticsConfiguration.UseGlobalLock; settingsInitialized = true; } } public static void TraceEvent(TraceEventType eventType, int id, string format, params object[] args) { if (UseGlobalLock) { lock (critSec) { if (args == null) { foreach (TraceListener listener in Listeners) { listener.TraceEvent(EventCache, AppName, eventType, id, format); if (AutoFlush) listener.Flush(); } } else { foreach (TraceListener listener in Listeners) { listener.TraceEvent(EventCache, AppName, eventType, id, format, args); if (AutoFlush) listener.Flush(); } } } } else { if (args == null) { foreach (TraceListener listener in Listeners) { if (!listener.IsThreadSafe) { lock (listener) { listener.TraceEvent(EventCache, AppName, eventType, id, format); if (AutoFlush) listener.Flush(); } } else { listener.TraceEvent(EventCache, AppName, eventType, id, format); if (AutoFlush) listener.Flush(); } } } else { foreach (TraceListener listener in Listeners) { if (!listener.IsThreadSafe) { lock (listener) { listener.TraceEvent(EventCache, AppName, eventType, id, format, args); if (AutoFlush) listener.Flush(); } } else { listener.TraceEvent(EventCache, AppName, eventType, id, format, args); if (AutoFlush) listener.Flush(); } } } } EventCache.Clear(); } public static void Write(string message) { if (UseGlobalLock) { lock (critSec) { foreach (TraceListener listener in Listeners) { listener.Write(message); if (AutoFlush) listener.Flush(); } } } else { foreach (TraceListener listener in Listeners) { if (!listener.IsThreadSafe) { lock (listener) { listener.Write(message); if (AutoFlush) listener.Flush(); } } else { listener.Write(message); if (AutoFlush) listener.Flush(); } } } } public static void Write(object value) { if (UseGlobalLock) { lock (critSec) { foreach (TraceListener listener in Listeners) { listener.Write(value); if (AutoFlush) listener.Flush(); } } } else { foreach (TraceListener listener in Listeners) { if (!listener.IsThreadSafe) { lock (listener) { listener.Write(value); if (AutoFlush) listener.Flush(); } } else { listener.Write(value); if (AutoFlush) listener.Flush(); } } } } public static void Write(string message, string category) { if (UseGlobalLock) { lock (critSec) { foreach (TraceListener listener in Listeners) { listener.Write(message, category); if (AutoFlush) listener.Flush(); } } } else { foreach (TraceListener listener in Listeners) { if (!listener.IsThreadSafe) { lock (listener) { listener.Write(message, category); if (AutoFlush) listener.Flush(); } } else { listener.Write(message, category); if (AutoFlush) listener.Flush(); } } } } public static void Write(object value, string category) { if (UseGlobalLock) { lock (critSec) { foreach (TraceListener listener in Listeners) { listener.Write(value, category); if (AutoFlush) listener.Flush(); } } } else { foreach (TraceListener listener in Listeners) { if (!listener.IsThreadSafe) { lock (listener) { listener.Write(value, category); if (AutoFlush) listener.Flush(); } } else { listener.Write(value, category); if (AutoFlush) listener.Flush(); } } } } public static void WriteLine(string message) { if (UseGlobalLock) { lock (critSec) { foreach (TraceListener listener in Listeners) { listener.WriteLine(message); if (AutoFlush) listener.Flush(); } } } else { foreach (TraceListener listener in Listeners) { if (!listener.IsThreadSafe) { lock (listener) { listener.WriteLine(message); if (AutoFlush) listener.Flush(); } } else { listener.WriteLine(message); if (AutoFlush) listener.Flush(); } } } } public static void WriteLine(object value) { if (UseGlobalLock) { lock (critSec) { foreach (TraceListener listener in Listeners) { listener.WriteLine(value); if (AutoFlush) listener.Flush(); } } } else { foreach (TraceListener listener in Listeners) { if (!listener.IsThreadSafe) { lock (listener) { listener.WriteLine(value); if (AutoFlush) listener.Flush(); } } else { listener.WriteLine(value); if (AutoFlush) listener.Flush(); } } } } public static void WriteLine(string message, string category) { if (UseGlobalLock) { lock (critSec) { foreach (TraceListener listener in Listeners) { listener.WriteLine(message, category); if (AutoFlush) listener.Flush(); } } } else { foreach (TraceListener listener in Listeners) { if (!listener.IsThreadSafe) { lock (listener) { listener.WriteLine(message, category); if (AutoFlush) listener.Flush(); } } else { listener.WriteLine(message, category); if (AutoFlush) listener.Flush(); } } } } public static void WriteLine(object value, string category) { if (UseGlobalLock) { lock (critSec) { foreach (TraceListener listener in Listeners) { listener.WriteLine(value, category); if (AutoFlush) listener.Flush(); } } } else { foreach (TraceListener listener in Listeners) { if (!listener.IsThreadSafe) { lock (listener) { listener.WriteLine(value, category); if (AutoFlush) listener.Flush(); } } else { listener.WriteLine(value, category); if (AutoFlush) listener.Flush(); } } } } public static void WriteIf(bool condition, string message) { if (condition) Write(message); } public static void WriteIf(bool condition, object value) { if (condition) Write(value); } public static void WriteIf(bool condition, string message, string category) { if (condition) Write(message, category); } public static void WriteIf(bool condition, object value, string category) { if (condition) Write(value, category); } public static void WriteLineIf(bool condition, string message) { if (condition) WriteLine(message); } public static void WriteLineIf(bool condition, object value) { if (condition) WriteLine(value); } public static void WriteLineIf(bool condition, string message, string category) { if (condition) WriteLine(message, category); } public static void WriteLineIf(bool condition, object value, string category) { if (condition) WriteLine(value, category); } } } // File provided for Reference Use Only by Microsoft Corporation (c) 2007. //------------------------------------------------------------------------------ //// Copyright (c) Microsoft Corporation. All rights reserved. // //----------------------------------------------------------------------------- namespace System.Diagnostics { using System.Threading; using System.IO; using System.Security.Permissions; using System.Collections; internal static class TraceInternal { private static TraceEventCache eventCache = null; private static string appName = null; static TraceListenerCollection listeners; static bool autoFlush; static bool useGlobalLock; [ThreadStatic] static int indentLevel; static int indentSize; static bool settingsInitialized; static bool defaultInitialized; // this is internal so TraceSource can use it. We want to lock on the same object because both TraceInternal and // TraceSource could be writing to the same listeners at the same time. internal static readonly object critSec = new object(); public static TraceListenerCollection Listeners { get { InitializeSettings(); if (listeners == null) { lock (critSec) { if (listeners == null) { // We only need to check that the main section exists. Everything else will get // created for us if it doesn't exist already. SystemDiagnosticsSection configSectionSav = DiagnosticsConfiguration.SystemDiagnosticsSection; if (configSectionSav != null) { listeners = configSectionSav.Trace.Listeners.GetRuntimeObject(); } else { // If machine.config was deleted the code will get to here // supply at least something to prevent the world from coming to // an abrupt end. listeners = new TraceListenerCollection(); TraceListener defaultListener = new DefaultTraceListener(); defaultListener.IndentLevel = indentLevel; defaultListener.IndentSize = indentSize; listeners.Add(defaultListener); } } } } return listeners; } } internal static string AppName { get { if (appName == null) { new EnvironmentPermission(EnvironmentPermissionAccess.Read, "Path").Assert(); appName = Path.GetFileName(Environment.GetCommandLineArgs()[0]); } return appName; } } public static bool AutoFlush { get { InitializeSettings(); return autoFlush; } set { InitializeSettings(); autoFlush = value; } } public static bool UseGlobalLock { get { InitializeSettings(); return useGlobalLock; } set { InitializeSettings(); useGlobalLock = value; } } internal static TraceEventCache EventCache { get { if (eventCache == null) eventCache= new TraceEventCache(); return eventCache; } } public static int IndentLevel { get { return indentLevel; } set { // Use global lock lock (critSec) { // We don't want to throw here -- it is very bad form to have debug or trace // code throw exceptions! if (value < 0) { value = 0; } indentLevel = value; if (listeners != null) { foreach (TraceListener listener in Listeners) { listener.IndentLevel = indentLevel; } } } } } public static int IndentSize { get { InitializeSettings(); return indentSize; } set { InitializeSettings(); SetIndentSize(value); } } static void SetIndentSize(int value) { // Use global lock lock (critSec) { // We don't want to throw here -- it is very bad form to have debug or trace // code throw exceptions! if (value < 0) { value = 0; } indentSize = value; if (listeners != null) { foreach (TraceListener listener in Listeners) { listener.IndentSize = indentSize; } } } } public static void Indent() { // Use global lock lock (critSec) { InitializeSettings(); if (indentLevel < Int32.MaxValue) { indentLevel++; } foreach (TraceListener listener in Listeners) { listener.IndentLevel = indentLevel; } } } public static void Unindent() { // Use global lock lock (critSec) { InitializeSettings(); if (indentLevel > 0) { indentLevel--; } foreach (TraceListener listener in Listeners) { listener.IndentLevel = indentLevel; } } } public static void Flush() { if (listeners != null) { if (UseGlobalLock) { lock (critSec) { foreach (TraceListener listener in Listeners) { listener.Flush(); } } } else { foreach (TraceListener listener in Listeners) { if (!listener.IsThreadSafe) { lock (listener) { listener.Flush(); } } else { listener.Flush(); } } } } } public static void Close() { if (listeners != null) { // Use global lock lock (critSec) { foreach (TraceListener listener in Listeners) { listener.Close(); } } } } public static void Assert(bool condition) { if (condition) return; Fail(string.Empty); } public static void Assert(bool condition, string message) { if (condition) return; Fail(message); } public static void Assert(bool condition, string message, string detailMessage) { if (condition) return; Fail(message, detailMessage); } public static void Fail(string message) { if (UseGlobalLock) { lock (critSec) { foreach (TraceListener listener in Listeners) { listener.Fail(message); if (AutoFlush) listener.Flush(); } } } else { foreach (TraceListener listener in Listeners) { if (!listener.IsThreadSafe) { lock (listener) { listener.Fail(message); if (AutoFlush) listener.Flush(); } } else { listener.Fail(message); if (AutoFlush) listener.Flush(); } } } } public static void Fail(string message, string detailMessage) { if (UseGlobalLock) { lock (critSec) { foreach (TraceListener listener in Listeners) { listener.Fail(message, detailMessage); if (AutoFlush) listener.Flush(); } } } else { foreach (TraceListener listener in Listeners) { if (!listener.IsThreadSafe) { lock (listener) { listener.Fail(message, detailMessage); if (AutoFlush) listener.Flush(); } } else { listener.Fail(message, detailMessage); if (AutoFlush) listener.Flush(); } } } } private static void InitializeSettings() { // we want to redo this logic exactly once if the last time we entered the config // system was still initializing. (ASURT 111941, VSWhidbey 149552) if (!settingsInitialized || (defaultInitialized && DiagnosticsConfiguration.IsInitialized())) { defaultInitialized = DiagnosticsConfiguration.IsInitializing(); // Getting IndentSize and AutoFlush will load config on demand. // If we load config and there are trace listeners added, we'll // end up recursing, but that recursion will be stopped in // DiagnosticsConfiguration.Initialize() SetIndentSize(DiagnosticsConfiguration.IndentSize); autoFlush = DiagnosticsConfiguration.AutoFlush; useGlobalLock = DiagnosticsConfiguration.UseGlobalLock; settingsInitialized = true; } } public static void TraceEvent(TraceEventType eventType, int id, string format, params object[] args) { if (UseGlobalLock) { lock (critSec) { if (args == null) { foreach (TraceListener listener in Listeners) { listener.TraceEvent(EventCache, AppName, eventType, id, format); if (AutoFlush) listener.Flush(); } } else { foreach (TraceListener listener in Listeners) { listener.TraceEvent(EventCache, AppName, eventType, id, format, args); if (AutoFlush) listener.Flush(); } } } } else { if (args == null) { foreach (TraceListener listener in Listeners) { if (!listener.IsThreadSafe) { lock (listener) { listener.TraceEvent(EventCache, AppName, eventType, id, format); if (AutoFlush) listener.Flush(); } } else { listener.TraceEvent(EventCache, AppName, eventType, id, format); if (AutoFlush) listener.Flush(); } } } else { foreach (TraceListener listener in Listeners) { if (!listener.IsThreadSafe) { lock (listener) { listener.TraceEvent(EventCache, AppName, eventType, id, format, args); if (AutoFlush) listener.Flush(); } } else { listener.TraceEvent(EventCache, AppName, eventType, id, format, args); if (AutoFlush) listener.Flush(); } } } } EventCache.Clear(); } public static void Write(string message) { if (UseGlobalLock) { lock (critSec) { foreach (TraceListener listener in Listeners) { listener.Write(message); if (AutoFlush) listener.Flush(); } } } else { foreach (TraceListener listener in Listeners) { if (!listener.IsThreadSafe) { lock (listener) { listener.Write(message); if (AutoFlush) listener.Flush(); } } else { listener.Write(message); if (AutoFlush) listener.Flush(); } } } } public static void Write(object value) { if (UseGlobalLock) { lock (critSec) { foreach (TraceListener listener in Listeners) { listener.Write(value); if (AutoFlush) listener.Flush(); } } } else { foreach (TraceListener listener in Listeners) { if (!listener.IsThreadSafe) { lock (listener) { listener.Write(value); if (AutoFlush) listener.Flush(); } } else { listener.Write(value); if (AutoFlush) listener.Flush(); } } } } public static void Write(string message, string category) { if (UseGlobalLock) { lock (critSec) { foreach (TraceListener listener in Listeners) { listener.Write(message, category); if (AutoFlush) listener.Flush(); } } } else { foreach (TraceListener listener in Listeners) { if (!listener.IsThreadSafe) { lock (listener) { listener.Write(message, category); if (AutoFlush) listener.Flush(); } } else { listener.Write(message, category); if (AutoFlush) listener.Flush(); } } } } public static void Write(object value, string category) { if (UseGlobalLock) { lock (critSec) { foreach (TraceListener listener in Listeners) { listener.Write(value, category); if (AutoFlush) listener.Flush(); } } } else { foreach (TraceListener listener in Listeners) { if (!listener.IsThreadSafe) { lock (listener) { listener.Write(value, category); if (AutoFlush) listener.Flush(); } } else { listener.Write(value, category); if (AutoFlush) listener.Flush(); } } } } public static void WriteLine(string message) { if (UseGlobalLock) { lock (critSec) { foreach (TraceListener listener in Listeners) { listener.WriteLine(message); if (AutoFlush) listener.Flush(); } } } else { foreach (TraceListener listener in Listeners) { if (!listener.IsThreadSafe) { lock (listener) { listener.WriteLine(message); if (AutoFlush) listener.Flush(); } } else { listener.WriteLine(message); if (AutoFlush) listener.Flush(); } } } } public static void WriteLine(object value) { if (UseGlobalLock) { lock (critSec) { foreach (TraceListener listener in Listeners) { listener.WriteLine(value); if (AutoFlush) listener.Flush(); } } } else { foreach (TraceListener listener in Listeners) { if (!listener.IsThreadSafe) { lock (listener) { listener.WriteLine(value); if (AutoFlush) listener.Flush(); } } else { listener.WriteLine(value); if (AutoFlush) listener.Flush(); } } } } public static void WriteLine(string message, string category) { if (UseGlobalLock) { lock (critSec) { foreach (TraceListener listener in Listeners) { listener.WriteLine(message, category); if (AutoFlush) listener.Flush(); } } } else { foreach (TraceListener listener in Listeners) { if (!listener.IsThreadSafe) { lock (listener) { listener.WriteLine(message, category); if (AutoFlush) listener.Flush(); } } else { listener.WriteLine(message, category); if (AutoFlush) listener.Flush(); } } } } public static void WriteLine(object value, string category) { if (UseGlobalLock) { lock (critSec) { foreach (TraceListener listener in Listeners) { listener.WriteLine(value, category); if (AutoFlush) listener.Flush(); } } } else { foreach (TraceListener listener in Listeners) { if (!listener.IsThreadSafe) { lock (listener) { listener.WriteLine(value, category); if (AutoFlush) listener.Flush(); } } else { listener.WriteLine(value, category); if (AutoFlush) listener.Flush(); } } } } public static void WriteIf(bool condition, string message) { if (condition) Write(message); } public static void WriteIf(bool condition, object value) { if (condition) Write(value); } public static void WriteIf(bool condition, string message, string category) { if (condition) Write(message, category); } public static void WriteIf(bool condition, object value, string category) { if (condition) Write(value, category); } public static void WriteLineIf(bool condition, string message) { if (condition) WriteLine(message); } public static void WriteLineIf(bool condition, object value) { if (condition) WriteLine(value); } public static void WriteLineIf(bool condition, string message, string category) { if (condition) WriteLine(message, category); } public static void WriteLineIf(bool condition, object value, string category) { if (condition) WriteLine(value, category); } } } // File provided for Reference Use Only by Microsoft Corporation (c) 2007.
Link Menu

This book is available now!
Buy at Amazon US or
Buy at Amazon UK
- PropertyMappingExceptionEventArgs.cs
- CacheMemory.cs
- SyndicationSerializer.cs
- DbFunctionCommandTree.cs
- CustomAttributeFormatException.cs
- DataGridViewComboBoxCell.cs
- xmlsaver.cs
- ApplicationFileParser.cs
- OptimalBreakSession.cs
- PermissionSetEnumerator.cs
- ReadOnlyDictionary.cs
- SymbolTable.cs
- PeerUnsafeNativeCryptMethods.cs
- RadioButtonPopupAdapter.cs
- UpdateCommand.cs
- OdbcRowUpdatingEvent.cs
- GenericAuthenticationEventArgs.cs
- SiteOfOriginPart.cs
- FrameSecurityDescriptor.cs
- FormViewPageEventArgs.cs
- PropertyCollection.cs
- __Filters.cs
- JavascriptCallbackResponseProperty.cs
- MetadataArtifactLoaderCompositeResource.cs
- StatusBarPanel.cs
- DockProviderWrapper.cs
- HwndStylusInputProvider.cs
- Pair.cs
- UriExt.cs
- ToolStripEditorManager.cs
- TCPClient.cs
- ProxyAttribute.cs
- WizardStepBase.cs
- SqlDesignerDataSourceView.cs
- EnumValAlphaComparer.cs
- SpecialNameAttribute.cs
- NullableFloatAverageAggregationOperator.cs
- CodeObject.cs
- XsdBuildProvider.cs
- EntityClientCacheEntry.cs
- Line.cs
- SqlInfoMessageEvent.cs
- WebBrowser.cs
- TcpProcessProtocolHandler.cs
- HeaderLabel.cs
- ResourceContainer.cs
- X509AsymmetricSecurityKey.cs
- ConfigurationValue.cs
- ReadOnlyHierarchicalDataSourceView.cs
- COM2Enum.cs
- AppDomainUnloadedException.cs
- DataGridDefaultColumnWidthTypeConverter.cs
- Panel.cs
- EntityProviderFactory.cs
- AddInControllerImpl.cs
- MailWebEventProvider.cs
- ControlSerializer.cs
- TokenCreationException.cs
- RequestCacheEntry.cs
- ClientSettingsProvider.cs
- _ListenerRequestStream.cs
- SvcMapFile.cs
- WindowsUpDown.cs
- PropertyGrid.cs
- ContentValidator.cs
- GregorianCalendarHelper.cs
- RectangleGeometry.cs
- TextRenderer.cs
- WebColorConverter.cs
- XmlUtil.cs
- DataGridCellAutomationPeer.cs
- WebScriptClientGenerator.cs
- Rotation3D.cs
- RuleSettingsCollection.cs
- UniqueIdentifierService.cs
- TableRowCollection.cs
- Clipboard.cs
- ToolStripScrollButton.cs
- OutputCacheProfile.cs
- MustUnderstandSoapException.cs
- OletxVolatileEnlistment.cs
- RelationshipEndMember.cs
- HelpPage.cs
- Substitution.cs
- TemplateKey.cs
- WebPartZoneCollection.cs
- BitmapPalettes.cs
- RepeatBehavior.cs
- KeyBinding.cs
- IDispatchConstantAttribute.cs
- SemaphoreSlim.cs
- ExtendedPropertyDescriptor.cs
- HandlerMappingMemo.cs
- GeometryModel3D.cs
- LambdaCompiler.Binary.cs
- Matrix3D.cs
- InputElement.cs
- SerializationAttributes.cs
- GraphicsState.cs
- DrawingCollection.cs