Code:
/ Dotnetfx_Vista_SP2 / Dotnetfx_Vista_SP2 / 8.0.50727.4016 / DEVDIV / depot / DevDiv / releases / Orcas / QFE / wpf / src / Core / CSharp / System / Windows / Media / VisualProxy.cs / 1 / VisualProxy.cs
//------------------------------------------------------------------------------ // //// Copyright (C) Microsoft Corporation. All rights reserved. // // // Description: // Mapping between a visual and its handles on different channels. // //----------------------------------------------------------------------------- namespace System.Windows.Media.Composition { using System; using System.Collections; using System.Collections.Generic; using System.Diagnostics; using System.Windows; using System.Windows.Media; ////// Mapping between a visual and its handles on different channels. /// internal struct VisualProxy { // ------------------------------------------------------------------- // // Private Types // // ------------------------------------------------------------------- #region Private Types ////// Tuple binding a channel to a set of flags and a resource handle. /// ////// Note that DUCE.Channel is a reference type. /// private struct Proxy { internal DUCE.Channel Channel; internal VisualProxyFlags Flags; internal DUCE.ResourceHandle Handle; } #endregion Private Types // -------------------------------------------------------------------- // // Internal Properties // // ------------------------------------------------------------------- #region Internal Properties ////// Returns the number of channels this resource is marshaled to. /// internal int Count { get { if (_tail == null) { return _head.Channel == null ? 0 : 1; } else { // // The logic here is simple: we keep at most one entry // in the tail free. Heads has to be occupied and adds one. // int tailLength = _tail.Length; bool lastTailIsEmpty = _tail[tailLength - 1].Channel == null; return 1 + tailLength - (lastTailIsEmpty ? 1 : 0); } } } ////// Returns true if the parent resource is marshaled to at least /// one channel. /// internal bool IsOnAnyChannel { get { return Count != 0; } } #endregion Internal Properties // -------------------------------------------------------------------- // // Internal Methods // // -------------------------------------------------------------------- #region Internal Methods ////// Returns true if the visual is marshaled to the /// specified channel. /// internal bool IsOnChannel(DUCE.Channel channel) { int index = Find(channel); if (index == PROXY_NOT_FOUND) { return false; } else if (index == PROXY_STORED_INLINE) { return !_head.Handle.IsNull; } else { return !_tail[index].Handle.IsNull; } } ////// This function duplicates a handle from the out-of-band channel /// to a normal a-[....] channel. The resource has to have been already /// created on out-of-band channel. /// It then stores the Channel and the handle of the non out-of-band /// channel since it is this cahnnel that is used later on in other /// functions. /// internal DUCE.ResourceHandle DuplicateHandle( DUCE.Channel sourceChannel, // outOfBandChannel DUCE.ResourceHandle resourceHandle, DUCE.Channel targetChannel) { int index = Find(sourceChannel); int count = Count; // The out-of-band channel should never be stored in the proxy. Debug.Assert(index == PROXY_NOT_FOUND); // The resource should only be duplicated once on the target channel. Debug.Assert(count == 0); Debug.Assert(_head.Channel == null); _head.Channel = targetChannel; _head.Flags = VisualProxyFlags.None; _head.Handle = sourceChannel.DuplicateHandle(resourceHandle, targetChannel); return _head.Handle; } ////// If the visual is on channel, its reference count is increased. /// Otherwise, a new resource is created on that channel. /// internal bool CreateOrAddRefOnChannel( DUCE.Channel channel, DUCE.ResourceType resourceType) { int index = Find(channel); int count = Count; if (index == PROXY_NOT_FOUND) { // // This is the case where we have to create a new resource. // if (_head.Channel == null) { // // We're adding the first proxy. // // Before: [empty] // After insert: [ head] // Debug.Assert(count == 0); _head.Channel = channel; _head.Flags = VisualProxyFlags.None; channel.CreateOrAddRefOnChannel( ref _head.Handle, resourceType); } else { if (_tail == null) { // // We're adding the second proxy. // // Before: [head] // After resize: [head] [ empty] [empty] // After insert: [head] [tail 0] [empty] // ---------------- Debug.Assert(count == 1); _tail = new Proxy[2]; } else if (count > _tail.Length) { // // Increase the tail size by 2. // // Before: [head] [tail 0] ... [tail c-2] // After resize: [head] [tail 0] ... [tail c-2] [ empty] [empty] // After insert: [head] [tail 0] ... [tail c-3] [tail c-2] [empty] // ------------------------------------------ // ResizeTail(2); } // // Now that we have a tail, fill in the first free element. // Proxy proxy; proxy.Channel = channel; proxy.Flags = VisualProxyFlags.None; proxy.Handle = DUCE.ResourceHandle.Null; channel.CreateOrAddRefOnChannel( ref proxy.Handle, resourceType); _tail[count - 1] = proxy; } return /* created */ true; } else if (index == PROXY_STORED_INLINE) { // // We simply need to increase the reference count on head... // channel.CreateOrAddRefOnChannel( ref _head.Handle, resourceType); } else { // // Increase the reference count on one of the tail proxies... // channel.CreateOrAddRefOnChannel( ref _tail[index].Handle, resourceType); } return /* not created */ false; } ////// If visual is on channel, its reference count is increased. /// Otherwise, a new resource is created on that channel. /// internal bool ReleaseOnChannel(DUCE.Channel channel) { int index = Find(channel); bool proxyRemoved = false; int count = Count; if (index == PROXY_STORED_INLINE) { if (channel.ReleaseOnChannel(_head.Handle)) { // // Need to move the last of the non-empty tail to head // or clear the head. Erase the head if that was the last // proxy. // if (count == 1) { _head = new Proxy(); } else { _head = _tail[count - 2]; } proxyRemoved = true; } } else if (index >= 0) { if (channel.ReleaseOnChannel(_tail[index].Handle)) { // // Need to move the last of the non-empty tail to the // removed index. Avoid in-place copying. // if (index != count - 2) { _tail[index] = _tail[count - 2]; } proxyRemoved = true; } } else { Debug.Assert(index != PROXY_NOT_FOUND); return false; } if (proxyRemoved) { if (_tail != null) { // // Keep the tail short. We allow for one extra free element // in tail to avoid constant allocations / reallocations. // if (count == 2) { // ------------------ // Before removal: [head] [tail c-1] [empty] // Here and now: [head] [ deleted] [empty] // After removal: [head] // _tail = null; } else if (count == _tail.Length) { // --------------------------------------------------- // Before removal: [head] [tail 0] [tail 1] ... [tail c-3] [tail c-2] [empty] // Here and now: [head] [tail 0] [tail 1] ... [tail c-3] [ deleted] [empty] // After removal: [head] [tail 0] [tail 1] ... [tail c-3] // ResizeTail(-2); } else { // ------------------------------------------------------ // Before removal: [head] [tail 0] [tail 1] ... [tail c-4] [tail c-3] [tail c-2] // Here and now: [head] [tail 0] [tail 1] ... [tail c-4] [tail c-3] [ deleted] // After removal: [head] [tail 0] [tail 1] ... [tail c-4] [tail c-3] [ empty] // _tail[count - 2] = new Proxy(); } } } return proxyRemoved; } ////// Returns the channel that the n-th proxy connects to. /// internal DUCE.Channel GetChannel(int index) { Debug.Assert(index >= 0 && index < Count); if (index < Count) { if (index == 0) { return _head.Channel; } else if (index > 0) { return _tail[index - 1].Channel; } } return null; } #endregion Internal Methods // --------------------------------------------------------------- // // Internal Methods: resource handle getters // // --------------------------------------------------------------- #region Internal Methods: resource handle getters ////// Returns the handle the visual has on a specific channel. /// internal DUCE.ResourceHandle GetHandle(DUCE.Channel channel) { return GetHandle(Find(channel) + 1); // Find's results are -1 based, adjust by one. } ////// Returns the handle the visual has on the n-th channel. /// internal DUCE.ResourceHandle GetHandle(int index) { Debug.Assert(index >= 0 && index < Count); if (index < Count) { if (index == 0) { return _head.Handle; } else if (index > 0) { return _tail[index - 1].Handle; } } return DUCE.ResourceHandle.Null; } #endregion Internal Methods: resource handle getters // --------------------------------------------------------------- // // Internal Methods: visual proxy flags // // ---------------------------------------------------------------- #region Internal Methods: visual proxy flags ////// Returns the flags the visual has on a specific channel. /// internal VisualProxyFlags GetFlags(DUCE.Channel channel) { return GetFlags(Find(channel) + 1); // Find's results are -1 based, adjust by one. } ////// Returns the handle the visual has on n-th channel. /// internal VisualProxyFlags GetFlags(int index) { if (index < Count) { if (index == 0) { return _head.Flags; } else if (index > 0) { return _tail[index - 1].Flags; } } return VisualProxyFlags.None; } ////// Sets the flags the visual has on a specific channel. /// internal void SetFlags( DUCE.Channel channel, bool value, VisualProxyFlags flags) { SetFlags(Find(channel) + 1, value, flags); // Find's results are -1 based, adjust by one. } ////// Sets the flags the visual has on the n-th channel. /// internal void SetFlags( int index, bool value, VisualProxyFlags flags) { Debug.Assert(index >= 0 && index < Count); if (index < Count) { if (index == 0) { _head.Flags = value ? (_head.Flags | flags) : (_head.Flags & ~flags); } else if (index > 0) { _tail[index - 1].Flags = value ? (_tail[index - 1].Flags | flags) : (_tail[index - 1].Flags & ~flags); } } } ////// Sets the flags on all channels the visual is marshaled to. /// internal void SetFlagsOnAllChannels( bool value, VisualProxyFlags flags) { if (_head.Channel != null) { _head.Flags = value ? (_head.Flags | flags) : (_head.Flags & ~flags); for (int i = 0, limit = Count - 1; i < limit; i++) { _tail[i].Flags = value ? (_tail[i].Flags | flags) : (_tail[i].Flags & ~flags); } } } ////// Returns true if the given flags are set for every proxy or if /// the visual is not being marshaled. /// internal bool CheckFlagsOnAllChannels( VisualProxyFlags conjunctionFlags) { if (_head.Channel != null) { if ((_head.Flags & conjunctionFlags) != conjunctionFlags) return false; for (int i = 0, limit = Count - 1; i < limit; i++) { if ((_tail[i].Flags & conjunctionFlags) != conjunctionFlags) return false; } } return true; } #endregion Internal Methods: visual proxy flags // ------------------------------------------------------------------- // // Private Methods // // -------------------------------------------------------------------- #region Private Methods ////// Looks for the given channel in the proxies list. /// private int Find(DUCE.Channel channel) { if (_head.Channel == channel) { return PROXY_STORED_INLINE; } else if (_tail != null) { for (int i = 0, limit = Count - 1; i < limit; i++) { if (_tail[i].Channel == channel) { return i; } } } return PROXY_NOT_FOUND; } ////// Grows or shrinks the tail by a given size. /// private void ResizeTail(int delta) { int newLength = _tail.Length + delta; Debug.Assert(delta % 2 == 0 && newLength >= 2); Proxy[] reallocatedTail = new Proxy[newLength]; Array.Copy(_tail, reallocatedTail, Math.Min(_tail.Length, newLength)); _tail = reallocatedTail; } #endregion Private Methods // -------------------------------------------------------------------- // // Private Fields // // ------------------------------------------------------------------- #region Private Fields ////// Returned by the Find method to denote that a proxy for the given /// channel has not been found. /// private const int PROXY_NOT_FOUND = -2; ////// Returned by the Find method to denote that a proxy for the given /// channel has been found in the inline storage. /// private const int PROXY_STORED_INLINE = -1; ////// This data structure is optimized for single entry. _head is /// the one entry that we inline into the struct for that purpose. /// private Proxy _head; ////// All the other entries end up in this array. /// private Proxy[] _tail; #endregion Private Fields } } // File provided for Reference Use Only by Microsoft Corporation (c) 2007. // Copyright (c) Microsoft Corporation. All rights reserved. //------------------------------------------------------------------------------ // //// Copyright (C) Microsoft Corporation. All rights reserved. // // // Description: // Mapping between a visual and its handles on different channels. // //----------------------------------------------------------------------------- namespace System.Windows.Media.Composition { using System; using System.Collections; using System.Collections.Generic; using System.Diagnostics; using System.Windows; using System.Windows.Media; ////// Mapping between a visual and its handles on different channels. /// internal struct VisualProxy { // ------------------------------------------------------------------- // // Private Types // // ------------------------------------------------------------------- #region Private Types ////// Tuple binding a channel to a set of flags and a resource handle. /// ////// Note that DUCE.Channel is a reference type. /// private struct Proxy { internal DUCE.Channel Channel; internal VisualProxyFlags Flags; internal DUCE.ResourceHandle Handle; } #endregion Private Types // -------------------------------------------------------------------- // // Internal Properties // // ------------------------------------------------------------------- #region Internal Properties ////// Returns the number of channels this resource is marshaled to. /// internal int Count { get { if (_tail == null) { return _head.Channel == null ? 0 : 1; } else { // // The logic here is simple: we keep at most one entry // in the tail free. Heads has to be occupied and adds one. // int tailLength = _tail.Length; bool lastTailIsEmpty = _tail[tailLength - 1].Channel == null; return 1 + tailLength - (lastTailIsEmpty ? 1 : 0); } } } ////// Returns true if the parent resource is marshaled to at least /// one channel. /// internal bool IsOnAnyChannel { get { return Count != 0; } } #endregion Internal Properties // -------------------------------------------------------------------- // // Internal Methods // // -------------------------------------------------------------------- #region Internal Methods ////// Returns true if the visual is marshaled to the /// specified channel. /// internal bool IsOnChannel(DUCE.Channel channel) { int index = Find(channel); if (index == PROXY_NOT_FOUND) { return false; } else if (index == PROXY_STORED_INLINE) { return !_head.Handle.IsNull; } else { return !_tail[index].Handle.IsNull; } } ////// This function duplicates a handle from the out-of-band channel /// to a normal a-[....] channel. The resource has to have been already /// created on out-of-band channel. /// It then stores the Channel and the handle of the non out-of-band /// channel since it is this cahnnel that is used later on in other /// functions. /// internal DUCE.ResourceHandle DuplicateHandle( DUCE.Channel sourceChannel, // outOfBandChannel DUCE.ResourceHandle resourceHandle, DUCE.Channel targetChannel) { int index = Find(sourceChannel); int count = Count; // The out-of-band channel should never be stored in the proxy. Debug.Assert(index == PROXY_NOT_FOUND); // The resource should only be duplicated once on the target channel. Debug.Assert(count == 0); Debug.Assert(_head.Channel == null); _head.Channel = targetChannel; _head.Flags = VisualProxyFlags.None; _head.Handle = sourceChannel.DuplicateHandle(resourceHandle, targetChannel); return _head.Handle; } ////// If the visual is on channel, its reference count is increased. /// Otherwise, a new resource is created on that channel. /// internal bool CreateOrAddRefOnChannel( DUCE.Channel channel, DUCE.ResourceType resourceType) { int index = Find(channel); int count = Count; if (index == PROXY_NOT_FOUND) { // // This is the case where we have to create a new resource. // if (_head.Channel == null) { // // We're adding the first proxy. // // Before: [empty] // After insert: [ head] // Debug.Assert(count == 0); _head.Channel = channel; _head.Flags = VisualProxyFlags.None; channel.CreateOrAddRefOnChannel( ref _head.Handle, resourceType); } else { if (_tail == null) { // // We're adding the second proxy. // // Before: [head] // After resize: [head] [ empty] [empty] // After insert: [head] [tail 0] [empty] // ---------------- Debug.Assert(count == 1); _tail = new Proxy[2]; } else if (count > _tail.Length) { // // Increase the tail size by 2. // // Before: [head] [tail 0] ... [tail c-2] // After resize: [head] [tail 0] ... [tail c-2] [ empty] [empty] // After insert: [head] [tail 0] ... [tail c-3] [tail c-2] [empty] // ------------------------------------------ // ResizeTail(2); } // // Now that we have a tail, fill in the first free element. // Proxy proxy; proxy.Channel = channel; proxy.Flags = VisualProxyFlags.None; proxy.Handle = DUCE.ResourceHandle.Null; channel.CreateOrAddRefOnChannel( ref proxy.Handle, resourceType); _tail[count - 1] = proxy; } return /* created */ true; } else if (index == PROXY_STORED_INLINE) { // // We simply need to increase the reference count on head... // channel.CreateOrAddRefOnChannel( ref _head.Handle, resourceType); } else { // // Increase the reference count on one of the tail proxies... // channel.CreateOrAddRefOnChannel( ref _tail[index].Handle, resourceType); } return /* not created */ false; } ////// If visual is on channel, its reference count is increased. /// Otherwise, a new resource is created on that channel. /// internal bool ReleaseOnChannel(DUCE.Channel channel) { int index = Find(channel); bool proxyRemoved = false; int count = Count; if (index == PROXY_STORED_INLINE) { if (channel.ReleaseOnChannel(_head.Handle)) { // // Need to move the last of the non-empty tail to head // or clear the head. Erase the head if that was the last // proxy. // if (count == 1) { _head = new Proxy(); } else { _head = _tail[count - 2]; } proxyRemoved = true; } } else if (index >= 0) { if (channel.ReleaseOnChannel(_tail[index].Handle)) { // // Need to move the last of the non-empty tail to the // removed index. Avoid in-place copying. // if (index != count - 2) { _tail[index] = _tail[count - 2]; } proxyRemoved = true; } } else { Debug.Assert(index != PROXY_NOT_FOUND); return false; } if (proxyRemoved) { if (_tail != null) { // // Keep the tail short. We allow for one extra free element // in tail to avoid constant allocations / reallocations. // if (count == 2) { // ------------------ // Before removal: [head] [tail c-1] [empty] // Here and now: [head] [ deleted] [empty] // After removal: [head] // _tail = null; } else if (count == _tail.Length) { // --------------------------------------------------- // Before removal: [head] [tail 0] [tail 1] ... [tail c-3] [tail c-2] [empty] // Here and now: [head] [tail 0] [tail 1] ... [tail c-3] [ deleted] [empty] // After removal: [head] [tail 0] [tail 1] ... [tail c-3] // ResizeTail(-2); } else { // ------------------------------------------------------ // Before removal: [head] [tail 0] [tail 1] ... [tail c-4] [tail c-3] [tail c-2] // Here and now: [head] [tail 0] [tail 1] ... [tail c-4] [tail c-3] [ deleted] // After removal: [head] [tail 0] [tail 1] ... [tail c-4] [tail c-3] [ empty] // _tail[count - 2] = new Proxy(); } } } return proxyRemoved; } ////// Returns the channel that the n-th proxy connects to. /// internal DUCE.Channel GetChannel(int index) { Debug.Assert(index >= 0 && index < Count); if (index < Count) { if (index == 0) { return _head.Channel; } else if (index > 0) { return _tail[index - 1].Channel; } } return null; } #endregion Internal Methods // --------------------------------------------------------------- // // Internal Methods: resource handle getters // // --------------------------------------------------------------- #region Internal Methods: resource handle getters ////// Returns the handle the visual has on a specific channel. /// internal DUCE.ResourceHandle GetHandle(DUCE.Channel channel) { return GetHandle(Find(channel) + 1); // Find's results are -1 based, adjust by one. } ////// Returns the handle the visual has on the n-th channel. /// internal DUCE.ResourceHandle GetHandle(int index) { Debug.Assert(index >= 0 && index < Count); if (index < Count) { if (index == 0) { return _head.Handle; } else if (index > 0) { return _tail[index - 1].Handle; } } return DUCE.ResourceHandle.Null; } #endregion Internal Methods: resource handle getters // --------------------------------------------------------------- // // Internal Methods: visual proxy flags // // ---------------------------------------------------------------- #region Internal Methods: visual proxy flags ////// Returns the flags the visual has on a specific channel. /// internal VisualProxyFlags GetFlags(DUCE.Channel channel) { return GetFlags(Find(channel) + 1); // Find's results are -1 based, adjust by one. } ////// Returns the handle the visual has on n-th channel. /// internal VisualProxyFlags GetFlags(int index) { if (index < Count) { if (index == 0) { return _head.Flags; } else if (index > 0) { return _tail[index - 1].Flags; } } return VisualProxyFlags.None; } ////// Sets the flags the visual has on a specific channel. /// internal void SetFlags( DUCE.Channel channel, bool value, VisualProxyFlags flags) { SetFlags(Find(channel) + 1, value, flags); // Find's results are -1 based, adjust by one. } ////// Sets the flags the visual has on the n-th channel. /// internal void SetFlags( int index, bool value, VisualProxyFlags flags) { Debug.Assert(index >= 0 && index < Count); if (index < Count) { if (index == 0) { _head.Flags = value ? (_head.Flags | flags) : (_head.Flags & ~flags); } else if (index > 0) { _tail[index - 1].Flags = value ? (_tail[index - 1].Flags | flags) : (_tail[index - 1].Flags & ~flags); } } } ////// Sets the flags on all channels the visual is marshaled to. /// internal void SetFlagsOnAllChannels( bool value, VisualProxyFlags flags) { if (_head.Channel != null) { _head.Flags = value ? (_head.Flags | flags) : (_head.Flags & ~flags); for (int i = 0, limit = Count - 1; i < limit; i++) { _tail[i].Flags = value ? (_tail[i].Flags | flags) : (_tail[i].Flags & ~flags); } } } ////// Returns true if the given flags are set for every proxy or if /// the visual is not being marshaled. /// internal bool CheckFlagsOnAllChannels( VisualProxyFlags conjunctionFlags) { if (_head.Channel != null) { if ((_head.Flags & conjunctionFlags) != conjunctionFlags) return false; for (int i = 0, limit = Count - 1; i < limit; i++) { if ((_tail[i].Flags & conjunctionFlags) != conjunctionFlags) return false; } } return true; } #endregion Internal Methods: visual proxy flags // ------------------------------------------------------------------- // // Private Methods // // -------------------------------------------------------------------- #region Private Methods ////// Looks for the given channel in the proxies list. /// private int Find(DUCE.Channel channel) { if (_head.Channel == channel) { return PROXY_STORED_INLINE; } else if (_tail != null) { for (int i = 0, limit = Count - 1; i < limit; i++) { if (_tail[i].Channel == channel) { return i; } } } return PROXY_NOT_FOUND; } ////// Grows or shrinks the tail by a given size. /// private void ResizeTail(int delta) { int newLength = _tail.Length + delta; Debug.Assert(delta % 2 == 0 && newLength >= 2); Proxy[] reallocatedTail = new Proxy[newLength]; Array.Copy(_tail, reallocatedTail, Math.Min(_tail.Length, newLength)); _tail = reallocatedTail; } #endregion Private Methods // -------------------------------------------------------------------- // // Private Fields // // ------------------------------------------------------------------- #region Private Fields ////// Returned by the Find method to denote that a proxy for the given /// channel has not been found. /// private const int PROXY_NOT_FOUND = -2; ////// Returned by the Find method to denote that a proxy for the given /// channel has been found in the inline storage. /// private const int PROXY_STORED_INLINE = -1; ////// This data structure is optimized for single entry. _head is /// the one entry that we inline into the struct for that purpose. /// private Proxy _head; ////// All the other entries end up in this array. /// private Proxy[] _tail; #endregion Private Fields } } // File provided for Reference Use Only by Microsoft Corporation (c) 2007. // Copyright (c) Microsoft Corporation. All rights reserved.
Link Menu
This book is available now!
Buy at Amazon US or
Buy at Amazon UK
- TextEditorContextMenu.cs
- TCEAdapterGenerator.cs
- RegistryPermission.cs
- BuildProviderAppliesToAttribute.cs
- LineProperties.cs
- ProfileService.cs
- ListViewUpdateEventArgs.cs
- AccessibilityApplicationManager.cs
- WebPartDisplayMode.cs
- TimeSpanParse.cs
- Attributes.cs
- ContractsBCL.cs
- EDesignUtil.cs
- COM2IDispatchConverter.cs
- WebPartExportVerb.cs
- CapabilitiesPattern.cs
- HttpWrapper.cs
- Wildcard.cs
- CodeGenerationManager.cs
- SerializationSectionGroup.cs
- ReflectionPermission.cs
- EditorPart.cs
- ReachPageContentCollectionSerializerAsync.cs
- FileLoadException.cs
- Point3DAnimation.cs
- MultiAsyncResult.cs
- Transactions.cs
- WebPartCancelEventArgs.cs
- XmlIncludeAttribute.cs
- EventLogPermissionEntryCollection.cs
- SpeechUI.cs
- XmlMessageFormatter.cs
- SiteMapHierarchicalDataSourceView.cs
- SequenceFullException.cs
- Typography.cs
- BookmarkManager.cs
- ReadOnlyDataSource.cs
- DBSqlParserTable.cs
- DefaultWorkflowSchedulerService.cs
- ProfileBuildProvider.cs
- DataGridLinkButton.cs
- ContentHostHelper.cs
- OdbcFactory.cs
- ParserStreamGeometryContext.cs
- NativeMethods.cs
- EventDescriptor.cs
- MethodSet.cs
- XhtmlBasicObjectListAdapter.cs
- XslTransformFileEditor.cs
- AddInServer.cs
- ChangeConflicts.cs
- DataServiceKeyAttribute.cs
- TokenizerHelper.cs
- MenuEventArgs.cs
- DataRelationPropertyDescriptor.cs
- PageThemeParser.cs
- TaiwanCalendar.cs
- CommonRemoteMemoryBlock.cs
- ProtocolsConfigurationEntry.cs
- CompilerResults.cs
- UpdateTracker.cs
- MessageDirection.cs
- TemplateXamlParser.cs
- RegexWorker.cs
- InputScopeManager.cs
- Int32Collection.cs
- ToolStripContentPanel.cs
- FileNotFoundException.cs
- Pointer.cs
- DesignTimeParseData.cs
- IdleTimeoutMonitor.cs
- PlainXmlDeserializer.cs
- DbException.cs
- XmlSerializationGeneratedCode.cs
- PermissionSetEnumerator.cs
- ALinqExpressionVisitor.cs
- basenumberconverter.cs
- FlowLayout.cs
- AppDomainUnloadedException.cs
- BitmapPalettes.cs
- SqlConnectionFactory.cs
- Timer.cs
- ReadOnlyDataSourceView.cs
- BCLDebug.cs
- FontUnit.cs
- CustomCredentialPolicy.cs
- TableParaClient.cs
- SelectionPattern.cs
- PropertyCollection.cs
- WebPartCloseVerb.cs
- RightsManagementEncryptionTransform.cs
- QilUnary.cs
- DataServiceQueryProvider.cs
- ClientApiGenerator.cs
- SecurityCriticalDataForSet.cs
- OwnerDrawPropertyBag.cs
- DeviceContext.cs
- CallbackValidator.cs
- FlowDocumentPage.cs
- FontStretches.cs