Code:
/ WCF / WCF / 3.5.30729.1 / untmp / Orcas / SP / ndp / cdf / src / WCF / infocard / Service / managed / Microsoft / InfoCards / InfoCardUIAgent.cs / 1 / InfoCardUIAgent.cs
//------------------------------------------------------------------------------
// Copyright (c) Microsoft Corporation. All rights reserved.
//-----------------------------------------------------------------------------
//
// Presharp uses the c# pragma mechanism to supress its warnings.
// These are not recognised by the base compiler so we need to explictly
// disable the following warnings. See http://winweb/cse/Tools/PREsharp/userguide/default.asp
// for details.
//
#pragma warning disable 1634, 1691 // unknown message, unknown pragma
namespace Microsoft.InfoCards
{
using System;
using System.Collections;
using System.Collections.Specialized;
using System.ComponentModel;
using System.Configuration;
using System.Diagnostics;
using System.Globalization;
using System.Runtime.InteropServices;
using System.Security;
using System.Security.Principal;
using System.Threading;
using System.Runtime.CompilerServices;
using System.IO;
using Microsoft.Win32;
using Microsoft.Win32.SafeHandles;
using Microsoft.InfoCards.Diagnostics;
using IDT = Microsoft.InfoCards.Diagnostics.InfoCardTrace;
//
// Summary:
// This classes manages a UIAgent process launched to interact with the user in order manage infocards
// or create a token.
//
internal class InfoCardUIAgent
{
//
// UInt32IndexedHybridDictionary provides a typesafe call into the
// indexer by uint. HybridDictionary's indexer is an object, so
// any value type passed in must be boxed. That means (uint)0 and
// (int)0 don't lookup to the same value. This lead to confusing
// bugs where things that you *know* are in the collection appear
// not to be. This wrapper will catch this kind of bug at compile time.
//
private class UInt32IndexedHybridDictionary
{
private HybridDictionary m_realDictionary = new HybridDictionary();
public UInt32IndexedHybridDictionary() {}
public int Count { get { return m_realDictionary.Count; } }
public ICollection Values { get { return m_realDictionary.Values; } }
public object this[uint index]
{
get
{
return m_realDictionary[index];
}
set
{
m_realDictionary[index] = value;
}
}
public void Remove(uint index)
{
m_realDictionary.Remove(index);
}
}
//
// The name of the exe to launch.
//
private const string UiAgentName = "icardagt.exe";
//
// As per threat model mitigation, need to give exact path to agent.
//
public static readonly string UiAgentFullPath = Path.Combine(
Environment.GetFolderPath( Environment.SpecialFolder.System ),
UiAgentName );
static bool s_initialized;
static bool s_isShuttingDown;
static ManualResetEvent s_doneShuttingDownEvent = new ManualResetEvent( false );
//
// A collection of uiagents based on TS session.
//
static UInt32IndexedHybridDictionary s_sessionIdCollection = new UInt32IndexedHybridDictionary();
//
// A collection of uiagents based on pid.
//
static UInt32IndexedHybridDictionary s_pidCollection = new UInt32IndexedHybridDictionary();
//
// The key under which we check for the agent sleep time ( under hklm )
//
const string IdleTimeoutKey = @"software\microsoft\infocard";
const int IdleTimeoutDefault = 60 * 5; // in seconds
const string IdleTimeoutValue = "sleep1";
//
// The time we wait for the ui agent to respond to state changes.
//
readonly TimeSpan AgentStateChangeTimeOut = new TimeSpan( 0, 0, 300 );
//
// How long a uiagent should be kept waiting for more work after completing work on the last request.
//
static TimeSpan s_idleTimeout = new TimeSpan( 0, 0, IdleTimeoutDefault );
static object s_syncRoot = new object();
ManualResetEvent m_uiStatusRecieved; //used by the ShowUI method to know when the ui agent has completed.
AutoResetEvent m_agentGetWorkStart;
AutoResetEvent m_agentGetWorkComplete; // When set the uiagent process should call the GetWork Method
ClientUIRequest m_request; // The request the uiagent is associated with if any.
int m_tsSessionId; // The TS session of this uiagent.
Process m_process; // The uiagent process.
EventHandler m_processExitHandler;
System.Threading.Timer m_timer;
string m_trustedUserSid; // Logon Sid the agent is running under
SafeNativeHandle m_trustedUserToken; // User token the agent and accessibility apps will run under
string m_desktopName; // Infocard secure desktop name.
string m_user; // string sid of user for which this uiagent was created.
CallMode m_mode;
RpcUIAgentGetWorkCallback m_getWorkCallback; //Hold reference to prevent cleanup.
ClientUIRequest.RequestResult m_currentStatus; //Holds the current status fo the UI.
object m_memberSync;
public enum CallMode
{
Sleep = 0, // indicating request to let the UIAgent sleep
Initialize = 1, // Show initial splash screen and OOB
GetToken = 2, // When a client requests for a security token
Manage = 3, // Infocard Management mode
Import = 4, // Started via Import API
Shutdown = 5, // Indicating request to shutdown the UIAgent
Crash = 6, // Indicates a crash on the service side.
Error = 7, // Indicates that the agent should show the last processing exception.
Release = 8, // last call before state is torn down.
};
//
// Summary:
// Constructs a new UIAgent instance and starts the UI Agent process.
//
// Parameters:
// callerPid - The request that this UI Agent will be replaced with.
// userIdentity - The identity of the user that the agent should run as
// tsSessionId - The tsSession that the process should be created for.
//
private InfoCardUIAgent( int callerPid, WindowsIdentity userIdentity, int tsSessionId )
{
m_agentGetWorkStart = new AutoResetEvent( false );
m_agentGetWorkComplete = new AutoResetEvent( false );
m_uiStatusRecieved = new ManualResetEvent( false );
m_tsSessionId = tsSessionId;
m_timer = null;
IntPtr processHandle = IntPtr.Zero;
IntPtr trustedUserToken = IntPtr.Zero;
int processId = 0;
m_mode = CallMode.Sleep; // We start our process state in sleep mode, so the initial initalize will get sent.
m_currentStatus = ClientUIRequest.RequestResult.Pending;
m_user = userIdentity.User.ToString();
m_memberSync = new object();
//
// Verify the signature on the agent executable
//
int error = NativeMcppMethods.VerifyTrust( UiAgentFullPath );
if( 0 != error )
{
//
// Log and failfast. Most likely icardagt signing verification failed.
//
Microsoft.InfoCards.Diagnostics.InfoCardTrace.FailFast( SR.GetString( SR.FailedToVerifySignature, error ) );
}
IntPtr jobHandle = IntPtr.Zero;
//
// We call this method with a null handle as we do not want this
// process to be put in a job.
//
bool fUseElevatedToken = false;
error = ( int ) NativeMcppMethods.CreateProcessAsTrustedUserWrapper(
UiAgentFullPath,
"",
(uint)callerPid,
@"WinSta0\Default",
userIdentity.Name,
(uint)m_tsSessionId,
ref trustedUserToken,
ref processHandle,
ref processId,
jobHandle, // null handle
ref m_trustedUserSid,
fUseElevatedToken );
if( 0 != error )
{
//
// For other errors we'll not crash the service
//
throw IDT.ThrowHelperError( new FailedToStartupUIException(
SR.GetString( SR.CreateProcessFailed, error ),
new Win32Exception( error ) ) );
}
m_trustedUserToken = new SafeNativeHandle( trustedUserToken, true );
IDT.TraceDebug( "UIAGENT: Trusted User Sid:" + m_trustedUserSid );
using( SafeWaitHandle quickhandle = new SafeWaitHandle( processHandle, true ) )
{
//
// Get a managed process instance to hold on to and hook
// in to the Exited event.
//
m_process = ProcessMonitor.GetProcessById( ( int ) processId );
m_processExitHandler = new EventHandler( OnProcessExit );
m_process.Exited += m_processExitHandler;
//
// Make sure the process didn't exit while we were setting
// up the managed handler.
//
Utility.ThrowIfProcessExited( quickhandle );
}
}
public uint ProcessId
{
get { return (uint) m_process.Id; }
}
public string DesktopName
{
get { return m_desktopName; }
}
private ClientUIRequest Request
{
get { return m_request; }
}
public int TsSessionId
{
get { return m_tsSessionId; }
}
public bool IsActive
{
get
{
switch( m_mode )
{
case CallMode.GetToken:
case CallMode.Manage:
case CallMode.Import:
case CallMode.Error:
return true;
default:
return false;
}
}
}
public bool IsShuttingDown
{
get { return m_mode == CallMode.Shutdown; }
}
public SafeNativeHandle TrustedUserToken
{
get
{
return m_trustedUserToken;
}
}
public string TrustedUserSid
{
get
{
return m_trustedUserSid;
}
}
public string User
{
get { return m_user; }
}
//
// Summary:
// See if the default idleTimeout has been overridden and set it if necessary
//
static private void InitializeIfNecessary()
{
if( s_initialized )
{
return;
}
lock( s_syncRoot )
{
if( !s_initialized )
{
using( RegistryKey rk = Registry.LocalMachine.OpenSubKey( IdleTimeoutKey, false ) )
{
if( null != rk )
{
object sleepTime = rk.GetValue( IdleTimeoutValue, IdleTimeoutDefault );
if( sleepTime is int && (int)sleepTime > 0 )
{
s_idleTimeout = new TimeSpan( 0,0,(int)sleepTime );
}
}
}
s_initialized = true;
}
}
}
//
// Summary:
// Called by InfoCardRequest when it needs a UIAgent. This method checks to see whether there
// are any already existing UIAgents that are just waiting to serve another request or whether it
// needs to create a new one altogether, and does the appropriate thing.
//
// Parameters:
// callerPid - The request that this UI Agent will be replaced with.
// userIdentity - The identity of the user that the agent should run as
// tsSessionId - The tsSession that the process should be created for.
//
static public InfoCardUIAgent Create( int callerPid, WindowsIdentity callerIdentity, int tsSessionId )
{
InitializeIfNecessary();
InfoCardUIAgent uiagent = null;
lock( s_syncRoot )
{
ThrowIfShuttingDown();
uiagent = ( InfoCardUIAgent ) s_sessionIdCollection[ (uint)tsSessionId ];
if( null != uiagent )
{
if( uiagent.IsShuttingDown )
{
//
// This one is already going away, we'll need a new one.
//
uiagent = null;
}
else if( null != uiagent.Request )
{
throw IDT.ThrowHelperError( new ServiceBusyException() );
}
else if( uiagent.User != callerIdentity.User.ToString() )
{
//
// We can't use the existing agent since it's for a different user. Shutdown the existing
// agent.
//
uiagent.Shutdown();
uiagent = null;
}
else
{
//
// Fall through.
//
}
}
if( null == uiagent )
{
//
// Start a new UI Agent.
//
uiagent = new InfoCardUIAgent( callerPid, callerIdentity, tsSessionId );
//
// Add it to the static lists.
//
s_pidCollection[ uiagent.ProcessId ] = uiagent;
s_sessionIdCollection[ (uint)tsSessionId ] = uiagent;
}
}
return uiagent;
}
public RpcUIAgentGetWorkCallback Bind(
string desktopName,
out SecurityIdentifier userSid,
out SafeWaitHandle hStartEvent,
out SafeWaitHandle hCompleteEvent )
{
lock( m_memberSync )
{
userSid = new SecurityIdentifier( m_trustedUserSid );
hStartEvent = Utility.GetRemoteHandleFromLocalHandle(
m_agentGetWorkStart.SafeWaitHandle,
m_process );
hCompleteEvent = Utility.GetRemoteHandleFromLocalHandle(
m_agentGetWorkComplete.SafeWaitHandle,
m_process );
m_desktopName = desktopName;
return ( m_getWorkCallback = new RpcUIAgentGetWorkCallback( GetWork ) );
}
}
//
// Summary:
// Resets the current status to pending, and resets the sync handle.
//
public void ResetUIResult()
{
m_currentStatus = ClientUIRequest.RequestResult.Pending;
m_uiStatusRecieved.Reset();
}
//
// Summary:
// Show the UI
//
public ClientUIRequest.RequestResult ShowUI( CallMode mode )
{
//
// if we have not yet recieved a status
// In some cases we may have recieved a cancel/error durring the
// the splash screen/oobe, which would set the m_currentStatus to cancel/error
//
if( ClientUIRequest.RequestResult.Pending == m_currentStatus )
{
bool waitForChange = false;
lock( m_memberSync )
{
if( ClientUIRequest.RequestResult.Pending == m_currentStatus )
{
//
// Signal the agent to pick up the new mode.
//
switch( mode )
{
case CallMode.GetToken:
case CallMode.Manage:
case CallMode.Import:
case CallMode.Error:
if( SetMode( mode ) )
{
waitForChange = true;
}
break;
default:
IDT.ThrowInvalidArgumentConditional( true, "mode" );
break;
}
}
}
//
// Always wait for change outside the lock.
//
if( waitForChange )
{
WaitForModeChange();
}
//
// Wait for the agent to signal to us that the ui has send a result
//
m_uiStatusRecieved.WaitOne();
}
return m_currentStatus;
}
//
// Summary:
// updates the UI Status info
//
public void SetUIStatus( ClientUIRequest.RequestResult status )
{
lock( m_memberSync )
{
//
// update the status
//
m_currentStatus = status;
//
// Before we signal the primary thread that the results are ready,
// we will tell the parent request that a cancel occured to allow it
// to clean up an local long lived operations.
//
if( null != m_request
&& ( ClientUIRequest.RequestResult.Cancel == m_currentStatus
|| ClientUIRequest.RequestResult.Untrusted == m_currentStatus
|| ClientUIRequest.RequestResult.Error == m_currentStatus ) )
{
m_request.UserCancel( ClientUIRequest.RequestResult.Untrusted == m_currentStatus );
}
//
// signal to any waiting threads that the results are ready
//
m_uiStatusRecieved.Set();
}
}
public void SetRequest( ClientUIRequest request )
{
IDT.Assert( null != request, "Request should not be null" );
bool waitForChange = false;
//
// Take the global lock.
// This method interacts with globally checked resources (m_request),
// so it must use the static lock
//
lock( s_syncRoot )
{
//
// We have taken the s_syncRoot lock already.
//
if( null != m_timer )
{
m_timer.Dispose();
m_timer = null;
}
m_request = request;
if( SetMode( CallMode.Initialize ) )
{
waitForChange = true;
}
//
// reset the ui status event and the last status.
//
m_currentStatus = ClientUIRequest.RequestResult.Pending;
m_uiStatusRecieved.Reset();
}
//
// Always wait for change outside the lock.
//
if( waitForChange )
{
WaitForModeChange();
}
}
bool SetMode( CallMode mode )
{
bool bChangedMode = false;
lock( m_memberSync )
{
if( CallMode.Shutdown != m_mode && m_mode != mode )
{
switch( mode )
{
case CallMode.Sleep:
IDT.ThrowInvalidArgumentConditional( m_mode != CallMode.Release, "mode" );
break;
case CallMode.Release:
switch( m_mode )
{
case CallMode.Initialize:
case CallMode.GetToken:
case CallMode.Manage:
case CallMode.Import:
case CallMode.Error:
break;
default:
IDT.ThrowInvalidArgumentConditional( true, "mode" );
break;
}
break;
case CallMode.Shutdown:
break;
case CallMode.GetToken:
case CallMode.Manage:
case CallMode.Import:
case CallMode.Error:
//
// Throw if current mode isn't initialize mode.
//
IDT.ThrowInvalidArgumentConditional( m_mode != CallMode.Initialize, "mode" );
break;
case CallMode.Initialize:
//
// Throw if current mode isn't sleep mode.
//
IDT.ThrowInvalidArgumentConditional( m_mode != CallMode.Sleep, "mode" );
break;
default:
IDT.ThrowInvalidArgumentConditional( true, "mode" );
break;
}
m_mode = mode;
bChangedMode = true;
}
}
return bChangedMode;
}
public void ReleaseUI()
{
if( IsActive || CallMode.Initialize == m_mode )
{
if( SetMode( CallMode.Release ) )
{
WaitForModeChange();
}
}
}
void WaitForModeChange()
{
m_agentGetWorkStart.Set();
//
// This is added to prevent unbounded waits. Some scenarios like intensive disk IO can cause long delays
// and thus the time out has been set to 5 minutes.
// Some services like Human Interface devices and utilman can hold
// on to a desktop handle for the secure desktop. In such instances there is no way to switch
// back from the infocard UI.
//
if( false == m_agentGetWorkComplete.WaitOne(
AgentStateChangeTimeOut ,
false ) )
{
Utility.KillHelper( m_process );
throw IDT.ThrowHelperError( new CommunicationException( SR.GetString( SR.UIAgentCrash ) ) );
}
}
//
// Summary:
// Called by the UI Agent process whenever the event passed in to GetByPid is signalled and right after calling
// GetByPid in order to get work and connect the UI Agent directly to the relevant request object.
//
// Parameters:
// mode - returns the mode in which the UI Agent should start in.
// requestHandle - handle to client request
//
void GetWork( out InfoCardUIAgent.CallMode mode, out int requestHandle )
{
//
// Take the global lock.
// This method interacts with globally checked resources (IsShuttingDown),
// so it must use the static lock
//
lock ( m_memberSync )
{
mode = CallMode.Shutdown;
requestHandle = 0;
try
{
mode = m_mode;
if( null != m_request )
{
requestHandle = m_request.RequestHandle;
}
if( mode == CallMode.Sleep )
{
//
// Returning a new sleep mode, start the kill timer.
//
m_timer = new System.Threading.Timer(IDT.ThunkCallback(new TimerCallback(OnTimeout)),
null, // no state
s_idleTimeout,
new TimeSpan( 0, 0, 0, 0, -1 ) ); // not a periodic timer.
}
}
#pragma warning disable 56500 // do not catch non-recoverable exceptions
catch ( Exception e )
{
if ( IDT.IsFatal( e ) )
{
InfoCardService.Crash( e );
}
IDT.TraceDebug( "An exception was generated: \n{0}", e.ToString() );
ClientUIRequest request = this.Request;
if ( null != request )
{
request.ProcessingException = e;
}
}
#pragma warning restore 56500
}
}
//
// Summary:
// Disassociates this UI Agent with the request passed in.
//
// Parameters:
// request - the request to disassociate this uiagent from
//
public void ClearRequest( ClientUIRequest request )
{
//
// Take the global lock.
// This method interacts with globally checked resources (m_request),
// so it must use the static lock
//
bool bWaitForChange = false;
lock( s_syncRoot )
{
if( m_request == request )
{
//
// Once the request is cleared,
// tell the UI to go to sleep.
//
if( SetMode( CallMode.Sleep ) )
{
bWaitForChange = true;
}
m_request = null;
}
}
//
// Always wait for change outside the lock.
//
if( bWaitForChange )
{
WaitForModeChange();
//
// After we set the UI Agent to sleep, if it indicated
// to us (by returning and Error result) that it needs
// to terminate gracefully, we send the shutdown command
// to terminate the process.
//
if( ClientUIRequest.RequestResult.Error == m_currentStatus )
{
Shutdown();
}
}
}
//
// Summary:
// Fires when m_timer fires. Used to control how long a UI Agent process sleeps waiting for another
// request.
//
// Parameters:
// state - ignored
//
private void OnTimeout( object state )
{
lock( s_syncRoot )
{
if( null == m_request && !IsShuttingDown )
{
Shutdown();
}
}
}
//
// Summary:
// Handler for UI Agent process exit cleanup
//
private void OnProcessExit( int exitCode )
{
lock( s_syncRoot )
{
//
// Set shutdown mode.
//
m_mode = CallMode.Shutdown;
s_pidCollection.Remove( (uint)this.ProcessId );
s_sessionIdCollection.Remove( (uint)this.TsSessionId );
if( null != m_request )
{
//
// The only states where pending IO can still be going, or the actual
// error has not already been received, we use the exit code to determine
// the exit result, and modify the result accordingly.
// Pending state means we have not received the result yet.
// Ok state means that we were given the go-ahead to continue processing
// so there may be outstanding IO we need to cancel.
//
if( ClientUIRequest.RequestResult.Pending == m_currentStatus
|| ClientUIRequest.RequestResult.Ok == m_currentStatus )
{
EventCode exitEventCode = ( EventCode ) exitCode;
//
// NOTE: We manually set the result to error and single
// the handle in this case. This prevents us from taking
// the member lock that could be held by the ShowUI method during
// the change mode call and dead locking.
//
switch( exitEventCode )
{
//
// Results when UI exits from cancel on the final progress page.
// Example: It could be a milicious resource STS (an STS that returns HTTP100 continue messages
// for ever, and never lets the soap call return)in the browser case,
// and that happens after send the UIEnd result of Ok.
// So the only way for us to tell the service that the user wants to cancel, is to kill the process
// because thats the only thread left listening to the agent process
//
case EventCode.E_ICARD_USERCANCELLED:
m_request.UserCancel( false );
m_currentStatus = ClientUIRequest.RequestResult.Cancel;
break;
//
// Results when UI exits from user choosing "Exit to safe site" on last page
//
case EventCode.E_ICARD_UNTRUSTED:
m_request.UserCancel( true );
m_currentStatus = ClientUIRequest.RequestResult.Untrusted;
break;
//
// Results if the UI exits due to an unhandled InfoCardException
// being thrown. Example: Out of memory error during
// creation of the private desktop.
//
case EventCode.E_ICARD_UI_INITIALIZATION:
m_request.UserCancel( false );
m_currentStatus = ClientUIRequest.RequestResult.UIFailedInitialization;
break;
//
// Results if the UI exits due to an unexpected error condition
//
default:
m_request.UserCancel( false );
m_currentStatus = ClientUIRequest.RequestResult.UICrashed;
break;
}
m_uiStatusRecieved.Set();
}
}
//
// Ensure that this is set, to allow any pending threads
// that are currently waiting for the mode change signal
// from the agent to continue.
//
m_agentGetWorkComplete.Set();
if( s_isShuttingDown )
{
if( 0 == s_pidCollection.Count )
{
//
// The system is shutting down and this was the last uiagent to quite. Signal
// the DoShutdown method that we are done shutting down.
//
s_doneShuttingDownEvent.Set();
}
}
if( null != m_timer )
{
m_timer.Dispose();
m_timer = null;
}
if( null != m_trustedUserToken )
{
m_trustedUserToken.Dispose();
m_trustedUserToken = null;
}
}
}
//
// Summary:
// Handle event that fires when the UI Agent process exits
//
// Args:
// sender - ignored
// e - ignored
//
private void OnProcessExit( object sender, EventArgs e )
{
m_process.Exited -= m_processExitHandler;
Process agentExited = sender as Process;
IDT.Assert( null != agentExited, "Should be of type process." );
IDT.Assert( agentExited.ExitCode == m_process.ExitCode, "Should be the same!" );
OnProcessExit( agentExited.ExitCode );
}
private static void ThrowIfShuttingDown()
{
if( s_isShuttingDown )
{
throw IDT.ThrowHelperError( new SystemShuttingDownException() );
}
}
//
// Summary:
// Alerts the UI Agent process that it should shut down.
//
private void Shutdown()
{
if( SetMode( CallMode.Shutdown ) )
{
WaitForModeChange();
}
}
private void Kill()
{
Utility.KillHelper( m_process );
}
//
// Summary:
// Whenever a logout occurs on the system we need to see if we have an agent up, and if so
// kill it.
//
public static void OnLogout( uint sessionId )
{
if( !s_initialized )
{
return;
}
InfoCardUIAgent agent = null;
lock( s_syncRoot )
{
agent = (InfoCardUIAgent)s_sessionIdCollection[ sessionId ];
if( null != agent )
{
agent.Shutdown();
}
}
return;
}
public static void DoShutdown()
{
bool needToWait = false;
if( !s_initialized )
{
return;
}
lock( s_syncRoot )
{
s_isShuttingDown = true;
foreach( InfoCardUIAgent agent in s_sessionIdCollection.Values )
{
needToWait = true;
agent.Shutdown();
}
}
if( needToWait )
{
bool signaled = s_doneShuttingDownEvent.WaitOne( new TimeSpan( 0, 0, 15 ), false );
if( !signaled )
{
lock( s_syncRoot )
{
foreach( InfoCardUIAgent agent in s_sessionIdCollection.Values )
{
IDT.TraceDebug( "Have to kill the agent for some reason.");
agent.Kill();
}
}
}
}
}
//
// Summary:
// Return the InfoCardUIAgent based on pid passed in
//
// Args:
// pid - the pid of the UI Agent object that is requested
//
public static InfoCardUIAgent FindByPid( uint pid )
{
lock ( s_syncRoot )
{
return ( InfoCardUIAgent ) s_pidCollection[ pid ];
}
}
}
}
// File provided for Reference Use Only by Microsoft Corporation (c) 2007.
// Copyright (c) Microsoft Corporation. All rights reserved.
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- KoreanLunisolarCalendar.cs
- EditableTreeList.cs
- ObjectResult.cs
- ExceptionAggregator.cs
- DataAdapter.cs
- SwitchElementsCollection.cs
- TextBlockAutomationPeer.cs
- AlgoModule.cs
- ContractMapping.cs
- BooleanConverter.cs
- FileInfo.cs
- AccessViolationException.cs
- DefaultSettingsSection.cs
- Interop.cs
- InputScopeManager.cs
- AnonymousIdentificationSection.cs
- CryptoApi.cs
- TextureBrush.cs
- SignedXml.cs
- PEFileEvidenceFactory.cs
- GradientSpreadMethodValidation.cs
- RolePrincipal.cs
- Token.cs
- Parser.cs
- HtmlElementErrorEventArgs.cs
- PropertyDescriptorCollection.cs
- LambdaCompiler.Generated.cs
- IncomingWebRequestContext.cs
- FormsIdentity.cs
- SecurityStateEncoder.cs
- WebPartConnectionCollection.cs
- WebPartTransformerCollection.cs
- WebBrowserEvent.cs
- ContainerSelectorGlyph.cs
- VisualTreeHelper.cs
- VectorAnimationUsingKeyFrames.cs
- TextWriter.cs
- CmsInterop.cs
- TextDocumentView.cs
- DataTableCollection.cs
- UpDownBase.cs
- Object.cs
- DataSourceXmlClassAttribute.cs
- XmlSerializerSection.cs
- Schedule.cs
- InitializerFacet.cs
- Image.cs
- PageBreakRecord.cs
- DynamicScriptObject.cs
- CFGGrammar.cs
- Decimal.cs
- SuppressMergeCheckAttribute.cs
- Menu.cs
- DataGridViewTextBoxCell.cs
- ExtensibleClassFactory.cs
- SchemaImporterExtensionsSection.cs
- FormatterServices.cs
- AdapterDictionary.cs
- BitmapPalette.cs
- CustomError.cs
- AudioFormatConverter.cs
- UIElementParagraph.cs
- ExecutedRoutedEventArgs.cs
- Brush.cs
- TableAdapterManagerNameHandler.cs
- SamlConstants.cs
- TemplatePropertyEntry.cs
- EntityTypeEmitter.cs
- SerTrace.cs
- GridItemPattern.cs
- ApplicationProxyInternal.cs
- ProcessThreadCollection.cs
- FlowDecisionDesigner.xaml.cs
- VirtualPathProvider.cs
- ZipIOCentralDirectoryFileHeader.cs
- CommandEventArgs.cs
- WebGetAttribute.cs
- QilXmlReader.cs
- FieldBuilder.cs