Code:
/ Net / Net / 3.5.50727.3053 / DEVDIV / depot / DevDiv / releases / Orcas / SP / wpf / src / Core / CSharp / MS / Internal / TextFormatting / TextRunCacheImp.cs / 1 / TextRunCacheImp.cs
//------------------------------------------------------------------------
//
// Microsoft Windows Client Platform
// Copyright (C) Microsoft Corporation, 2001
//
// File: TextRunCacheImp.cs
//
// Contents: Cache of text and text properties of run
//
// Created: 2-25-2003 Worachai Chaoweeraprasit (wchao)
//
//-----------------------------------------------------------------------
using System;
using System.Collections.Generic;
using System.Globalization;
using System.Windows;
using System.Diagnostics;
using System.Windows.Media.TextFormatting;
using SR=MS.Internal.PresentationCore.SR;
using SRID=MS.Internal.PresentationCore.SRID;
namespace MS.Internal.TextFormatting
{
///
/// TextFormatter caches runs it receives from GetTextRun callback. This cache
/// object is managed by text layout client.
///
/// This method is used to improve performance in application whose fetching the
/// run has significant performance implication. Application using this caching
/// mechanism is responsible for invalidating the content in the cache when
/// its changed.
///
internal sealed class TextRunCacheImp
{
private SpanVector _textRunVector; // text run vector indexed by cp
private SpanPosition _latestPosition;
///
/// Default constructor used internally
///
///
/// Text layout client never create their own run cache as its implementation
/// should be opaque to them.
///
internal TextRunCacheImp()
{
_textRunVector = new SpanVector(null);
_latestPosition = new SpanPosition();
}
///
/// Client to notify change in part of the cache when text or
/// properties of the run is being added, removed or replaced.
///
///
/// The client's expectation of this notification is that TextFormatter
/// retains valid state for run cache in response to this change. It's
/// expected that at least TextFormatter will refetch the runs affected
/// by the change. Subsequent runs may or may not be refected depending
/// on the state of the cache after the change.
///
public void Change(
int textSourceCharacterIndex,
int addition,
int removal
)
{
if (textSourceCharacterIndex < 0)
return;
int cchActive = 0;
for (int i = 0; i < _textRunVector.Count; i++)
cchActive += _textRunVector[i].length;
if (textSourceCharacterIndex >= cchActive)
return;
SpanRider textRunSpanRider = new SpanRider(_textRunVector, _latestPosition, textSourceCharacterIndex);
_latestPosition = textRunSpanRider.SpanPosition;
// we remove runs from the cache starting from the one containing the change
// to the end of the active range. We do not try to interpret the scope of
// the change and try to minimize the range in which the cache is invalidated,
// because that would require an in-depth understanding of how our client
// implement their formatting change mechanism and how they respond to future
// refetch after the change which could vary among different clients. That
// kind of work is beyond the purpose of this notification.
_latestPosition = _textRunVector.SetValue(
textRunSpanRider.CurrentSpanStart,
cchActive - textRunSpanRider.CurrentSpanStart,
_textRunVector.Default,
_latestPosition
);
}
///
/// Fetch cached textrun
///
internal TextRun FetchTextRun(
FormatSettings settings,
int cpFetch,
int cpFirst,
out int offsetToFirstCp,
out int runLength
)
{
SpanRider textRunSpanRider = new SpanRider(_textRunVector, _latestPosition, cpFetch);
_latestPosition = textRunSpanRider.SpanPosition;
TextRun textRun = (TextRun)textRunSpanRider.CurrentElement;
if(textRun == null)
{
// run not already cached, fetch new run and cache it
textRun = settings.TextSource.GetTextRun(cpFetch);
if (textRun.Length < 1)
{
throw new ArgumentOutOfRangeException("textRun.Length", SR.Get(SRID.ParameterMustBeGreaterThanZero));
}
Plsrun plsrun = TextRunInfo.GetRunType(textRun);
if (plsrun == Plsrun.Text || plsrun == Plsrun.InlineObject)
{
TextRunProperties properties = textRun.Properties;
if (properties == null)
throw new ArgumentException(SR.Get(SRID.TextRunPropertiesCannotBeNull));
if (properties.FontRenderingEmSize <= 0)
throw new ArgumentException(SR.Get(SRID.PropertyOfClassMustBeGreaterThanZero, "FontRenderingEmSize", "TextRunProperties"));
double realMaxFontRenderingEmSize = settings.Formatter.IdealToReal(Constants.InfiniteWidth) / Constants.GreatestMutiplierOfEm;
if (properties.FontRenderingEmSize > realMaxFontRenderingEmSize)
throw new ArgumentException(SR.Get(SRID.PropertyOfClassCannotBeGreaterThan, "FontRenderingEmSize", "TextRunProperties", realMaxFontRenderingEmSize));
CultureInfo culture = CultureMapper.GetSpecificCulture(properties.CultureInfo);
if (culture == null)
throw new ArgumentException(SR.Get(SRID.PropertyOfClassCannotBeNull, "CultureInfo", "TextRunProperties"));
if (properties.Typeface == null)
throw new ArgumentException(SR.Get(SRID.PropertyOfClassCannotBeNull, "Typeface", "TextRunProperties"));
}
//
// TextRun is specifial to SpanVector because TextRun also encodes position which needs to be
// consistent with the positions encoded by SpanVector. In run cache, the begining of a span
// should always correspond to the begining of a cached text run. If the end of the currently fetched
// run overlaps with the begining of an already cached run, the begining of the cached run needs to be
// adjusted as well as its span. Because we can't gurantee the correctness of the overlapped range
// so we'll simply remove the overlapped runs here.
//
// Move the rider to the end of the current run
textRunSpanRider.At(cpFetch + textRun.Length - 1);
_latestPosition = textRunSpanRider.SpanPosition;
if (textRunSpanRider.CurrentElement != _textRunVector.Default)
{
// The end overlaps with one or more cached runs, clear the range from the
// begining of the current fetched run to the end of the last overlapped cached run.
_latestPosition = _textRunVector.SetReference(
cpFetch,
textRunSpanRider.CurrentPosition + textRunSpanRider.Length - cpFetch,
_textRunVector.Default,
_latestPosition
);
}
_latestPosition = _textRunVector.SetReference(cpFetch, textRun.Length, textRun, _latestPosition);
// Refresh the rider's SpanPosition following previous SpanVector.SetReference calls
textRunSpanRider.At(_latestPosition, cpFetch);
}
offsetToFirstCp = textRunSpanRider.CurrentPosition - textRunSpanRider.CurrentSpanStart;
runLength = textRunSpanRider.Length;
Debug.Assert(textRun != null && runLength > 0, "Invalid run!");
bool isText = textRun is ITextSymbols;
if (isText)
{
// Chop text run to optimal length so we dont spend forever analysing
// them all at once.
int looseCharLength = TextStore.TypicalCharactersPerLine - cpFetch + cpFirst;
if(looseCharLength <= 0)
{
// this line already exceeds typical line length, incremental fetch goes
// about a quarter of the typical length.
looseCharLength = (int)Math.Round(TextStore.TypicalCharactersPerLine * 0.25);
}
if(runLength > looseCharLength)
{
if (TextRunInfo.GetRunType(textRun) == Plsrun.Text)
{
//
// When chopping the run at the typical line length,
// - don't chop in between of higher & lower surrogate
// - don't chop combining mark away from its base character
// - don't chop joiner from surrounding characters
//
// Starting from the initial chopping point, we look ahead to find a safe position. We stop at
// a limit in case the run consists of many combining mark & joiner. That is rare and doesn't make
// much sense in shaping already.
//
CharacterBufferReference charBufferRef = textRun.CharacterBufferReference;
// We look ahead by one more line at most. It is not normal to have
// so many combining mark or joiner characters in a row. It doesn't make sense to
// look further if so.
int lookAheadLimit = Math.Min(runLength, looseCharLength + TextStore.TypicalCharactersPerLine);
int sizeOfChar = 0;
int endOffset = 0;
bool canBreakAfterPrecedingChar = false;
for (endOffset = looseCharLength - 1; endOffset < lookAheadLimit; endOffset += sizeOfChar)
{
CharacterBufferRange charString = new CharacterBufferRange(
charBufferRef.CharacterBuffer,
charBufferRef.OffsetToFirstChar + offsetToFirstCp + endOffset,
runLength - endOffset
);
int ch = Classification.UnicodeScalar(charString, out sizeOfChar);
// We can only safely break if the preceding char is not a joiner character (i.e. can-break-after),
// and the current char is not combining or joiner (i.e. can-break-before).
if (canBreakAfterPrecedingChar && !Classification.IsCombining(ch) && !Classification.IsJoiner(ch) )
{
break;
}
canBreakAfterPrecedingChar = !Classification.IsJoiner(ch);
}
looseCharLength = Math.Min(runLength, endOffset);
}
runLength = looseCharLength;
}
}
Debug.Assert(
// valid run found
runLength > 0
// non-text run always fetched at run start
&& ( isText
|| textRunSpanRider.CurrentSpanStart - textRunSpanRider.CurrentPosition == 0)
// span rider of both text and format point to valid position
&& (textRunSpanRider.Length > 0 && textRunSpanRider.CurrentElement != null),
"Text run fetching error!"
);
return textRun;
}
///
/// Get text immediately preceding cpLimit.
///
internal TextSpan GetPrecedingText(TextSource textSource, int cpLimit)
{
if (cpLimit > 0)
{
SpanRider textRunSpanRider = new SpanRider(_textRunVector, _latestPosition);
if (textRunSpanRider.At(cpLimit - 1))
{
CharacterBufferRange charString = CharacterBufferRange.Empty;
CultureInfo culture = null;
TextRun run = textRunSpanRider.CurrentElement as TextRun;
if (run != null)
{
// Only TextRun containing text would have non-empty Character buffer range.
if ( TextRunInfo.GetRunType(run) == Plsrun.Text
&& run.CharacterBufferReference.CharacterBuffer != null)
{
charString = new CharacterBufferRange(
run.CharacterBufferReference,
cpLimit - textRunSpanRider.CurrentSpanStart);
culture = CultureMapper.GetSpecificCulture(run.Properties.CultureInfo);
}
return new TextSpan(
cpLimit - textRunSpanRider.CurrentSpanStart, // cp length
new CultureSpecificCharacterBufferRange(culture, charString)
);
}
}
}
// not in cache so call back to client
return textSource.GetPrecedingText(cpLimit);
}
///
/// Return all TextRuns cached. If for a particular range there is no TextRun cached, the TextSpan would
/// contain null TextRun object.
///
internal IList> GetTextRunSpans()
{
IList> textRunList = new List>(_textRunVector.Count);
for (int i = 0; i < _textRunVector.Count; i++)
{
Span currentSpan = _textRunVector[i];
textRunList.Add(new TextSpan(currentSpan.length, currentSpan.element as TextRun));
}
return textRunList;
}
}
}
// File provided for Reference Use Only by Microsoft Corporation (c) 2007.
// Copyright (c) Microsoft Corporation. All rights reserved.
//------------------------------------------------------------------------
//
// Microsoft Windows Client Platform
// Copyright (C) Microsoft Corporation, 2001
//
// File: TextRunCacheImp.cs
//
// Contents: Cache of text and text properties of run
//
// Created: 2-25-2003 Worachai Chaoweeraprasit (wchao)
//
//-----------------------------------------------------------------------
using System;
using System.Collections.Generic;
using System.Globalization;
using System.Windows;
using System.Diagnostics;
using System.Windows.Media.TextFormatting;
using SR=MS.Internal.PresentationCore.SR;
using SRID=MS.Internal.PresentationCore.SRID;
namespace MS.Internal.TextFormatting
{
///
/// TextFormatter caches runs it receives from GetTextRun callback. This cache
/// object is managed by text layout client.
///
/// This method is used to improve performance in application whose fetching the
/// run has significant performance implication. Application using this caching
/// mechanism is responsible for invalidating the content in the cache when
/// its changed.
///
internal sealed class TextRunCacheImp
{
private SpanVector _textRunVector; // text run vector indexed by cp
private SpanPosition _latestPosition;
///
/// Default constructor used internally
///
///
/// Text layout client never create their own run cache as its implementation
/// should be opaque to them.
///
internal TextRunCacheImp()
{
_textRunVector = new SpanVector(null);
_latestPosition = new SpanPosition();
}
///
/// Client to notify change in part of the cache when text or
/// properties of the run is being added, removed or replaced.
///
///
/// The client's expectation of this notification is that TextFormatter
/// retains valid state for run cache in response to this change. It's
/// expected that at least TextFormatter will refetch the runs affected
/// by the change. Subsequent runs may or may not be refected depending
/// on the state of the cache after the change.
///
public void Change(
int textSourceCharacterIndex,
int addition,
int removal
)
{
if (textSourceCharacterIndex < 0)
return;
int cchActive = 0;
for (int i = 0; i < _textRunVector.Count; i++)
cchActive += _textRunVector[i].length;
if (textSourceCharacterIndex >= cchActive)
return;
SpanRider textRunSpanRider = new SpanRider(_textRunVector, _latestPosition, textSourceCharacterIndex);
_latestPosition = textRunSpanRider.SpanPosition;
// we remove runs from the cache starting from the one containing the change
// to the end of the active range. We do not try to interpret the scope of
// the change and try to minimize the range in which the cache is invalidated,
// because that would require an in-depth understanding of how our client
// implement their formatting change mechanism and how they respond to future
// refetch after the change which could vary among different clients. That
// kind of work is beyond the purpose of this notification.
_latestPosition = _textRunVector.SetValue(
textRunSpanRider.CurrentSpanStart,
cchActive - textRunSpanRider.CurrentSpanStart,
_textRunVector.Default,
_latestPosition
);
}
///
/// Fetch cached textrun
///
internal TextRun FetchTextRun(
FormatSettings settings,
int cpFetch,
int cpFirst,
out int offsetToFirstCp,
out int runLength
)
{
SpanRider textRunSpanRider = new SpanRider(_textRunVector, _latestPosition, cpFetch);
_latestPosition = textRunSpanRider.SpanPosition;
TextRun textRun = (TextRun)textRunSpanRider.CurrentElement;
if(textRun == null)
{
// run not already cached, fetch new run and cache it
textRun = settings.TextSource.GetTextRun(cpFetch);
if (textRun.Length < 1)
{
throw new ArgumentOutOfRangeException("textRun.Length", SR.Get(SRID.ParameterMustBeGreaterThanZero));
}
Plsrun plsrun = TextRunInfo.GetRunType(textRun);
if (plsrun == Plsrun.Text || plsrun == Plsrun.InlineObject)
{
TextRunProperties properties = textRun.Properties;
if (properties == null)
throw new ArgumentException(SR.Get(SRID.TextRunPropertiesCannotBeNull));
if (properties.FontRenderingEmSize <= 0)
throw new ArgumentException(SR.Get(SRID.PropertyOfClassMustBeGreaterThanZero, "FontRenderingEmSize", "TextRunProperties"));
double realMaxFontRenderingEmSize = settings.Formatter.IdealToReal(Constants.InfiniteWidth) / Constants.GreatestMutiplierOfEm;
if (properties.FontRenderingEmSize > realMaxFontRenderingEmSize)
throw new ArgumentException(SR.Get(SRID.PropertyOfClassCannotBeGreaterThan, "FontRenderingEmSize", "TextRunProperties", realMaxFontRenderingEmSize));
CultureInfo culture = CultureMapper.GetSpecificCulture(properties.CultureInfo);
if (culture == null)
throw new ArgumentException(SR.Get(SRID.PropertyOfClassCannotBeNull, "CultureInfo", "TextRunProperties"));
if (properties.Typeface == null)
throw new ArgumentException(SR.Get(SRID.PropertyOfClassCannotBeNull, "Typeface", "TextRunProperties"));
}
//
// TextRun is specifial to SpanVector because TextRun also encodes position which needs to be
// consistent with the positions encoded by SpanVector. In run cache, the begining of a span
// should always correspond to the begining of a cached text run. If the end of the currently fetched
// run overlaps with the begining of an already cached run, the begining of the cached run needs to be
// adjusted as well as its span. Because we can't gurantee the correctness of the overlapped range
// so we'll simply remove the overlapped runs here.
//
// Move the rider to the end of the current run
textRunSpanRider.At(cpFetch + textRun.Length - 1);
_latestPosition = textRunSpanRider.SpanPosition;
if (textRunSpanRider.CurrentElement != _textRunVector.Default)
{
// The end overlaps with one or more cached runs, clear the range from the
// begining of the current fetched run to the end of the last overlapped cached run.
_latestPosition = _textRunVector.SetReference(
cpFetch,
textRunSpanRider.CurrentPosition + textRunSpanRider.Length - cpFetch,
_textRunVector.Default,
_latestPosition
);
}
_latestPosition = _textRunVector.SetReference(cpFetch, textRun.Length, textRun, _latestPosition);
// Refresh the rider's SpanPosition following previous SpanVector.SetReference calls
textRunSpanRider.At(_latestPosition, cpFetch);
}
offsetToFirstCp = textRunSpanRider.CurrentPosition - textRunSpanRider.CurrentSpanStart;
runLength = textRunSpanRider.Length;
Debug.Assert(textRun != null && runLength > 0, "Invalid run!");
bool isText = textRun is ITextSymbols;
if (isText)
{
// Chop text run to optimal length so we dont spend forever analysing
// them all at once.
int looseCharLength = TextStore.TypicalCharactersPerLine - cpFetch + cpFirst;
if(looseCharLength <= 0)
{
// this line already exceeds typical line length, incremental fetch goes
// about a quarter of the typical length.
looseCharLength = (int)Math.Round(TextStore.TypicalCharactersPerLine * 0.25);
}
if(runLength > looseCharLength)
{
if (TextRunInfo.GetRunType(textRun) == Plsrun.Text)
{
//
// When chopping the run at the typical line length,
// - don't chop in between of higher & lower surrogate
// - don't chop combining mark away from its base character
// - don't chop joiner from surrounding characters
//
// Starting from the initial chopping point, we look ahead to find a safe position. We stop at
// a limit in case the run consists of many combining mark & joiner. That is rare and doesn't make
// much sense in shaping already.
//
CharacterBufferReference charBufferRef = textRun.CharacterBufferReference;
// We look ahead by one more line at most. It is not normal to have
// so many combining mark or joiner characters in a row. It doesn't make sense to
// look further if so.
int lookAheadLimit = Math.Min(runLength, looseCharLength + TextStore.TypicalCharactersPerLine);
int sizeOfChar = 0;
int endOffset = 0;
bool canBreakAfterPrecedingChar = false;
for (endOffset = looseCharLength - 1; endOffset < lookAheadLimit; endOffset += sizeOfChar)
{
CharacterBufferRange charString = new CharacterBufferRange(
charBufferRef.CharacterBuffer,
charBufferRef.OffsetToFirstChar + offsetToFirstCp + endOffset,
runLength - endOffset
);
int ch = Classification.UnicodeScalar(charString, out sizeOfChar);
// We can only safely break if the preceding char is not a joiner character (i.e. can-break-after),
// and the current char is not combining or joiner (i.e. can-break-before).
if (canBreakAfterPrecedingChar && !Classification.IsCombining(ch) && !Classification.IsJoiner(ch) )
{
break;
}
canBreakAfterPrecedingChar = !Classification.IsJoiner(ch);
}
looseCharLength = Math.Min(runLength, endOffset);
}
runLength = looseCharLength;
}
}
Debug.Assert(
// valid run found
runLength > 0
// non-text run always fetched at run start
&& ( isText
|| textRunSpanRider.CurrentSpanStart - textRunSpanRider.CurrentPosition == 0)
// span rider of both text and format point to valid position
&& (textRunSpanRider.Length > 0 && textRunSpanRider.CurrentElement != null),
"Text run fetching error!"
);
return textRun;
}
///
/// Get text immediately preceding cpLimit.
///
internal TextSpan GetPrecedingText(TextSource textSource, int cpLimit)
{
if (cpLimit > 0)
{
SpanRider textRunSpanRider = new SpanRider(_textRunVector, _latestPosition);
if (textRunSpanRider.At(cpLimit - 1))
{
CharacterBufferRange charString = CharacterBufferRange.Empty;
CultureInfo culture = null;
TextRun run = textRunSpanRider.CurrentElement as TextRun;
if (run != null)
{
// Only TextRun containing text would have non-empty Character buffer range.
if ( TextRunInfo.GetRunType(run) == Plsrun.Text
&& run.CharacterBufferReference.CharacterBuffer != null)
{
charString = new CharacterBufferRange(
run.CharacterBufferReference,
cpLimit - textRunSpanRider.CurrentSpanStart);
culture = CultureMapper.GetSpecificCulture(run.Properties.CultureInfo);
}
return new TextSpan(
cpLimit - textRunSpanRider.CurrentSpanStart, // cp length
new CultureSpecificCharacterBufferRange(culture, charString)
);
}
}
}
// not in cache so call back to client
return textSource.GetPrecedingText(cpLimit);
}
///
/// Return all TextRuns cached. If for a particular range there is no TextRun cached, the TextSpan would
/// contain null TextRun object.
///
internal IList> GetTextRunSpans()
{
IList> textRunList = new List>(_textRunVector.Count);
for (int i = 0; i < _textRunVector.Count; i++)
{
Span currentSpan = _textRunVector[i];
textRunList.Add(new TextSpan(currentSpan.length, currentSpan.element as TextRun));
}
return textRunList;
}
}
}
// 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
- VBIdentifierTrimConverter.cs
- ConfigXmlSignificantWhitespace.cs
- ReceiveContent.cs
- LexicalChunk.cs
- ProcessModule.cs
- COM2ExtendedTypeConverter.cs
- Constants.cs
- DefaultIfEmptyQueryOperator.cs
- FamilyMapCollection.cs
- SudsWriter.cs
- NGCSerializerAsync.cs
- SoapSchemaMember.cs
- TransformDescriptor.cs
- XmlDocumentFragment.cs
- BoundField.cs
- EntityDescriptor.cs
- ScrollBarAutomationPeer.cs
- TextElementCollection.cs
- PresentationTraceSources.cs
- ComplexType.cs
- Tablet.cs
- ItemPager.cs
- DesignerUtils.cs
- SupportsEventValidationAttribute.cs
- ResXFileRef.cs
- XmlExtensionFunction.cs
- DataControlField.cs
- DataGridViewRowPostPaintEventArgs.cs
- TraceData.cs
- XPathDocumentIterator.cs
- HwndProxyElementProvider.cs
- DocumentApplicationJournalEntry.cs
- NameNode.cs
- DataGridRowHeaderAutomationPeer.cs
- TemplatedWizardStep.cs
- BindingContext.cs
- OdbcReferenceCollection.cs
- PresentationSource.cs
- DataTableMapping.cs
- RequestQueue.cs
- XmlNavigatorStack.cs
- SignatureGenerator.cs
- TextElementEditingBehaviorAttribute.cs
- XPathSelectionIterator.cs
- TextMessageEncodingElement.cs
- QilStrConcatenator.cs
- CollectionBuilder.cs
- DefaultMemberAttribute.cs
- MergeLocalizationDirectives.cs
- IndexedString.cs
- DbProviderFactoriesConfigurationHandler.cs
- RawAppCommandInputReport.cs
- KeyManager.cs
- PriorityItem.cs
- VirtualizedContainerService.cs
- NavigateUrlConverter.cs
- FileAuthorizationModule.cs
- XamlSerializationHelper.cs
- SqlConnection.cs
- Object.cs
- SystemException.cs
- ListBindingHelper.cs
- DataGridViewDataConnection.cs
- UITypeEditor.cs
- LOSFormatter.cs
- XsdBuilder.cs
- DoWorkEventArgs.cs
- XmlSerializer.cs
- IPipelineRuntime.cs
- RuntimeEnvironment.cs
- FastEncoderWindow.cs
- HttpProxyTransportBindingElement.cs
- SqlUnionizer.cs
- Constant.cs
- SortFieldComparer.cs
- GeneralTransform3DCollection.cs
- TailCallAnalyzer.cs
- FacetChecker.cs
- NativeMethods.cs
- PropertyGridView.cs
- HtmlTextArea.cs
- DiscoveryClientChannelBase.cs
- StopRoutingHandler.cs
- VisualTreeUtils.cs
- DeploymentSectionCache.cs
- SelectorItemAutomationPeer.cs
- Viewport3DAutomationPeer.cs
- XmlSchemaInferenceException.cs
- wmiprovider.cs
- ExtendedPropertyCollection.cs
- QueryTaskGroupState.cs
- MimeImporter.cs
- ExtenderProvidedPropertyAttribute.cs
- ComponentConverter.cs
- ApplicationSecurityManager.cs
- SerialPinChanges.cs
- TileBrush.cs
- PropertyManager.cs
- Pkcs7Recipient.cs
- EntityConnectionStringBuilderItem.cs