private IEnumerable <XamlNode> LogicStream_Attribute()
{
XamlMember property = _xamlScanner.PropertyAttribute;
XamlText text = _xamlScanner.PropertyAttributeText;
if (_xamlScanner.IsCtorForcingMember)
{
_context.CurrentForcedToUseConstructor = true;
}
XamlNode startProperty = new XamlNode(XamlNodeType.StartMember, property);
yield return(startProperty);
if (text.LooksLikeAMarkupExtension)
{
MePullParser me = new MePullParser(_context);
foreach (XamlNode node in me.Parse(text.Text, LineNumber, LinePosition))
{
yield return(node);
}
}
else
{
XamlNode textNode = new XamlNode(XamlNodeType.Value, text.AttributeText);
yield return(textNode);
}
yield return(new XamlNode(XamlNodeType.EndMember));
}
private IEnumerable <XamlNode> LogicStream_Attribute()
{
XamlMember propertyAttribute = this._xamlScanner.PropertyAttribute;
XamlText propertyAttributeText = this._xamlScanner.PropertyAttributeText;
if (this._xamlScanner.IsCtorForcingMember)
{
this._context.CurrentForcedToUseConstructor = true;
}
XamlNode iteratorVariable2 = new XamlNode(XamlNodeType.StartMember, propertyAttribute);
yield return(iteratorVariable2);
if (propertyAttributeText.LooksLikeAMarkupExtension)
{
MePullParser iteratorVariable3 = new MePullParser(this._context);
foreach (XamlNode iteratorVariable4 in iteratorVariable3.Parse(propertyAttributeText.Text, this.LineNumber, this.LinePosition))
{
yield return(iteratorVariable4);
}
}
else
{
XamlNode iteratorVariable5 = new XamlNode(XamlNodeType.Value, propertyAttributeText.AttributeText);
yield return(iteratorVariable5);
}
yield return(new XamlNode(XamlNodeType.EndMember));
}
private string Logic_ApplyFinalTextTrimming(XamlText text)
{
ScannerNodeType peekNodeType = this._xamlScanner.PeekNodeType;
string source = text.Text;
if (!text.IsSpacePreserved)
{
switch (peekNodeType)
{
case ScannerNodeType.ENDTAG:
case ScannerNodeType.PROPERTYELEMENT:
case ScannerNodeType.EMPTYPROPERTYELEMENT:
source = XamlText.TrimTrailingWhitespace(source);
break;
}
XamlType currentPreviousChildType = this._context.CurrentPreviousChildType;
if ((currentPreviousChildType == null) || currentPreviousChildType.TrimSurroundingWhitespace)
{
source = XamlText.TrimLeadingWhitespace(source);
}
if ((peekNodeType != ScannerNodeType.ELEMENT) && (peekNodeType != ScannerNodeType.EMPTYELEMENT))
{
return(source);
}
if (this._xamlScanner.PeekType.TrimSurroundingWhitespace)
{
source = XamlText.TrimTrailingWhitespace(source);
}
}
return(source);
}
private void ReadInnerXDataSection()
{
XamlScannerNode item = new XamlScannerNode(this._xmlLineInfo);
this._xmlReader.MoveToContent();
string str = this._xmlReader.ReadInnerXml().Trim();
item.NodeType = ScannerNodeType.TEXT;
item.IsTextXML = true;
XamlText text = new XamlText(true);
text.Paste(str, false);
item.TextContent = text;
this._readNodesQueue.Enqueue(item);
this.ProcessCurrentXmlNode();
}
private void ReadInnerXDataSection()
{
XamlScannerNode node = new XamlScannerNode(_xmlLineInfo);
_xmlReader.MoveToContent(); // skip whitespaces
string xmlData = _xmlReader.ReadInnerXml();
xmlData = xmlData.Trim();
node.NodeType = ScannerNodeType.TEXT;
node.IsXDataText = true;
XamlText xmlText = new XamlText(true);
xmlText.Paste(xmlData, false);
node.TextContent = xmlText;
_readNodesQueue.Enqueue(node);
// Read InnerXml will advance over the End xData tag and
// we need to process the current XML state w/o going back for a Read().
ProcessCurrentXmlNode();
}
private string Logic_ApplyFinalTextTrimming(XamlText text)
{
ScannerNodeType nextNodeType = _xamlScanner.PeekNodeType;
string trimmed = text.Text;
if (!text.IsSpacePreserved)
{
// Trim trailing space from text if it is the last bit of content.
// End Element and End Property Element and Start of PE all end "content"
if (nextNodeType == ScannerNodeType.ENDTAG || nextNodeType == ScannerNodeType.PROPERTYELEMENT || nextNodeType == ScannerNodeType.EMPTYPROPERTYELEMENT)
{
trimmed = XamlText.TrimTrailingWhitespace(trimmed);
}
// If the text is the first thing, ie. before any element
// OR the previous element was "TrimSurroundingWhitespace"
// then trim leading Whitespace.
XamlType previousObject = _context.CurrentPreviousChildType;
if (previousObject == null || previousObject.TrimSurroundingWhitespace)
{
trimmed = XamlText.TrimLeadingWhitespace(trimmed);
}
// If next element is "TrimSurroundingWhitespace", trim trailing WS.
if (nextNodeType == ScannerNodeType.ELEMENT ||
nextNodeType == ScannerNodeType.EMPTYELEMENT)
{
XamlType nextXamlType = _xamlScanner.PeekType;
if (nextXamlType.TrimSurroundingWhitespace)
{
trimmed = XamlText.TrimTrailingWhitespace(trimmed);
}
}
}
return(trimmed);
}
private void ClearAccumulatedText()
{
_accumulatedText = null;
}
///////////////////////////
// PropertyContent ::= ( PREFIXDEFINITION* Element ) | TEXT
//
public IEnumerable <XamlNode> P_PropertyContent()
{
ScannerNodeType nodeType = _xamlScanner.NodeType;
List <XamlNode> _savedPrefixDefinitions = null;
string trimmed = string.Empty;
bool isTextXML = false;
switch (nodeType)
{
case ScannerNodeType.PREFIXDEFINITION:
case ScannerNodeType.ELEMENT:
case ScannerNodeType.EMPTYELEMENT:
case ScannerNodeType.TEXT:
if (nodeType == ScannerNodeType.TEXT)
{
XamlText text = _xamlScanner.TextContent;
if (Logic_IsDiscardableWhitespace(text))
{
trimmed = string.Empty;
}
else
{
trimmed = Logic_ApplyFinalTextTrimming(text);
}
isTextXML = _xamlScanner.IsXDataText;
_xamlScanner.Read();
if (ProvideLineInfo)
{
yield return(Logic_LineInfo());
}
if (trimmed == string.Empty)
{
break;
}
}
// Don't immediately emit the prefix Definitions.
// buffer them for moment because if this is the first object
// in a collection, we may need to jam an implicit _Items property
// in before the PrefixDef's and then the ObjectType.
while (nodeType == ScannerNodeType.PREFIXDEFINITION)
{
if (_savedPrefixDefinitions == null)
{
_savedPrefixDefinitions = new List <XamlNode>();
}
_savedPrefixDefinitions.Add(Logic_PrefixDefinition());
if (ProvideLineInfo)
{
_savedPrefixDefinitions.Add(Logic_LineInfo());
}
_xamlScanner.Read();
if (ProvideLineInfo)
{
yield return(Logic_LineInfo());
}
nodeType = _xamlScanner.NodeType;
}
// If this is TEXT and the current Property has a TypeConverter
// Then emit the TEXT now.
if (nodeType == ScannerNodeType.TEXT &&
_context.CurrentMember.TypeConverter != null)
{
yield return(new XamlNode(XamlNodeType.Value, trimmed));
}
else
{
// Check for any preambles we need to emit before the
// emitting the actual element or Text.
if (!_context.CurrentInCollectionFromMember)
{
// Check for and emit the get collection from member.
foreach (XamlNode node in LogicStream_CheckForStartGetCollectionFromMember())
{
yield return(node);
}
}
// We couldn't emit text in the code above (directly under the property).
// We have now (possibly) started a get collection from member. This TEXT might go
// under the _items.
// This might be <XDATA>.
// It might still be an error, ie. Unknown Content.
// This is the last chance to emit the TEXT.
if (nodeType == ScannerNodeType.TEXT)
{
if (isTextXML)
{
yield return(Logic_StartObject(XamlLanguage.XData, null));
XamlMember xDataTextProperty = XamlLanguage.XData.GetMember("Text");
yield return(Logic_EndOfAttributes());
yield return(Logic_StartMember(xDataTextProperty));
}
yield return(new XamlNode(XamlNodeType.Value, trimmed));
if (isTextXML)
{
yield return(Logic_EndMember());
yield return(Logic_EndObject());
}
}
else
{
// Now we are ready for the given element.
// now emit the saved prefix definitions.
if (_savedPrefixDefinitions != null)
{
for (int i = 0; i < _savedPrefixDefinitions.Count; i++)
{
yield return(_savedPrefixDefinitions[i]);
}
}
foreach (XamlNode node in P_Element())
{
yield return(node);
}
}
}
break;
}
}
///////////////////////////
// ElementContent ::= ( PREFIXDEFINITION* Element ) | TEXT
//
public IEnumerable <XamlNode> P_ElementContent()
{
XamlType currentType = _context.CurrentType;
List <XamlNode> savedPrefixDefinitions = null;
ScannerNodeType nodeType = _xamlScanner.NodeType;
switch (nodeType)
{
case ScannerNodeType.PREFIXDEFINITION:
case ScannerNodeType.ELEMENT:
case ScannerNodeType.EMPTYELEMENT:
case ScannerNodeType.TEXT:
if (nodeType == ScannerNodeType.TEXT)
{
XamlText text = _xamlScanner.TextContent;
if (Logic_IsDiscardableWhitespace(text))
{
_xamlScanner.Read();
if (ProvideLineInfo)
{
yield return(Logic_LineInfo());
}
break;
}
}
// Don't immediately emit the prefix Definitions.
// buffer them for moment because if this is the first object
// in a collection, we may need to jam an implicit _Items property
// on Content Property in before the PrefixDef's and then the ObjectType.
while (nodeType == ScannerNodeType.PREFIXDEFINITION)
{
if (savedPrefixDefinitions == null)
{
savedPrefixDefinitions = new List <XamlNode>();
}
if (ProvideLineInfo)
{
savedPrefixDefinitions.Add(Logic_LineInfo());
}
savedPrefixDefinitions.Add(Logic_PrefixDefinition());
_xamlScanner.Read();
if (ProvideLineInfo)
{
yield return(Logic_LineInfo());
}
nodeType = _xamlScanner.NodeType;
}
// Check for any preambles we need to emit before the
// emitting the actual element or Text.
bool isTextInitialization = false;
if (!_context.CurrentInItemsProperty && !_context.CurrentInUnknownContent)
{
bool isContentProperty = false;
// In case of text, we look first for a string or object content property,
// then a TypeConverter
if (nodeType == ScannerNodeType.TEXT)
{
if (currentType.ContentProperty != null && CanAcceptString(currentType.ContentProperty))
{
isContentProperty = true;
}
// If there have been "real" properties then we are forced to use the
// Constructor. Otherwise we can consider a TypeConverter on the TEXT.
else if (!_context.CurrentForcedToUseConstructor &&
!_xamlScanner.TextContent.IsEmpty &&
currentType.TypeConverter != null)
{
isTextInitialization = true;
}
}
// Otherwise, we look first for a collection, and then fall back to content property
if (!isTextInitialization && !isContentProperty)
{
// If we are first in a collection
if (currentType.IsCollection || currentType.IsDictionary)
{
yield return(Logic_StartItemsProperty(currentType));
}
else // Back to ContentProperty (either element or unknown content)
{
isContentProperty = true;
}
}
// Don't yield more than one unknown content property for multiple,
// contiguous content objects and values.
if (isContentProperty && !_context.CurrentInUnknownContent)
{
XamlMember contentProperty = currentType.ContentProperty;
if (contentProperty != null)
{
bool isVisible = _context.IsVisible(
contentProperty, _context.CurrentTypeIsRoot ? _context.CurrentType : null);
// Visible content properties produce known members.
// Invisible content properties produce unknown members.
// Protected content properties of root instances and internal
// content properties can be visible, depending on the reader settings.
if (!isVisible)
{
// We use the current type, not the actual declaring type of the non-visible property,
// for consistency with how non-visible PEs and Attribute Properties are handled.
contentProperty = new XamlMember(contentProperty.Name, currentType, false);
}
}
// A null argument produces an unknown content member.
yield return(Logic_StartContentProperty(contentProperty));
// Check for and emit the get collection from member.
foreach (XamlNode node in LogicStream_CheckForStartGetCollectionFromMember())
{
yield return(node);
}
}
}
// Now we are ready for the given element.
// so now emit the saved prefix definitions.
if (savedPrefixDefinitions != null)
{
for (int i = 0; i < savedPrefixDefinitions.Count; i++)
{
yield return(savedPrefixDefinitions[i]);
}
if (ProvideLineInfo)
{
yield return(Logic_LineInfo());
}
}
if (nodeType == ScannerNodeType.TEXT)
{
XamlText text = _xamlScanner.TextContent;
string trimmed = Logic_ApplyFinalTextTrimming(text);
bool isXDataText = _xamlScanner.IsXDataText;
_xamlScanner.Read();
if (ProvideLineInfo)
{
yield return(Logic_LineInfo());
}
if (trimmed == string.Empty)
{
break;
}
if (isTextInitialization)
{
yield return(Logic_StartInitProperty(currentType));
}
if (isXDataText)
{
yield return(Logic_StartObject(XamlLanguage.XData, null));
XamlMember xDataTextProperty = XamlLanguage.XData.GetMember("Text");
yield return(Logic_EndOfAttributes());
yield return(Logic_StartMember(xDataTextProperty));
}
yield return(new XamlNode(XamlNodeType.Value, trimmed));
if (isXDataText)
{
yield return(Logic_EndMember());
yield return(Logic_EndObject());
}
}
else
{
foreach (XamlNode node in P_Element())
{
yield return(node);
}
}
// If we are not in an items or unknown content property, then
// there cannot be more objects or values that follow this content
// (a singular property), and thus we can end this property now.
if (!_context.CurrentInItemsProperty && !_context.CurrentInUnknownContent)
{
yield return(Logic_EndMember());
}
break;
} // end switch
}
/// <summary>
/// Returns true if whitespace is discardable at this phase in
/// the parsing. Here we discard whitespace between property elements
/// but keep it between object elements for collections that accept it.
/// Discarding trailing whitespace in collections cannot be decided here.
/// [see: Logic_ReadAhead_ApplyFinalTextTrimming
/// </summary>
/// <param name="text"></param>
/// <returns></returns>
private bool Logic_IsDiscardableWhitespace(XamlText text)
{
if (!text.IsWhiteSpaceOnly)
{
return(false);
}
else
{
// Force unknown members to behave as whitespace significant collections in order to preserve as much information as possible.
if (_context.CurrentMember != null && _context.CurrentMember.IsUnknown)
{
return(false);
}
else if (_context.CurrentInContainerDirective)
{
XamlType collectionType = _context.CurrentMember == XamlLanguage.Items ? _context.CurrentType : _context.CurrentMember.Type;
if (collectionType.IsWhitespaceSignificantCollection)
{
return(false);
}
}
else
{
// Whitespace, by itself does not start content. Eg. The WS between
// the Start Element and the first Property Element is not content, but
// the WS between the Start Element and the first child Element (ie. other content)
// is content.
XamlMember prop = _context.CurrentMember;
if (_xamlScanner.PeekNodeType == ScannerNodeType.ELEMENT)
{
if (prop == null)
{
prop = _context.CurrentType.ContentProperty;
}
if (prop != null && prop.Type != null && prop.Type.IsWhitespaceSignificantCollection)
{
return(false);
}
if (prop == null && _context.CurrentType.IsWhitespaceSignificantCollection)
{
return(false);
}
}
// Whitespace can also start content if space is preserved and it's at the end of an element and...
else if (text.IsSpacePreserved && _xamlScanner.PeekNodeType == ScannerNodeType.ENDTAG)
{
// ...it's by itself in a PE with no other children
if (prop != null)
{
if (_context.CurrentPreviousChildType == null)
{
return(false);
}
}
// ...it's in an element with a string content property
else if (_context.CurrentType.ContentProperty != null)
{
prop = _context.CurrentType.ContentProperty;
// For backcompat we need to support CPs of type object here.
// Theoretically we'd also like to support all type-convertible CPs.
// However, for non-string CPs, 3.0 only surfaced whitespace as text if
// the CP hadn't already been set. For string, it surfaced it in all cases.
// So to avoid a breaking change, we only surface string right now.
if (prop.Type == XamlLanguage.String)
{
return(false);
}
if (prop.Type.IsWhitespaceSignificantCollection)
{
return(false);
}
}
// ...it's in a type-convertible element
else if (_context.CurrentType.TypeConverter != null && !_context.CurrentForcedToUseConstructor)
{
return(false);
}
}
}
}
return(true);
}
private void ReadInnerXDataSection()
{
XamlScannerNode item = new XamlScannerNode(this._xmlLineInfo);
this._xmlReader.MoveToContent();
string str = this._xmlReader.ReadInnerXml().Trim();
item.NodeType = ScannerNodeType.TEXT;
item.IsTextXML = true;
XamlText text = new XamlText(true);
text.Paste(str, false);
item.TextContent = text;
this._readNodesQueue.Enqueue(item);
this.ProcessCurrentXmlNode();
}
public IEnumerable <XamlNode> P_PropertyContent()
{
ScannerNodeType nodeType = this._xamlScanner.NodeType;
List <XamlNode> iteratorVariable1 = null;
string data = string.Empty;
bool isTextXML = false;
switch (nodeType)
{
default:
{
goto Label_04E6;
if (nodeType != ScannerNodeType.TEXT)
{
break;
}
XamlText textContent = this._xamlScanner.TextContent;
if (this.Logic_IsDiscardableWhitespace(textContent))
{
data = string.Empty;
}
else
{
data = this.Logic_ApplyFinalTextTrimming(textContent);
}
isTextXML = this._xamlScanner.IsTextXML;
this._xamlScanner.Read();
if (this.ProvideLineInfo)
{
yield return(this.Logic_LineInfo());
}
if (!(data == string.Empty))
{
break;
}
goto Label_04E6;
}
}
while (nodeType == ScannerNodeType.PREFIXDEFINITION)
{
if (iteratorVariable1 == null)
{
iteratorVariable1 = new List <XamlNode>();
}
iteratorVariable1.Add(this.Logic_PrefixDefinition());
if (this.ProvideLineInfo)
{
iteratorVariable1.Add(this.Logic_LineInfo());
}
this._xamlScanner.Read();
if (this.ProvideLineInfo)
{
yield return(this.Logic_LineInfo());
}
nodeType = this._xamlScanner.NodeType;
}
if ((nodeType == ScannerNodeType.TEXT) && (this._context.CurrentMember.TypeConverter != null))
{
yield return(new XamlNode(XamlNodeType.Value, data));
}
else
{
if (!this._context.CurrentInCollectionFromMember)
{
foreach (XamlNode iteratorVariable5 in this.LogicStream_CheckForStartGetCollectionFromMember())
{
yield return(iteratorVariable5);
}
}
if (nodeType == ScannerNodeType.TEXT)
{
if (isTextXML)
{
yield return(this.Logic_StartObject(XamlLanguage.XData, null));
XamlMember member = XamlLanguage.XData.GetMember("Text");
yield return(this.Logic_EndOfAttributes());
yield return(this.Logic_StartMember(member));
}
yield return(new XamlNode(XamlNodeType.Value, data));
if (isTextXML)
{
yield return(this.Logic_EndMember());
yield return(this.Logic_EndObject());
}
}
else
{
if (iteratorVariable1 != null)
{
for (int i = 0; i < iteratorVariable1.Count; i++)
{
yield return(iteratorVariable1[i]);
}
}
foreach (XamlNode iteratorVariable8 in this.P_Element())
{
yield return(iteratorVariable8);
}
}
}
Label_04E6:
yield break;
}
public IEnumerable <XamlNode> P_ElementContent()
{
XamlType currentType = this._context.CurrentType;
List <XamlNode> iteratorVariable1 = null;
ScannerNodeType nodeType = this._xamlScanner.NodeType;
switch (nodeType)
{
default:
{
goto Label_0727;
if (nodeType != ScannerNodeType.TEXT)
{
break;
}
XamlText textContent = this._xamlScanner.TextContent;
if (!this.Logic_IsDiscardableWhitespace(textContent))
{
break;
}
this._xamlScanner.Read();
if (this.ProvideLineInfo)
{
yield return(this.Logic_LineInfo());
}
goto Label_0727;
}
}
while (nodeType == ScannerNodeType.PREFIXDEFINITION)
{
if (iteratorVariable1 == null)
{
iteratorVariable1 = new List <XamlNode>();
}
iteratorVariable1.Add(this.Logic_PrefixDefinition());
if (this.ProvideLineInfo)
{
iteratorVariable1.Add(this.Logic_LineInfo());
}
this._xamlScanner.Read();
if (this.ProvideLineInfo)
{
yield return(this.Logic_LineInfo());
}
nodeType = this._xamlScanner.NodeType;
}
bool iteratorVariable4 = false;
if (!this._context.CurrentInItemsProperty)
{
bool iteratorVariable5 = false;
if (nodeType == ScannerNodeType.TEXT)
{
if ((currentType.ContentProperty != null) && CanAcceptString(currentType.ContentProperty))
{
iteratorVariable5 = true;
}
else if ((!this._context.CurrentForcedToUseConstructor && !this._xamlScanner.TextContent.IsEmpty) && (currentType.TypeConverter != null))
{
iteratorVariable4 = true;
}
}
if (!iteratorVariable4 && !iteratorVariable5)
{
if (currentType.IsCollection || currentType.IsDictionary)
{
yield return(this.Logic_StartItemsProperty(currentType));
}
else
{
iteratorVariable5 = true;
}
}
if (iteratorVariable5 && !this._context.CurrentIsUnknownContent)
{
XamlMember contentProperty = currentType.ContentProperty;
if ((contentProperty != null) && !this._context.IsVisible(contentProperty, this._context.CurrentTypeIsRoot ? this._context.CurrentType : null))
{
contentProperty = new XamlMember(contentProperty.Name, currentType, false);
}
yield return(this.Logic_StartContentProperty(contentProperty));
foreach (XamlNode iteratorVariable7 in this.LogicStream_CheckForStartGetCollectionFromMember())
{
yield return(iteratorVariable7);
}
}
}
if (iteratorVariable1 != null)
{
for (int i = 0; i < iteratorVariable1.Count; i++)
{
yield return(iteratorVariable1[i]);
}
}
if (nodeType == ScannerNodeType.TEXT)
{
XamlText text = this._xamlScanner.TextContent;
string data = this.Logic_ApplyFinalTextTrimming(text);
bool isTextXML = this._xamlScanner.IsTextXML;
this._xamlScanner.Read();
if (this.ProvideLineInfo)
{
yield return(this.Logic_LineInfo());
}
if (data == string.Empty)
{
goto Label_0727;
}
if (iteratorVariable4)
{
yield return(this.Logic_StartInitProperty(currentType));
}
if (isTextXML)
{
yield return(this.Logic_StartObject(XamlLanguage.XData, null));
XamlMember member = XamlLanguage.XData.GetMember("Text");
yield return(this.Logic_EndOfAttributes());
yield return(this.Logic_StartMember(member));
}
yield return(new XamlNode(XamlNodeType.Value, data));
if (isTextXML)
{
yield return(this.Logic_EndMember());
yield return(this.Logic_EndObject());
}
}
else
{
IEnumerator <XamlNode> enumerator = this.P_Element().GetEnumerator();
while (enumerator.MoveNext())
{
XamlNode current = enumerator.Current;
yield return(current);
}
}
if (!this._context.CurrentInItemsProperty && !this._context.CurrentIsUnknownContent)
{
yield return(this.Logic_EndMember());
}
Label_0727:
yield break;
}
private bool Logic_IsDiscardableWhitespace(XamlText text)
{
if (!text.IsWhiteSpaceOnly)
{
return(false);
}
if ((this._context.CurrentMember != null) && this._context.CurrentMember.IsUnknown)
{
return(false);
}
if (this._context.CurrentInContainerDirective)
{
XamlType type = (this._context.CurrentMember == XamlLanguage.Items) ? this._context.CurrentType : this._context.CurrentMember.Type;
if (type.IsWhitespaceSignificantCollection)
{
return(false);
}
}
else
{
XamlMember currentMember = this._context.CurrentMember;
if (this._xamlScanner.PeekNodeType == ScannerNodeType.ELEMENT)
{
if (currentMember == null)
{
currentMember = this._context.CurrentType.ContentProperty;
}
if (((currentMember != null) && (currentMember.Type != null)) && currentMember.Type.IsWhitespaceSignificantCollection)
{
return(false);
}
if ((currentMember == null) && this._context.CurrentType.IsWhitespaceSignificantCollection)
{
return(false);
}
}
else if (text.IsSpacePreserved && (this._xamlScanner.PeekNodeType == ScannerNodeType.ENDTAG))
{
if (currentMember != null)
{
if (this._context.CurrentPreviousChildType == null)
{
return(false);
}
}
else if (this._context.CurrentType.ContentProperty != null)
{
currentMember = this._context.CurrentType.ContentProperty;
if (currentMember.Type == XamlLanguage.String)
{
return(false);
}
if (currentMember.Type.IsWhitespaceSignificantCollection)
{
return(false);
}
}
else if ((this._context.CurrentType.TypeConverter != null) && !this._context.CurrentForcedToUseConstructor)
{
return(false);
}
}
}
return(true);
}
private void EnqueueAnotherAttribute(bool isEmptyTag)
{
XamlAttribute attr = this._attributes[this._nextAttribute++];
XamlScannerNode item = new XamlScannerNode(attr);
switch (attr.Kind)
{
case ScannerAttributeKind.CtorDirective:
case ScannerAttributeKind.Name:
case ScannerAttributeKind.Directive:
item.NodeType = ScannerNodeType.DIRECTIVE;
goto Label_00F3;
case ScannerAttributeKind.XmlSpace:
if (!isEmptyTag)
{
if (!KS.Eq(attr.Value, "preserve"))
{
this._scannerStack.CurrentXmlSpacePreserve = false;
break;
}
this._scannerStack.CurrentXmlSpacePreserve = true;
}
break;
case ScannerAttributeKind.Event:
case ScannerAttributeKind.Property:
item.IsCtorForcingMember = true;
item.NodeType = ScannerNodeType.ATTRIBUTE;
goto Label_00F3;
case ScannerAttributeKind.AttachableProperty:
item.NodeType = ScannerNodeType.ATTRIBUTE;
goto Label_00F3;
case ScannerAttributeKind.Unknown:
{
XamlMember property = attr.Property;
item.IsCtorForcingMember = !property.IsAttachable && !property.IsDirective;
item.NodeType = ScannerNodeType.ATTRIBUTE;
goto Label_00F3;
}
default:
throw new XamlInternalException(System.Xaml.SR.Get("AttributeUnhandledKind"));
}
item.NodeType = ScannerNodeType.DIRECTIVE;
Label_00F3:
item.PropertyAttribute = attr.Property;
XamlText text = new XamlText(true);
text.Paste(attr.Value, false);
item.PropertyAttributeText = text;
item.Prefix = attr.Name.Prefix;
this._readNodesQueue.Enqueue(item);
if (this._nextAttribute >= this._attributes.Count)
{
this._attributes = null;
this._nextAttribute = -1;
}
}
private void EnqueueAnotherAttribute(bool isEmptyTag)
{
XamlAttribute attr = this._attributes[this._nextAttribute++];
XamlScannerNode item = new XamlScannerNode(attr);
switch (attr.Kind)
{
case ScannerAttributeKind.CtorDirective:
case ScannerAttributeKind.Name:
case ScannerAttributeKind.Directive:
item.NodeType = ScannerNodeType.DIRECTIVE;
goto Label_00F3;
case ScannerAttributeKind.XmlSpace:
if (!isEmptyTag)
{
if (!KS.Eq(attr.Value, "preserve"))
{
this._scannerStack.CurrentXmlSpacePreserve = false;
break;
}
this._scannerStack.CurrentXmlSpacePreserve = true;
}
break;
case ScannerAttributeKind.Event:
case ScannerAttributeKind.Property:
item.IsCtorForcingMember = true;
item.NodeType = ScannerNodeType.ATTRIBUTE;
goto Label_00F3;
case ScannerAttributeKind.AttachableProperty:
item.NodeType = ScannerNodeType.ATTRIBUTE;
goto Label_00F3;
case ScannerAttributeKind.Unknown:
{
XamlMember property = attr.Property;
item.IsCtorForcingMember = !property.IsAttachable && !property.IsDirective;
item.NodeType = ScannerNodeType.ATTRIBUTE;
goto Label_00F3;
}
default:
throw new XamlInternalException(System.Xaml.SR.Get("AttributeUnhandledKind"));
}
item.NodeType = ScannerNodeType.DIRECTIVE;
Label_00F3:
item.PropertyAttribute = attr.Property;
XamlText text = new XamlText(true);
text.Paste(attr.Value, false);
item.PropertyAttributeText = text;
item.Prefix = attr.Name.Prefix;
this._readNodesQueue.Enqueue(item);
if (this._nextAttribute >= this._attributes.Count)
{
this._attributes = null;
this._nextAttribute = -1;
}
}
private void EnqueueAnotherAttribute(bool isEmptyTag)
{
XamlAttribute attr = _attributes[_nextAttribute++];
XamlScannerNode node = new XamlScannerNode(attr);
switch (attr.Kind)
{
case ScannerAttributeKind.Directive:
case ScannerAttributeKind.Name:
case ScannerAttributeKind.CtorDirective:
node.NodeType = ScannerNodeType.DIRECTIVE;
break;
case ScannerAttributeKind.XmlSpace:
// Empty tags don't have a stack frame to write on.
// Empty XML tags don't have content to process spaces.
if (!isEmptyTag)
{
if (KS.Eq(attr.Value, KnownStrings.Preserve))
{
_scannerStack.CurrentXmlSpacePreserve = true;
}
else
{
_scannerStack.CurrentXmlSpacePreserve = false;
}
}
node.NodeType = ScannerNodeType.DIRECTIVE;
break;
case ScannerAttributeKind.Event:
case ScannerAttributeKind.Property:
node.IsCtorForcingMember = true;
node.NodeType = ScannerNodeType.ATTRIBUTE;
break;
case ScannerAttributeKind.Unknown:
XamlMember prop = attr.Property;
Debug.Assert(prop.IsUnknown);
// force use of Ctor for unknown simple properties only
node.IsCtorForcingMember = !prop.IsAttachable && !prop.IsDirective;
node.NodeType = ScannerNodeType.ATTRIBUTE;
break;
case ScannerAttributeKind.AttachableProperty:
node.NodeType = ScannerNodeType.ATTRIBUTE;
break;
default:
throw new XamlInternalException(SR.Get(SRID.AttributeUnhandledKind));
}
// (GetFixedDocumentSequence raises Exception "UnicodeString property does not
// contain enough characters to correspond to the contents of Indices property.")
//
// XamlText.Paste normally converts CRLF to LF, even in attribute values.
// When the property is Glyphs.UnicodeString, disable this;
// the length of the string must correspond to the number of entries in
// the corresponding Glyphs.Indices property.
XamlMember attrProperty = attr.Property;
bool convertCRLFtoLF =
!(attrProperty != null &&
attrProperty.Name == "UnicodeString" &&
attrProperty.DeclaringType.Name == "Glyphs");
node.PropertyAttribute = attrProperty;
XamlText xamlText = new XamlText(true); // Don't collapse spaces in attributes
xamlText.Paste(attr.Value, false, convertCRLFtoLF);
node.PropertyAttributeText = xamlText;
node.Prefix = attr.Name.Prefix;
_readNodesQueue.Enqueue(node);
if (_nextAttribute >= _attributes.Count)
{
_attributes = null;
_nextAttribute = -1;
}
}
private void ClearAccumulatedText()
{
this._accumulatedText = null;
}