Code:
/ Dotnetfx_Vista_SP2 / Dotnetfx_Vista_SP2 / 8.0.50727.4016 / DEVDIV / depot / DevDiv / releases / Orcas / QFE / wpf / src / Framework / System / Windows / Markup / ReaderContextStackData.cs / 1 / ReaderContextStackData.cs
/****************************************************************************\ * * File: ReaderContextStackData.cs * * Copyright (C) 2003 by Microsoft Corporation. All rights reserved. * \***************************************************************************/ using System; using System.Collections; using System.Reflection; using System.Diagnostics; namespace System.Windows.Markup { // Data maintained on the reader's context stack. The root of the tree is at the bottom // of the stack. internal class ReaderContextStackData { // // NOTE: If you add a field here, be sure to update ClearData // ReaderFlags _contextFlags; object _contextData; object _contextKey; string _uid; string _name; object _contentProperty; Type _expectedType; short _expectedTypeId; bool _createUsingTypeConverter; // // NOTE: If you add a field here, be sure to update ClearData // // Returns just the part of the flags field corresponding to the context type internal ReaderFlags ContextType { get { return (ReaderFlags)(_contextFlags & ReaderFlags.ContextTypeMask); } } // The data object for this point in the stack. Typically the element at // this scoping level internal object ObjectData { get { return _contextData; } set { _contextData = value; } } // The key attribute defined for the current context, whose parent context is expected // to be an IDictionary internal object Key { get { return _contextKey; } set { _contextKey = value; } } // The x:Uid of this object, if it has one and has been read yet. internal string Uid { get { return _uid; } set { _uid = value; } } // The x:Name (or Name) of this object, if it has one and has been read yet. // Alternatively if this context object represents a property this member // gives you the name of the property. This is used to find a fallback value // for this property in the event of an exception during property parsing. internal string ElementNameOrPropertyName { get { return _name; } set { _name = value; } } internal object ContentProperty { get { return _contentProperty; } set { _contentProperty = value; } } // If an object has not yet been created at this point, this is the type of // element to created internal Type ExpectedType { get { return _expectedType; } set { _expectedType = value; } } // If an object has not yet been created at this point, this is the Baml type id // of the element. This is used for faster creation of known types. internal short ExpectedTypeId { get { return _expectedTypeId; } set { _expectedTypeId = value; } } // This object is expected to be created using a TypeConverter. If this // is true, the following are also expected to be true: // -ObjectData is null // -ExpectedType is non-null // -ExpectedTypeId is non-null internal bool CreateUsingTypeConverter { get { return _createUsingTypeConverter; } set { _createUsingTypeConverter = value; } } // Context identifying what this reader stack item represents internal ReaderFlags ContextFlags { get { return _contextFlags; } set { _contextFlags = value; } } // True if this element has not yet been added to the tree, but needs to be. internal bool NeedToAddToTree { get { return CheckFlag(ReaderFlags.NeedToAddToTree); } } // simple helper method to remove the NeedToAddToTree flag and add the AddedToTree flag internal void MarkAddedToTree() { ContextFlags = ((ContextFlags | ReaderFlags.AddedToTree) & ~ReaderFlags.NeedToAddToTree); } // simple helper method that returns true if the context contains the given flag or flags. // If multiple flags are passed in, the context must contain all the flags. internal bool CheckFlag(ReaderFlags flag) { return (ContextFlags & flag) == flag; } // simple helper method adds the flag to the context internal void SetFlag(ReaderFlags flag) { ContextFlags |= flag; } // simple helper method that removes the flag from the context internal void ClearFlag(ReaderFlags flag) { ContextFlags &= ~flag; } // Helper to determine if this represents an object element. internal bool IsObjectElement { get { return ContextType == ReaderFlags.DependencyObject || ContextType == ReaderFlags.ClrObject; } } // Clear all the fields on this instance before it put into the factory cache internal void ClearData() { _contextFlags = 0; _contextData = null; _contextKey = null; _contentProperty = null; _expectedType = null; _expectedTypeId = 0; _createUsingTypeConverter = false; _uid = null; _name = null; } } } // File provided for Reference Use Only by Microsoft Corporation (c) 2007. // Copyright (c) Microsoft Corporation. All rights reserved. /****************************************************************************\ * * File: ReaderContextStackData.cs * * Copyright (C) 2003 by Microsoft Corporation. All rights reserved. * \***************************************************************************/ using System; using System.Collections; using System.Reflection; using System.Diagnostics; namespace System.Windows.Markup { // Data maintained on the reader's context stack. The root of the tree is at the bottom // of the stack. internal class ReaderContextStackData { // // NOTE: If you add a field here, be sure to update ClearData // ReaderFlags _contextFlags; object _contextData; object _contextKey; string _uid; string _name; object _contentProperty; Type _expectedType; short _expectedTypeId; bool _createUsingTypeConverter; // // NOTE: If you add a field here, be sure to update ClearData // // Returns just the part of the flags field corresponding to the context type internal ReaderFlags ContextType { get { return (ReaderFlags)(_contextFlags & ReaderFlags.ContextTypeMask); } } // The data object for this point in the stack. Typically the element at // this scoping level internal object ObjectData { get { return _contextData; } set { _contextData = value; } } // The key attribute defined for the current context, whose parent context is expected // to be an IDictionary internal object Key { get { return _contextKey; } set { _contextKey = value; } } // The x:Uid of this object, if it has one and has been read yet. internal string Uid { get { return _uid; } set { _uid = value; } } // The x:Name (or Name) of this object, if it has one and has been read yet. // Alternatively if this context object represents a property this member // gives you the name of the property. This is used to find a fallback value // for this property in the event of an exception during property parsing. internal string ElementNameOrPropertyName { get { return _name; } set { _name = value; } } internal object ContentProperty { get { return _contentProperty; } set { _contentProperty = value; } } // If an object has not yet been created at this point, this is the type of // element to created internal Type ExpectedType { get { return _expectedType; } set { _expectedType = value; } } // If an object has not yet been created at this point, this is the Baml type id // of the element. This is used for faster creation of known types. internal short ExpectedTypeId { get { return _expectedTypeId; } set { _expectedTypeId = value; } } // This object is expected to be created using a TypeConverter. If this // is true, the following are also expected to be true: // -ObjectData is null // -ExpectedType is non-null // -ExpectedTypeId is non-null internal bool CreateUsingTypeConverter { get { return _createUsingTypeConverter; } set { _createUsingTypeConverter = value; } } // Context identifying what this reader stack item represents internal ReaderFlags ContextFlags { get { return _contextFlags; } set { _contextFlags = value; } } // True if this element has not yet been added to the tree, but needs to be. internal bool NeedToAddToTree { get { return CheckFlag(ReaderFlags.NeedToAddToTree); } } // simple helper method to remove the NeedToAddToTree flag and add the AddedToTree flag internal void MarkAddedToTree() { ContextFlags = ((ContextFlags | ReaderFlags.AddedToTree) & ~ReaderFlags.NeedToAddToTree); } // simple helper method that returns true if the context contains the given flag or flags. // If multiple flags are passed in, the context must contain all the flags. internal bool CheckFlag(ReaderFlags flag) { return (ContextFlags & flag) == flag; } // simple helper method adds the flag to the context internal void SetFlag(ReaderFlags flag) { ContextFlags |= flag; } // simple helper method that removes the flag from the context internal void ClearFlag(ReaderFlags flag) { ContextFlags &= ~flag; } // Helper to determine if this represents an object element. internal bool IsObjectElement { get { return ContextType == ReaderFlags.DependencyObject || ContextType == ReaderFlags.ClrObject; } } // Clear all the fields on this instance before it put into the factory cache internal void ClearData() { _contextFlags = 0; _contextData = null; _contextKey = null; _contentProperty = null; _expectedType = null; _expectedTypeId = 0; _createUsingTypeConverter = false; _uid = null; _name = null; } } } // File provided for Reference Use Only by Microsoft Corporation (c) 2007. // Copyright (c) Microsoft Corporation. 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