Code:
/ 4.0 / 4.0 / DEVDIV_TFS / Dev10 / Releases / RTMRel / wpf / src / Framework / System / Windows / Markup / Baml2006 / WpfSharedBamlSchemaContext.cs / 1652177 / WpfSharedBamlSchemaContext.cs
using System; using System.Collections; using System.Collections.Generic; using System.ComponentModel; using System.Xaml; using System.Xaml.Schema; using System.Diagnostics; using System.Reflection; using MS.Internal; namespace System.Windows.Baml2006 { static class Baml6KnownTypes { public const Int16 BooleanConverter = 46; public const Int16 DependencyPropertyConverter = 137; public const Int16 EnumConverter = 195; public const Int16 XamlBrushSerializer = 744; public const Int16 XamlInt32CollectionSerializer = 745; public const Int16 XamlPathDataSerializer = 746; public const Int16 XamlPoint3DCollectionSerializer = 747; public const Int16 XamlPointCollectionSerializer = 748; public const Int16 XamlVector3DCollectionSerializer = 752; } ////// This schema context is shared between all the WPF BAML loads in an AppDomain, including both /// full and partial trust callers. To be safe for sharing, it must be idempotent and order-independent. /// See the SecurityNote on XamlSchemaContext for more details. /// partial class WpfSharedBamlSchemaContext: XamlSchemaContext { object _syncObject; // Data structures for KNOWN types/members. private Baml6Assembly[] _knownBamlAssemblies; private WpfKnownType[] _knownBamlTypes; private WpfKnownMember[] _knownBamlMembers; private Dictionary_masterTypeTable; private System.Windows.Markup.XmlnsDictionary _wpfDefaultNamespace; private List _themeHelpers; public WpfSharedBamlSchemaContext() { Initialize(); } public WpfSharedBamlSchemaContext(XamlSchemaContextSettings settings) :base(settings) { Initialize(); } private void Initialize() { _syncObject = new object(); _knownBamlAssemblies = new Baml6Assembly[5]; // Add 1 to the KnownTypeCount & KnownPropertyCount since we go from -1 - -KnownTypeCount. // 0 is a placeholder _knownBamlTypes = new WpfKnownType[KnownTypeCount + 1]; _masterTypeTable = new Dictionary (256); _knownBamlMembers = new WpfKnownMember[KnownPropertyCount + 1]; } internal string GetKnownBamlString(Int16 stringId) { string result; switch (stringId) { case -1: result = "Name"; break; case -2: result = "Uid"; break; default: result = null; break; } return result; } internal Baml6Assembly GetKnownBamlAssembly(Int16 assemblyId) { if (assemblyId > 0) { throw new ArgumentException(SR.Get(SRID.AssemblyIdNegative)); } assemblyId = (short)-assemblyId; Baml6Assembly assembly = _knownBamlAssemblies[assemblyId]; if (assembly == null) { assembly = CreateKnownBamlAssembly(assemblyId); _knownBamlAssemblies[assemblyId] = assembly; } return assembly; } internal Baml6Assembly CreateKnownBamlAssembly(Int16 assemblyId) { Baml6Assembly assembly; switch (assemblyId) { case 0: assembly = new Baml6Assembly(typeof(double).Assembly); break; // never happens ?? case 1: assembly = new Baml6Assembly(typeof(System.Uri).Assembly); break; case 2: assembly = new Baml6Assembly(typeof(System.Windows.DependencyObject).Assembly); break; case 3: assembly = new Baml6Assembly(typeof(System.Windows.UIElement).Assembly); break; case 4: assembly = new Baml6Assembly(typeof(System.Windows.FrameworkElement).Assembly); break; default: assembly = null; break; } return assembly; } // Get Known TypesId // TypeId's defined in the stream are resolved by the Stream Schema Context // internal WpfKnownType GetKnownBamlType(short typeId) { WpfKnownType bamlType; if (typeId >= 0) { throw new ArgumentException(SR.Get(SRID.KnownTypeIdNegative)); } typeId = (short)-typeId; lock (_syncObject) { bamlType = _knownBamlTypes[typeId]; if(bamlType == null) { bamlType = CreateKnownBamlType(typeId, true, true); Debug.Assert(bamlType != null); _knownBamlTypes[typeId] = bamlType; _masterTypeTable.Add(bamlType.UnderlyingType, bamlType); } } return bamlType; } // Get Known PropertiesId // PropertyId's defined in the stream are resolved by the Stream Schema Context // internal WpfKnownMember GetKnownBamlMember(short memberId) { WpfKnownMember bamlMember; if (memberId >= 0) { throw new ArgumentException(SR.Get(SRID.KnownTypeIdNegative)); } memberId = (short)-memberId; lock (_syncObject) { bamlMember = _knownBamlMembers[memberId]; if (bamlMember == null) { bamlMember = CreateKnownMember(memberId); Debug.Assert(bamlMember != null); _knownBamlMembers[memberId] = bamlMember; //_masterTypeTable.Add(bamlType.UnderlyingType, bamlType); } } return bamlMember; } // Maintain our own cache of type -> xamltype so that known types will // be found when we lookup XamlType by their underlying Type. // public override XamlType GetXamlType(Type type) { if (type == null) { throw new ArgumentNullException("type"); } XamlType xamlType = GetKnownXamlType(type); if (xamlType == null) { xamlType = GetUnknownXamlType(type); } return xamlType; } // Assumes that GetKnownXamlType was called first private XamlType GetUnknownXamlType(Type type) { XamlType xamlType; lock (_syncObject) { if (!_masterTypeTable.TryGetValue(type, out xamlType)) { WpfSharedXamlSchemaContext.RequireRuntimeType(type); xamlType = new WpfXamlType(type, this, true, true); _masterTypeTable.Add(type, xamlType); } } return xamlType; } internal XamlType GetKnownXamlType(Type type) { XamlType xamlType; lock (_syncObject) { // First; look for the type in our Main cache. if (!_masterTypeTable.TryGetValue(type, out xamlType)) { // Then check if it is one of the Known Types. // KnowTypes created by name need to be checked for an exact match. xamlType = CreateKnownBamlType(type.Name, true, true); if (xamlType == null && _themeHelpers != null) { foreach (ThemeKnownTypeHelper helper in _themeHelpers) { xamlType = helper.GetKnownXamlType(type.Name); if (xamlType != null && xamlType.UnderlyingType == type) { break; } } } if (xamlType != null && xamlType.UnderlyingType == type) { WpfKnownType bamlType = xamlType as WpfKnownType; if (bamlType != null) { _knownBamlTypes[bamlType.BamlNumber] = bamlType; } _masterTypeTable.Add(type, xamlType); } else { // If we get a known type but the type doesn't match, set xamlType to null xamlType = null; } } } return xamlType; } internal XamlValueConverter GetDeferringLoader(Type loaderType) { return base.GetValueConverter (loaderType, null); } internal XamlValueConverter GetTypeConverter(Type converterType) { if (converterType.IsEnum) { return base.GetValueConverter (typeof(EnumConverter), GetXamlType(converterType)); } else { return base.GetValueConverter (converterType, null); } } protected override XamlType GetXamlType(string xamlNamespace, string name, params XamlType[] typeArguments) { return base.GetXamlType(xamlNamespace, name, typeArguments); } public XamlType GetXamlTypeExposed(string xamlNamespace, string name, params XamlType[] typeArguments) { return base.GetXamlType(xamlNamespace, name, typeArguments); } internal Type ResolvePrefixedNameWithAdditionalWpfSemantics(string prefixedName, DependencyObject element) { // First, get the xmlns dictionary off of the provided Tree Element. object dictObject = element.GetValue(System.Windows.Markup.XmlAttributeProperties.XmlnsDictionaryProperty); var prefixDictionary = dictObject as System.Windows.Markup.XmlnsDictionary; object mapsObject = element.GetValue(System.Windows.Markup.XmlAttributeProperties.XmlNamespaceMapsProperty); var namespaceMaps = mapsObject as Hashtable; // If there was no xmlns map on the given Tree Element. // Then, as a last resort, if the prefix was "" use the Wpf Element URI. if (prefixDictionary == null) { if (_wpfDefaultNamespace == null) { var wpfDefaultNamespace = new System.Windows.Markup.XmlnsDictionary(); wpfDefaultNamespace.Add(String.Empty, Baml2006SchemaContext.WpfNamespace); _wpfDefaultNamespace = wpfDefaultNamespace; } prefixDictionary = _wpfDefaultNamespace; } else { if (namespaceMaps != null && namespaceMaps.Count > 0) { // This DO was loaded with a custom XamlTypeMapper. Try the custom mappings first. Type result = System.Windows.Markup.XamlTypeMapper.GetTypeFromName(prefixedName, element); if (result != null) { return result; } } } XamlTypeName xamlTypeName; if (XamlTypeName.TryParse(prefixedName, prefixDictionary, out xamlTypeName)) { XamlType xamlType = GetXamlType(xamlTypeName); if (xamlType != null) { return xamlType.UnderlyingType; } } return null; } internal XamlMember StaticExtensionMemberTypeProperty { get { return _xStaticMemberProperty.Value; } } internal XamlMember TypeExtensionTypeProperty { get { return _xTypeTypeProperty.Value; } } internal XamlMember ResourceDictionaryDeferredContentProperty { get { return _resourceDictionaryDefContentProperty.Value; } } internal XamlType ResourceDictionaryType { get { return _resourceDictionaryType.Value; } } internal XamlType EventSetterType { get { return _eventSetterType.Value; } } internal XamlMember EventSetterEventProperty { get { return _eventSetterEventProperty.Value; } } internal XamlMember EventSetterHandlerProperty { get { return _eventSetterHandlerProperty.Value; } } internal XamlMember FrameworkTemplateTemplateProperty { get { return _frameworkTemplateTemplateProperty.Value; } } internal XamlType StaticResourceExtensionType { get { return _staticResourceExtensionType.Value; } } internal Baml2006ReaderSettings Settings { get; set; } internal List ThemeKnownTypeHelpers { get { if (_themeHelpers == null) { _themeHelpers = new List (); } return _themeHelpers; } } private static readonly Lazy _xStaticMemberProperty = new Lazy (() => XamlLanguage.Static.GetMember("MemberType")); private static readonly Lazy _xTypeTypeProperty = new Lazy (() => XamlLanguage.Static.GetMember("Type")); private static readonly Lazy _resourceDictionaryDefContentProperty = new Lazy (() => _resourceDictionaryType.Value.GetMember("DeferrableContent")); private static readonly Lazy _resourceDictionaryType = new Lazy (() => System.Windows.Markup.XamlReader.BamlSharedSchemaContext.GetXamlType(typeof(ResourceDictionary))); private static readonly Lazy _eventSetterType = new Lazy (() => System.Windows.Markup.XamlReader.BamlSharedSchemaContext.GetXamlType(typeof(EventSetter))); private static readonly Lazy _eventSetterEventProperty = new Lazy (() => _eventSetterType.Value.GetMember("Event")); private static readonly Lazy _eventSetterHandlerProperty = new Lazy (() => _eventSetterType.Value.GetMember("Handler")); private static readonly Lazy _frameworkTemplateTemplateProperty = new Lazy (() => System.Windows.Markup.XamlReader.BamlSharedSchemaContext.GetXamlType(typeof(FrameworkTemplate)).GetMember("Template")); private static readonly Lazy _staticResourceExtensionType = new Lazy (() => System.Windows.Markup.XamlReader.BamlSharedSchemaContext.GetXamlType(typeof(StaticResourceExtension))); } } // File provided for Reference Use Only by Microsoft Corporation (c) 2007. // Copyright (c) Microsoft Corporation. All rights reserved. using System; using System.Collections; using System.Collections.Generic; using System.ComponentModel; using System.Xaml; using System.Xaml.Schema; using System.Diagnostics; using System.Reflection; using MS.Internal; namespace System.Windows.Baml2006 { static class Baml6KnownTypes { public const Int16 BooleanConverter = 46; public const Int16 DependencyPropertyConverter = 137; public const Int16 EnumConverter = 195; public const Int16 XamlBrushSerializer = 744; public const Int16 XamlInt32CollectionSerializer = 745; public const Int16 XamlPathDataSerializer = 746; public const Int16 XamlPoint3DCollectionSerializer = 747; public const Int16 XamlPointCollectionSerializer = 748; public const Int16 XamlVector3DCollectionSerializer = 752; } /// /// This schema context is shared between all the WPF BAML loads in an AppDomain, including both /// full and partial trust callers. To be safe for sharing, it must be idempotent and order-independent. /// See the SecurityNote on XamlSchemaContext for more details. /// partial class WpfSharedBamlSchemaContext: XamlSchemaContext { object _syncObject; // Data structures for KNOWN types/members. private Baml6Assembly[] _knownBamlAssemblies; private WpfKnownType[] _knownBamlTypes; private WpfKnownMember[] _knownBamlMembers; private Dictionary_masterTypeTable; private System.Windows.Markup.XmlnsDictionary _wpfDefaultNamespace; private List _themeHelpers; public WpfSharedBamlSchemaContext() { Initialize(); } public WpfSharedBamlSchemaContext(XamlSchemaContextSettings settings) :base(settings) { Initialize(); } private void Initialize() { _syncObject = new object(); _knownBamlAssemblies = new Baml6Assembly[5]; // Add 1 to the KnownTypeCount & KnownPropertyCount since we go from -1 - -KnownTypeCount. // 0 is a placeholder _knownBamlTypes = new WpfKnownType[KnownTypeCount + 1]; _masterTypeTable = new Dictionary (256); _knownBamlMembers = new WpfKnownMember[KnownPropertyCount + 1]; } internal string GetKnownBamlString(Int16 stringId) { string result; switch (stringId) { case -1: result = "Name"; break; case -2: result = "Uid"; break; default: result = null; break; } return result; } internal Baml6Assembly GetKnownBamlAssembly(Int16 assemblyId) { if (assemblyId > 0) { throw new ArgumentException(SR.Get(SRID.AssemblyIdNegative)); } assemblyId = (short)-assemblyId; Baml6Assembly assembly = _knownBamlAssemblies[assemblyId]; if (assembly == null) { assembly = CreateKnownBamlAssembly(assemblyId); _knownBamlAssemblies[assemblyId] = assembly; } return assembly; } internal Baml6Assembly CreateKnownBamlAssembly(Int16 assemblyId) { Baml6Assembly assembly; switch (assemblyId) { case 0: assembly = new Baml6Assembly(typeof(double).Assembly); break; // never happens ?? case 1: assembly = new Baml6Assembly(typeof(System.Uri).Assembly); break; case 2: assembly = new Baml6Assembly(typeof(System.Windows.DependencyObject).Assembly); break; case 3: assembly = new Baml6Assembly(typeof(System.Windows.UIElement).Assembly); break; case 4: assembly = new Baml6Assembly(typeof(System.Windows.FrameworkElement).Assembly); break; default: assembly = null; break; } return assembly; } // Get Known TypesId // TypeId's defined in the stream are resolved by the Stream Schema Context // internal WpfKnownType GetKnownBamlType(short typeId) { WpfKnownType bamlType; if (typeId >= 0) { throw new ArgumentException(SR.Get(SRID.KnownTypeIdNegative)); } typeId = (short)-typeId; lock (_syncObject) { bamlType = _knownBamlTypes[typeId]; if(bamlType == null) { bamlType = CreateKnownBamlType(typeId, true, true); Debug.Assert(bamlType != null); _knownBamlTypes[typeId] = bamlType; _masterTypeTable.Add(bamlType.UnderlyingType, bamlType); } } return bamlType; } // Get Known PropertiesId // PropertyId's defined in the stream are resolved by the Stream Schema Context // internal WpfKnownMember GetKnownBamlMember(short memberId) { WpfKnownMember bamlMember; if (memberId >= 0) { throw new ArgumentException(SR.Get(SRID.KnownTypeIdNegative)); } memberId = (short)-memberId; lock (_syncObject) { bamlMember = _knownBamlMembers[memberId]; if (bamlMember == null) { bamlMember = CreateKnownMember(memberId); Debug.Assert(bamlMember != null); _knownBamlMembers[memberId] = bamlMember; //_masterTypeTable.Add(bamlType.UnderlyingType, bamlType); } } return bamlMember; } // Maintain our own cache of type -> xamltype so that known types will // be found when we lookup XamlType by their underlying Type. // public override XamlType GetXamlType(Type type) { if (type == null) { throw new ArgumentNullException("type"); } XamlType xamlType = GetKnownXamlType(type); if (xamlType == null) { xamlType = GetUnknownXamlType(type); } return xamlType; } // Assumes that GetKnownXamlType was called first private XamlType GetUnknownXamlType(Type type) { XamlType xamlType; lock (_syncObject) { if (!_masterTypeTable.TryGetValue(type, out xamlType)) { WpfSharedXamlSchemaContext.RequireRuntimeType(type); xamlType = new WpfXamlType(type, this, true, true); _masterTypeTable.Add(type, xamlType); } } return xamlType; } internal XamlType GetKnownXamlType(Type type) { XamlType xamlType; lock (_syncObject) { // First; look for the type in our Main cache. if (!_masterTypeTable.TryGetValue(type, out xamlType)) { // Then check if it is one of the Known Types. // KnowTypes created by name need to be checked for an exact match. xamlType = CreateKnownBamlType(type.Name, true, true); if (xamlType == null && _themeHelpers != null) { foreach (ThemeKnownTypeHelper helper in _themeHelpers) { xamlType = helper.GetKnownXamlType(type.Name); if (xamlType != null && xamlType.UnderlyingType == type) { break; } } } if (xamlType != null && xamlType.UnderlyingType == type) { WpfKnownType bamlType = xamlType as WpfKnownType; if (bamlType != null) { _knownBamlTypes[bamlType.BamlNumber] = bamlType; } _masterTypeTable.Add(type, xamlType); } else { // If we get a known type but the type doesn't match, set xamlType to null xamlType = null; } } } return xamlType; } internal XamlValueConverter GetDeferringLoader(Type loaderType) { return base.GetValueConverter (loaderType, null); } internal XamlValueConverter GetTypeConverter(Type converterType) { if (converterType.IsEnum) { return base.GetValueConverter (typeof(EnumConverter), GetXamlType(converterType)); } else { return base.GetValueConverter (converterType, null); } } protected override XamlType GetXamlType(string xamlNamespace, string name, params XamlType[] typeArguments) { return base.GetXamlType(xamlNamespace, name, typeArguments); } public XamlType GetXamlTypeExposed(string xamlNamespace, string name, params XamlType[] typeArguments) { return base.GetXamlType(xamlNamespace, name, typeArguments); } internal Type ResolvePrefixedNameWithAdditionalWpfSemantics(string prefixedName, DependencyObject element) { // First, get the xmlns dictionary off of the provided Tree Element. object dictObject = element.GetValue(System.Windows.Markup.XmlAttributeProperties.XmlnsDictionaryProperty); var prefixDictionary = dictObject as System.Windows.Markup.XmlnsDictionary; object mapsObject = element.GetValue(System.Windows.Markup.XmlAttributeProperties.XmlNamespaceMapsProperty); var namespaceMaps = mapsObject as Hashtable; // If there was no xmlns map on the given Tree Element. // Then, as a last resort, if the prefix was "" use the Wpf Element URI. if (prefixDictionary == null) { if (_wpfDefaultNamespace == null) { var wpfDefaultNamespace = new System.Windows.Markup.XmlnsDictionary(); wpfDefaultNamespace.Add(String.Empty, Baml2006SchemaContext.WpfNamespace); _wpfDefaultNamespace = wpfDefaultNamespace; } prefixDictionary = _wpfDefaultNamespace; } else { if (namespaceMaps != null && namespaceMaps.Count > 0) { // This DO was loaded with a custom XamlTypeMapper. Try the custom mappings first. Type result = System.Windows.Markup.XamlTypeMapper.GetTypeFromName(prefixedName, element); if (result != null) { return result; } } } XamlTypeName xamlTypeName; if (XamlTypeName.TryParse(prefixedName, prefixDictionary, out xamlTypeName)) { XamlType xamlType = GetXamlType(xamlTypeName); if (xamlType != null) { return xamlType.UnderlyingType; } } return null; } internal XamlMember StaticExtensionMemberTypeProperty { get { return _xStaticMemberProperty.Value; } } internal XamlMember TypeExtensionTypeProperty { get { return _xTypeTypeProperty.Value; } } internal XamlMember ResourceDictionaryDeferredContentProperty { get { return _resourceDictionaryDefContentProperty.Value; } } internal XamlType ResourceDictionaryType { get { return _resourceDictionaryType.Value; } } internal XamlType EventSetterType { get { return _eventSetterType.Value; } } internal XamlMember EventSetterEventProperty { get { return _eventSetterEventProperty.Value; } } internal XamlMember EventSetterHandlerProperty { get { return _eventSetterHandlerProperty.Value; } } internal XamlMember FrameworkTemplateTemplateProperty { get { return _frameworkTemplateTemplateProperty.Value; } } internal XamlType StaticResourceExtensionType { get { return _staticResourceExtensionType.Value; } } internal Baml2006ReaderSettings Settings { get; set; } internal List ThemeKnownTypeHelpers { get { if (_themeHelpers == null) { _themeHelpers = new List (); } return _themeHelpers; } } private static readonly Lazy _xStaticMemberProperty = new Lazy (() => XamlLanguage.Static.GetMember("MemberType")); private static readonly Lazy _xTypeTypeProperty = new Lazy (() => XamlLanguage.Static.GetMember("Type")); private static readonly Lazy _resourceDictionaryDefContentProperty = new Lazy (() => _resourceDictionaryType.Value.GetMember("DeferrableContent")); private static readonly Lazy _resourceDictionaryType = new Lazy (() => System.Windows.Markup.XamlReader.BamlSharedSchemaContext.GetXamlType(typeof(ResourceDictionary))); private static readonly Lazy _eventSetterType = new Lazy (() => System.Windows.Markup.XamlReader.BamlSharedSchemaContext.GetXamlType(typeof(EventSetter))); private static readonly Lazy _eventSetterEventProperty = new Lazy (() => _eventSetterType.Value.GetMember("Event")); private static readonly Lazy _eventSetterHandlerProperty = new Lazy (() => _eventSetterType.Value.GetMember("Handler")); private static readonly Lazy _frameworkTemplateTemplateProperty = new Lazy (() => System.Windows.Markup.XamlReader.BamlSharedSchemaContext.GetXamlType(typeof(FrameworkTemplate)).GetMember("Template")); private static readonly Lazy _staticResourceExtensionType = new Lazy (() => System.Windows.Markup.XamlReader.BamlSharedSchemaContext.GetXamlType(typeof(StaticResourceExtension))); } } // File provided for Reference Use Only by Microsoft Corporation (c) 2007. // Copyright (c) Microsoft Corporation. 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