Code:
/ 4.0 / 4.0 / DEVDIV_TFS / Dev10 / Releases / RTMRel / ndp / fx / src / DataEntityDesign / Design / System / Data / EntityModel / Emitters / Utils.cs / 1305376 / Utils.cs
//---------------------------------------------------------------------- //// Copyright (c) Microsoft Corporation. All rights reserved. // // // @owner [....] // @backupOwner [....] //--------------------------------------------------------------------- using System; using System.Collections.Specialized; using System.Collections.Generic; using System.Text; using System.Data; using System.Data.Metadata.Edm; using System.Data.EntityModel.SchemaObjectModel; using System.Data.Entity.Design.Common; using System.Diagnostics; using System.Reflection; namespace System.Data.EntityModel.Emitters { ////// Summary description for Utils /// internal static class Utils { #region Static Fields public const string AdoFrameworkNamespace = "System.Data.Objects"; public const string AdoFrameworkDataClassesNamespace = "System.Data.Objects.DataClasses"; public const string AdoFrameworkMetadataEdmNamespace = "System.Data.Metadata.Edm"; public const string AdoEntityClientNamespace = "System.Data.EntityClient"; public const string SetValidValueMethodName = "SetValidValue"; public const string ReportPropertyChangingMethodName = "ReportPropertyChanging"; public const string ReportPropertyChangedMethodName = "ReportPropertyChanged"; public const string GetValidValueMethodName = "GetValidValue"; public const string VerifyComplexObjectIsNotNullName = "VerifyComplexObjectIsNotNull"; // to guarantee uniqueness these must all be unique, begin with and end with an underscore and not contain internal underscores private static string[] _privateMemberPrefixes = new string[(int)PrivateMemberPrefixId.Count] { "_", "_Initialize_", "PropertyInfo", "_pi", }; // suffix that is added to field names to create a boolean field used to indicate whether or // not a complex property has been explicitly initialized private static string _complexPropertyInitializedSuffix = "Initialized"; private static List> _typeReservedNames = InitializeTypeReservedNames(); /// /// Initialize some statics that cannot be initialized in member declaration... /// static List> InitializeTypeReservedNames() { Dictionary typeReservedNames = new Dictionary (StringComparer.Ordinal); BindingFlags bindingFlags = BindingFlags.FlattenHierarchy | BindingFlags.NonPublic | BindingFlags.Public | BindingFlags.Instance | BindingFlags.Static; foreach (MemberInfo member in TypeReference.ComplexTypeBaseClassType.GetMembers(bindingFlags)) { if (ShouldReserveName(member)) { if (!typeReservedNames.ContainsKey(member.Name)) { typeReservedNames.Add(member.Name, typeof(ComplexType)); } } } foreach (MemberInfo member in TypeReference.EntityTypeBaseClassType.GetMembers(bindingFlags)) { if (ShouldReserveName(member)) { if (typeReservedNames.ContainsKey(member.Name)) { if (typeReservedNames[member.Name] == typeof(ComplexType)) { // apply to all types typeReservedNames[member.Name] = null; } } else { typeReservedNames.Add(member.Name, typeof(EntityType)); } } } List > pairs = new List >(); foreach (KeyValuePair pair in typeReservedNames) { pairs.Add(pair); } return pairs; } private static bool ShouldReserveName(MemberInfo member) { if (member is EventInfo) { return ShouldReserveName((EventInfo)member); } else if(member is FieldInfo) { return ShouldReserveName((FieldInfo)member); } else if(member is MethodBase) { return ShouldReserveName((MethodBase)member); } else if(member is PropertyInfo) { return ShouldReserveName((PropertyInfo)member); } else { Debug.Assert(member is Type, "Did you add a new type of member?"); return ShouldReserveName((Type)member); } } private static bool ShouldReserveName(EventInfo member) { bool hasNonPrivate = false; MethodInfo miAdd = member.GetAddMethod(); if (miAdd != null) { hasNonPrivate |= ShouldReserveName(miAdd, false); } MethodInfo miRemove = member.GetRemoveMethod(); if (miRemove != null) { hasNonPrivate |= ShouldReserveName(miRemove, false); } return hasNonPrivate; } private static bool ShouldReserveName(PropertyInfo member) { bool hasNonPrivate = false; MethodInfo miSet = member.GetSetMethod(); if (miSet != null) { hasNonPrivate |= ShouldReserveName(miSet, false); } MethodInfo miGet = member.GetGetMethod(); if (miGet != null) { hasNonPrivate |= ShouldReserveName(miGet, false); } return hasNonPrivate; } private static bool ShouldReserveName(FieldInfo member) { return !member.IsPrivate && !member.IsAssembly && !member.IsSpecialName; } private static bool ShouldReserveName(MethodBase member, bool checkForSpecial) { return !member.IsPrivate && !member.IsAssembly && (!checkForSpecial || !member.IsSpecialName); } private static bool ShouldReserveName(MethodBase member) { return ShouldReserveName(member, true); } private static bool ShouldReserveName(Type member) { // we don't want to keep types return false; } #endregion #region Public Methods /// /// /// /// ///[System.Diagnostics.CodeAnalysis.SuppressMessage("Microsoft.Globalization", "CA1308:NormalizeStringsToUppercase")] public static string CamelCase(string text) { if ( string.IsNullOrEmpty(text) ) return text; if ( text.Length == 1 ) return text[0].ToString(System.Globalization.CultureInfo.InvariantCulture).ToLowerInvariant(); return text[0].ToString(System.Globalization.CultureInfo.InvariantCulture).ToLowerInvariant()+text.Substring(1); } public static string FixParameterName(string name) { // FxCop consider 'iD' as violation, we will change any property that is 'id'(case insensitive) to 'ID' if (StringComparer.OrdinalIgnoreCase.Equals(name, "id")) { // it is an abreviation not an acronym so it should be all lower case return "id"; } return CamelCase(name); } /// /// /// /// ///public static string FieldNameFromPropName(string propName) { return PrivateMemberPrefix(PrivateMemberPrefixId.Field)+propName; } /// /// Generate the name of a field that is used to indicate whether a complex property has been explicitly initialized /// /// Name of the property associated that with this field ///Generated field name public static string ComplexPropertyInitializedNameFromPropName(string propName) { return FieldNameFromPropName(propName) + _complexPropertyInitializedSuffix; } ////// get the prefix ussed for a private member /// /// ///public static string PrivateMemberPrefix(PrivateMemberPrefixId id) { return _privateMemberPrefixes[(int)id]; } /// /// /// /// ///public static string FQAdoFrameworkName( string name ) { return AdoFrameworkNamespace + "." + name; } /// /// /// /// ///public static string FQAdoFrameworkDataClassesName( string name ) { return AdoFrameworkDataClassesNamespace + "." + name; } /// /// /// /// unqualifed name of the type ///public static string FQAdoFrameworkMetadataEdmName(string name) { return AdoFrameworkMetadataEdmNamespace + "." + name; } /// /// /// /// ///public static string FQAdoEntityClientName(string name) { return AdoEntityClientNamespace + "." + name; } /// /// /// /// /// ///public static bool TryGetPrimitiveTypeKind(EdmType type, out PrimitiveTypeKind modelType ) { if (!MetadataUtil.IsPrimitiveType(type)) { // set it to something bogus because I have to modelType = PrimitiveTypeKind.Binary; return false; } modelType = ((PrimitiveType)type).PrimitiveTypeKind; return true; } /// /// /// /// ///public static string[] SplitName(string name) { Debug.Assert(!string.IsNullOrEmpty(name), "name parameter is null or empty"); if ( name.Length > 0 && name[0] == '.' ) return name.Substring(1).Split('.'); return name.Split('.'); } public static string GetFullyQualifiedCodeGenerationAttributeName(string attribute) { return XmlConstants.CodeGenerationSchemaNamespace + ":" + attribute; } /// /// check if a name is reserved for a type /// /// the object representing the schema type being defined /// the member name ///true if the name is reserved by the type public static bool DoesTypeReserveMemberName(StructuralType type, string name, StringComparison comparison) { Type reservingType = null; if (!TryGetReservedName(name,comparison, out reservingType)) { return false; } // if reserving types is null it means the name is reserved for all types. if (reservingType == null) { return true; } return (reservingType == type.GetType()); } public static bool TryGetReservedName(string name, StringComparison comparison, out Type applyToSpecificType) { applyToSpecificType = null; foreach(KeyValuePairpair in _typeReservedNames) { if (pair.Key.Equals(name, comparison)) { applyToSpecificType = pair.Value; return true; } } return false; } #endregion } } // File provided for Reference Use Only by Microsoft Corporation (c) 2007. //---------------------------------------------------------------------- // // Copyright (c) Microsoft Corporation. All rights reserved. // // // @owner [....] // @backupOwner [....] //--------------------------------------------------------------------- using System; using System.Collections.Specialized; using System.Collections.Generic; using System.Text; using System.Data; using System.Data.Metadata.Edm; using System.Data.EntityModel.SchemaObjectModel; using System.Data.Entity.Design.Common; using System.Diagnostics; using System.Reflection; namespace System.Data.EntityModel.Emitters { ////// Summary description for Utils /// internal static class Utils { #region Static Fields public const string AdoFrameworkNamespace = "System.Data.Objects"; public const string AdoFrameworkDataClassesNamespace = "System.Data.Objects.DataClasses"; public const string AdoFrameworkMetadataEdmNamespace = "System.Data.Metadata.Edm"; public const string AdoEntityClientNamespace = "System.Data.EntityClient"; public const string SetValidValueMethodName = "SetValidValue"; public const string ReportPropertyChangingMethodName = "ReportPropertyChanging"; public const string ReportPropertyChangedMethodName = "ReportPropertyChanged"; public const string GetValidValueMethodName = "GetValidValue"; public const string VerifyComplexObjectIsNotNullName = "VerifyComplexObjectIsNotNull"; // to guarantee uniqueness these must all be unique, begin with and end with an underscore and not contain internal underscores private static string[] _privateMemberPrefixes = new string[(int)PrivateMemberPrefixId.Count] { "_", "_Initialize_", "PropertyInfo", "_pi", }; // suffix that is added to field names to create a boolean field used to indicate whether or // not a complex property has been explicitly initialized private static string _complexPropertyInitializedSuffix = "Initialized"; private static List> _typeReservedNames = InitializeTypeReservedNames(); /// /// Initialize some statics that cannot be initialized in member declaration... /// static List> InitializeTypeReservedNames() { Dictionary typeReservedNames = new Dictionary (StringComparer.Ordinal); BindingFlags bindingFlags = BindingFlags.FlattenHierarchy | BindingFlags.NonPublic | BindingFlags.Public | BindingFlags.Instance | BindingFlags.Static; foreach (MemberInfo member in TypeReference.ComplexTypeBaseClassType.GetMembers(bindingFlags)) { if (ShouldReserveName(member)) { if (!typeReservedNames.ContainsKey(member.Name)) { typeReservedNames.Add(member.Name, typeof(ComplexType)); } } } foreach (MemberInfo member in TypeReference.EntityTypeBaseClassType.GetMembers(bindingFlags)) { if (ShouldReserveName(member)) { if (typeReservedNames.ContainsKey(member.Name)) { if (typeReservedNames[member.Name] == typeof(ComplexType)) { // apply to all types typeReservedNames[member.Name] = null; } } else { typeReservedNames.Add(member.Name, typeof(EntityType)); } } } List > pairs = new List >(); foreach (KeyValuePair pair in typeReservedNames) { pairs.Add(pair); } return pairs; } private static bool ShouldReserveName(MemberInfo member) { if (member is EventInfo) { return ShouldReserveName((EventInfo)member); } else if(member is FieldInfo) { return ShouldReserveName((FieldInfo)member); } else if(member is MethodBase) { return ShouldReserveName((MethodBase)member); } else if(member is PropertyInfo) { return ShouldReserveName((PropertyInfo)member); } else { Debug.Assert(member is Type, "Did you add a new type of member?"); return ShouldReserveName((Type)member); } } private static bool ShouldReserveName(EventInfo member) { bool hasNonPrivate = false; MethodInfo miAdd = member.GetAddMethod(); if (miAdd != null) { hasNonPrivate |= ShouldReserveName(miAdd, false); } MethodInfo miRemove = member.GetRemoveMethod(); if (miRemove != null) { hasNonPrivate |= ShouldReserveName(miRemove, false); } return hasNonPrivate; } private static bool ShouldReserveName(PropertyInfo member) { bool hasNonPrivate = false; MethodInfo miSet = member.GetSetMethod(); if (miSet != null) { hasNonPrivate |= ShouldReserveName(miSet, false); } MethodInfo miGet = member.GetGetMethod(); if (miGet != null) { hasNonPrivate |= ShouldReserveName(miGet, false); } return hasNonPrivate; } private static bool ShouldReserveName(FieldInfo member) { return !member.IsPrivate && !member.IsAssembly && !member.IsSpecialName; } private static bool ShouldReserveName(MethodBase member, bool checkForSpecial) { return !member.IsPrivate && !member.IsAssembly && (!checkForSpecial || !member.IsSpecialName); } private static bool ShouldReserveName(MethodBase member) { return ShouldReserveName(member, true); } private static bool ShouldReserveName(Type member) { // we don't want to keep types return false; } #endregion #region Public Methods /// /// /// /// ///[System.Diagnostics.CodeAnalysis.SuppressMessage("Microsoft.Globalization", "CA1308:NormalizeStringsToUppercase")] public static string CamelCase(string text) { if ( string.IsNullOrEmpty(text) ) return text; if ( text.Length == 1 ) return text[0].ToString(System.Globalization.CultureInfo.InvariantCulture).ToLowerInvariant(); return text[0].ToString(System.Globalization.CultureInfo.InvariantCulture).ToLowerInvariant()+text.Substring(1); } public static string FixParameterName(string name) { // FxCop consider 'iD' as violation, we will change any property that is 'id'(case insensitive) to 'ID' if (StringComparer.OrdinalIgnoreCase.Equals(name, "id")) { // it is an abreviation not an acronym so it should be all lower case return "id"; } return CamelCase(name); } /// /// /// /// ///public static string FieldNameFromPropName(string propName) { return PrivateMemberPrefix(PrivateMemberPrefixId.Field)+propName; } /// /// Generate the name of a field that is used to indicate whether a complex property has been explicitly initialized /// /// Name of the property associated that with this field ///Generated field name public static string ComplexPropertyInitializedNameFromPropName(string propName) { return FieldNameFromPropName(propName) + _complexPropertyInitializedSuffix; } ////// get the prefix ussed for a private member /// /// ///public static string PrivateMemberPrefix(PrivateMemberPrefixId id) { return _privateMemberPrefixes[(int)id]; } /// /// /// /// ///public static string FQAdoFrameworkName( string name ) { return AdoFrameworkNamespace + "." + name; } /// /// /// /// ///public static string FQAdoFrameworkDataClassesName( string name ) { return AdoFrameworkDataClassesNamespace + "." + name; } /// /// /// /// unqualifed name of the type ///public static string FQAdoFrameworkMetadataEdmName(string name) { return AdoFrameworkMetadataEdmNamespace + "." + name; } /// /// /// /// ///public static string FQAdoEntityClientName(string name) { return AdoEntityClientNamespace + "." + name; } /// /// /// /// /// ///public static bool TryGetPrimitiveTypeKind(EdmType type, out PrimitiveTypeKind modelType ) { if (!MetadataUtil.IsPrimitiveType(type)) { // set it to something bogus because I have to modelType = PrimitiveTypeKind.Binary; return false; } modelType = ((PrimitiveType)type).PrimitiveTypeKind; return true; } /// /// /// /// ///public static string[] SplitName(string name) { Debug.Assert(!string.IsNullOrEmpty(name), "name parameter is null or empty"); if ( name.Length > 0 && name[0] == '.' ) return name.Substring(1).Split('.'); return name.Split('.'); } public static string GetFullyQualifiedCodeGenerationAttributeName(string attribute) { return XmlConstants.CodeGenerationSchemaNamespace + ":" + attribute; } /// /// check if a name is reserved for a type /// /// the object representing the schema type being defined /// the member name ///true if the name is reserved by the type public static bool DoesTypeReserveMemberName(StructuralType type, string name, StringComparison comparison) { Type reservingType = null; if (!TryGetReservedName(name,comparison, out reservingType)) { return false; } // if reserving types is null it means the name is reserved for all types. if (reservingType == null) { return true; } return (reservingType == type.GetType()); } public static bool TryGetReservedName(string name, StringComparison comparison, out Type applyToSpecificType) { applyToSpecificType = null; foreach(KeyValuePairpair in _typeReservedNames) { if (pair.Key.Equals(name, comparison)) { applyToSpecificType = pair.Value; return true; } } return false; } #endregion } } // File provided for Reference Use Only by Microsoft Corporation (c) 2007.
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