Code:
/ FX-1434 / FX-1434 / 1.0 / untmp / whidbey / REDBITS / ndp / fx / src / WinForms / Managed / System / Resources / ResXDataNode.cs / 1 / ResXDataNode.cs
//------------------------------------------------------------------------------
//
// Copyright (c) Microsoft Corporation. All rights reserved.
//
//-----------------------------------------------------------------------------
#if SYSTEM_WEB // See DevDiv 9030
namespace System.PrivateResources {
#else
namespace System.Resources {
#endif
using System.Diagnostics;
using System.Diagnostics.CodeAnalysis;
using System.Runtime.Serialization;
using System.Runtime.Serialization.Formatters.Binary;
using System;
using System.Windows.Forms;
using System.Reflection;
using Microsoft.Win32;
using System.Drawing;
using System.IO;
using System.Text;
using System.ComponentModel;
using System.Collections;
using System.Runtime.CompilerServices;
using System.Resources;
using System.Xml;
using System.ComponentModel.Design;
using System.Globalization;
using System.Security.Permissions;
#if SYSTEM_WEB
using System.Web; // This is needed to access the SR resource strings
#endif
///
///
///
[Serializable]
[PermissionSetAttribute(System.Security.Permissions.SecurityAction.LinkDemand, Name="FullTrust")]
#if SYSTEM_WEB
internal sealed class ResXDataNode : ISerializable {
#else
public sealed class ResXDataNode : ISerializable {
#endif
private static readonly char[] SpecialChars = new char[]{' ', '\r', '\n'};
private DataNodeInfo nodeInfo;
private string name;
private string comment;
#if UNUSED
private string mimeType;
private string valueData;
#endif
private string typeName; // is only used when we create a resxdatanode manually with an object and contains the FQN
private string fileRefFullPath;
private string fileRefType;
private string fileRefTextEncoding;
private object value;
private ResXFileRef fileRef;
private IFormatter binaryFormatter = null;
// this is going to be used to check if a ResXDataNode is of type ResXFileRef
private static ITypeResolutionService internalTypeResolver = new AssemblyNamesTypeResolutionService(new AssemblyName[] { new AssemblyName("System.Windows.Forms") });
// constructors
private ResXDataNode() {
}
//
// this is a deep clone
//
internal ResXDataNode DeepClone() {
ResXDataNode result = new ResXDataNode();
result.nodeInfo = (this.nodeInfo != null) ? this.nodeInfo.Clone() : null; // nodeinfo is just made up of immutable objects, we don't need to clone it
result.name = this.name;
result.comment = this.comment;
#if UNUSED
result.mimeType = this.mimeType;
result.valueData = this.valueData;
#endif
result.typeName = this.typeName;
result.fileRefFullPath = this.fileRefFullPath;
result.fileRefType = this.fileRefType;
result.fileRefTextEncoding = this.fileRefTextEncoding;
result.value = this.value; // we don't clone the value, because we don't know how
result.fileRef = (this.fileRef != null) ? this.fileRef.Clone() : null;
return result;
}
///
///
///
[SuppressMessage("Microsoft.Usage", "CA2208:InstantiateArgumentExceptionsCorrectly")]
[
SuppressMessage("Microsoft.Globalization", "CA1303:DoNotPassLiteralsAsLocalizedParameters") // "name" is the name of the param passed in.
// So we don't have to localize it.
]
public ResXDataNode(string name, object value) {
if(name == null) {
throw (new ArgumentNullException("name"));
}
if(name.Length == 0) {
throw (new ArgumentException("name"));
}
Type valueType = (value == null) ? typeof(object) : value.GetType();
if (value != null && !valueType.IsSerializable) {
throw new InvalidOperationException(SR.GetString(SR.NotSerializableType, name, valueType.FullName));
} else if (value!= null) {
this.typeName = valueType.AssemblyQualifiedName;
}
this.name = name;
this.value = value;
}
///
///
///
[SuppressMessage("Microsoft.Usage", "CA2208:InstantiateArgumentExceptionsCorrectly")]
[
SuppressMessage("Microsoft.Globalization", "CA1303:DoNotPassLiteralsAsLocalizedParameters") // "name" is the name of the param passed in.
// So we don't have to localize it.
]
public ResXDataNode(string name, ResXFileRef fileRef) {
if(name == null) {
throw (new ArgumentNullException("name"));
}
if(fileRef == null) {
throw (new ArgumentNullException("fileRef"));
}
if(name.Length == 0) {
throw (new ArgumentException("name"));
}
this.name = name;
this.fileRef = fileRef;
}
internal ResXDataNode(DataNodeInfo nodeInfo, string basePath) {
this.nodeInfo = nodeInfo;
InitializeDataNode(basePath);
}
private void InitializeDataNode(string basePath) {
// we can only use our internal type resolver here
// because we only want to check if this is a ResXFileRef node
// and we can't be sure that we have a typeResolutionService that can
// recognize this. It's not very clean but this should work.
Type nodeType = null;
if(!string.IsNullOrEmpty(nodeInfo.TypeName)) // can be null if we have a string (default for string is TypeName == null)
nodeType = internalTypeResolver.GetType(nodeInfo.TypeName, false, true);
if(nodeType != null && nodeType.Equals(typeof(ResXFileRef))) {
// we have a fileref, split the value data and populate the fields
string[] fileRefDetails = ResXFileRef.Converter.ParseResxFileRefString(nodeInfo.ValueData);
if(fileRefDetails != null && fileRefDetails.Length > 1) {
if(!Path.IsPathRooted(fileRefDetails[0]) && basePath != null) {
fileRefFullPath = Path.Combine(basePath, fileRefDetails[0]);
} else {
fileRefFullPath = fileRefDetails[0];
}
fileRefType = fileRefDetails[1];
if(fileRefDetails.Length > 2) {
fileRefTextEncoding = fileRefDetails[2];
}
}
}
}
///
///
///
public string Comment {
get {
string result = comment;
if(result == null && nodeInfo != null) {
result = nodeInfo.Comment;
}
return (result == null ? "" : result);
}
set {
comment= value;
}
}
///
///
///
public string Name {
get {
string result = name;
if(result == null && nodeInfo != null) {
result = nodeInfo.Name;
}
return result;
}
[
SuppressMessage("Microsoft.Globalization", "CA1303:DoNotPassLiteralsAsLocalizedParameters") // "Name" is the name of the property.
// So we don't have to localize it.
]
set {
if(value == null) {
throw (new ArgumentNullException("Name"));
}
if(value.Length == 0) {
throw (new ArgumentException("Name"));
}
name = value;
}
}
#if UNUSED
private string MimeType {
get {
string result = mimeType;
if(result == null && nodeInfo != null) {
result = nodeInfo.MimeType;
}
return result;
}
}
private string ValueData {
get {
string result = valueData;
if(result == null && nodeInfo != null) {
result = nodeInfo.ValueData;
}
return result;
}
}
#endif
///
///
///
public ResXFileRef FileRef {
get {
if(FileRefFullPath==null) {
return null;
}
if(fileRef == null) {
if(String.IsNullOrEmpty(fileRefTextEncoding))
{
fileRef = new ResXFileRef(FileRefFullPath, FileRefType);
} else {
fileRef = new ResXFileRef(FileRefFullPath, FileRefType, Encoding.GetEncoding(FileRefTextEncoding));
}
}
return fileRef;
}
}
private string FileRefFullPath {
get {
string result = (fileRef==null ? null : fileRef.FileName);
if(result == null) {
result = fileRefFullPath;
}
return result;
}
}
private string FileRefType {
get {
string result = (fileRef==null ? null : fileRef.TypeName);
if(result == null) {
result = fileRefType;
}
return result;
}
}
private string FileRefTextEncoding {
get {
string result = (fileRef==null ? null : (fileRef.TextFileEncoding == null ? null : fileRef.TextFileEncoding.BodyName));
if(result == null) {
result = fileRefTextEncoding;
}
return result;
}
}
#if !SYSTEM_WEB // System.Web does not link with the Soap assembly
///
/// As a performance optimization, we isolate the soap class here in a separate
/// function. We don't care about the binary formatter because it lives in
/// mscorlib, which is already loaded. The soap formatter lives in a separate
/// assembly, however, so there is value in preventing it from needlessly
/// being loaded.
///
[MethodImplAttribute(MethodImplOptions.NoInlining)]
private IFormatter CreateSoapFormatter() {
return new System.Runtime.Serialization.Formatters.Soap.SoapFormatter();
}
#endif
private static string ToBase64WrappedString(byte[] data) {
const int lineWrap = 80;
const string crlf = "\r\n";
const string prefix = " ";
string raw = Convert.ToBase64String(data);
if (raw.Length > lineWrap) {
StringBuilder output = new StringBuilder(raw.Length + (raw.Length / lineWrap) * 3); // word wrap on lineWrap chars, \r\n
int current = 0;
for (; current < raw.Length - lineWrap; current+=lineWrap) {
output.Append(crlf);
output.Append(prefix);
output.Append(raw, current, lineWrap);
}
output.Append(crlf);
output.Append(prefix);
output.Append(raw, current, raw.Length - current);
output.Append(crlf);
return output.ToString();
}
else {
return raw;
}
}
private void FillDataNodeInfoFromObject(DataNodeInfo nodeInfo, object value) {
if (value is string) {
nodeInfo.ValueData = (string)value;
if(value == null) {
nodeInfo.TypeName = typeof(ResXNullRef).AssemblyQualifiedName;
}
}
else if (value is byte[]) {
nodeInfo.ValueData = ToBase64WrappedString((byte[])value);
nodeInfo.TypeName = typeof(byte[]).AssemblyQualifiedName;
}
else {
Type valueType = (value == null) ? typeof(object) : value.GetType();
if (value != null && !valueType.IsSerializable) {
throw new InvalidOperationException(SR.GetString(SR.NotSerializableType, name, valueType.FullName));
}
TypeConverter tc = TypeDescriptor.GetConverter(valueType);
bool toString = tc.CanConvertTo(typeof(string));
bool fromString = tc.CanConvertFrom(typeof(string));
try {
if (toString && fromString) {
nodeInfo.ValueData = tc.ConvertToInvariantString(value);
nodeInfo.TypeName = valueType.AssemblyQualifiedName;
return;
}
}
catch (Exception ex) {
// Some custom type converters will throw in ConvertTo(string)
// to indicate that this object should be serialized through ISeriazable
// instead of as a string. This is semi-wrong, but something we will have to
// live with to allow user created Cursors to be serializable.
if (ClientUtils.IsSecurityOrCriticalException(ex)) {
throw;
}
}
catch {
}
bool toByteArray = tc.CanConvertTo(typeof(byte[]));
bool fromByteArray = tc.CanConvertFrom(typeof(byte[]));
if (toByteArray && fromByteArray) {
byte[] data = (byte[])tc.ConvertTo(value, typeof(byte[]));
string text = ToBase64WrappedString(data);
nodeInfo.ValueData = text;
nodeInfo.MimeType = ResXResourceWriter.ByteArraySerializedObjectMimeType;
nodeInfo.TypeName = valueType.AssemblyQualifiedName;
return;
}
if (value == null) {
nodeInfo.ValueData = string.Empty;
nodeInfo.TypeName = typeof(ResXNullRef).AssemblyQualifiedName;
}
else {
if (binaryFormatter == null) {
binaryFormatter = new System.Runtime.Serialization.Formatters.Binary.BinaryFormatter();
}
MemoryStream ms = new MemoryStream();
if (binaryFormatter == null) {
binaryFormatter = new System.Runtime.Serialization.Formatters.Binary.BinaryFormatter();
}
IFormatter formatter = binaryFormatter;
formatter.Serialize(ms, value);
string text = ToBase64WrappedString(ms.ToArray());
nodeInfo.ValueData = text;
nodeInfo.MimeType = ResXResourceWriter.DefaultSerializedObjectMimeType;
}
}
}
private object GenerateObjectFromDataNodeInfo(DataNodeInfo dataNodeInfo, ITypeResolutionService typeResolver) {
object result = null;
string mimeTypeName = dataNodeInfo.MimeType;
// default behavior: if we dont have a type name, it's a string
string typeName = (dataNodeInfo.TypeName == null || dataNodeInfo.TypeName.Length==0 ? typeof(string).AssemblyQualifiedName : dataNodeInfo.TypeName);
if (mimeTypeName != null && mimeTypeName.Length > 0) {
if (String.Equals(mimeTypeName, ResXResourceWriter.BinSerializedObjectMimeType)
|| String.Equals(mimeTypeName, ResXResourceWriter.Beta2CompatSerializedObjectMimeType)
|| String.Equals(mimeTypeName, ResXResourceWriter.CompatBinSerializedObjectMimeType)) {
string text = dataNodeInfo.ValueData;
byte[] serializedData;
serializedData = FromBase64WrappedString(text);
if (binaryFormatter == null) {
binaryFormatter = new BinaryFormatter();
binaryFormatter.Binder = new ResXSerializationBinder(typeResolver);
}
IFormatter formatter = binaryFormatter;
if (serializedData != null && serializedData.Length > 0) {
result = formatter.Deserialize(new MemoryStream(serializedData));
if (result is ResXNullRef) {
result = null;
}
}
}
#if !SYSTEM_WEB // System.Web does not link with the Soap assembly
else if (String.Equals(mimeTypeName, ResXResourceWriter.SoapSerializedObjectMimeType)
|| String.Equals(mimeTypeName, ResXResourceWriter.CompatSoapSerializedObjectMimeType)) {
string text = dataNodeInfo.ValueData;
byte[] serializedData;
serializedData = FromBase64WrappedString(text);
if (serializedData != null && serializedData.Length > 0) {
// Performance : don't inline a new SoapFormatter here. That will always bring in
// the soap assembly, which we don't want. Throw this in another
// function so the class doesn't have to get loaded.
//
IFormatter formatter = CreateSoapFormatter();
result = formatter.Deserialize(new MemoryStream(serializedData));
if (result is ResXNullRef) {
result = null;
}
}
}
#endif
else if (String.Equals(mimeTypeName, ResXResourceWriter.ByteArraySerializedObjectMimeType)) {
if (typeName != null && typeName.Length > 0) {
Type type = ResolveType(typeName, typeResolver);
if (type != null) {
TypeConverter tc = TypeDescriptor.GetConverter(type);
if (tc.CanConvertFrom(typeof(byte[]))) {
string text = dataNodeInfo.ValueData;
byte[] serializedData;
serializedData = FromBase64WrappedString(text);
if (serializedData != null) {
result = tc.ConvertFrom(serializedData);
}
}
}
else {
string newMessage = SR.GetString(SR.TypeLoadException, typeName, dataNodeInfo.ReaderPosition.Y, dataNodeInfo.ReaderPosition.X);
XmlException xml = new XmlException(newMessage, null, dataNodeInfo.ReaderPosition.Y, dataNodeInfo.ReaderPosition.X);
TypeLoadException newTle = new TypeLoadException(newMessage, xml);
throw newTle;
}
}
}
}
else if (typeName != null && typeName.Length > 0) {
Type type = ResolveType(typeName, typeResolver);
if (type != null) {
if (type == typeof(ResXNullRef)) {
result = null;
}
else if (typeName.IndexOf("System.Byte[]") != -1 && typeName.IndexOf("mscorlib") != -1) {
// Handle byte[]'s, which are stored as base-64 encoded strings.
// We can't hard-code byte[] type name due to version number
// updates & potential whitespace issues with ResX files.
result = FromBase64WrappedString(dataNodeInfo.ValueData);
}
else {
TypeConverter tc = TypeDescriptor.GetConverter(type);
if (tc.CanConvertFrom(typeof(string))) {
string text = dataNodeInfo.ValueData;
try {
result = tc.ConvertFromInvariantString(text);
} catch (NotSupportedException nse) {
string newMessage = SR.GetString(SR.NotSupported, typeName, dataNodeInfo.ReaderPosition.Y, dataNodeInfo.ReaderPosition.X, nse.Message);
XmlException xml = new XmlException(newMessage, nse, dataNodeInfo.ReaderPosition.Y, dataNodeInfo.ReaderPosition.X);
NotSupportedException newNse = new NotSupportedException(newMessage, xml);
throw newNse;
}
}
else {
Debug.WriteLine("Converter for " + type.FullName + " doesn't support string conversion");
}
}
}
else {
string newMessage = SR.GetString(SR.TypeLoadException, typeName, dataNodeInfo.ReaderPosition.Y, dataNodeInfo.ReaderPosition.X);
XmlException xml = new XmlException(newMessage, null, dataNodeInfo.ReaderPosition.Y, dataNodeInfo.ReaderPosition.X);
TypeLoadException newTle = new TypeLoadException(newMessage, xml);
throw newTle;
}
}
else {
// if mimeTypeName and typeName are not filled in, the value must be a string
Debug.Assert(value is string, "Resource entries with no Type or MimeType must be encoded as strings");
}
return result;
}
internal DataNodeInfo GetDataNodeInfo() {
bool shouldSerialize = true;
if(nodeInfo != null) {
shouldSerialize = false;
} else {
nodeInfo = new DataNodeInfo();
}
nodeInfo.Name = Name;
nodeInfo.Comment = Comment;
// We always serialize if this node represents a FileRef. This is because FileRef is a public property,
// so someone could have modified it.
if(shouldSerialize || FileRefFullPath != null) {
// if we dont have a datanodeinfo it could be either
// a direct object OR a fileref
if(FileRefFullPath != null) {
nodeInfo.ValueData = FileRef.ToString();
nodeInfo.MimeType = null;
nodeInfo.TypeName = typeof(ResXFileRef).AssemblyQualifiedName;
} else {
// serialize to string inside the nodeInfo
FillDataNodeInfoFromObject(nodeInfo, value);
}
}
return nodeInfo;
}
///
/// Might return the position in the resx file of the current node, if known
/// otherwise, will return Point(0,0) since point is a struct
///
public Point GetNodePosition() {
if(nodeInfo == null) {
return new Point();
} else {
return nodeInfo.ReaderPosition;
}
}
///
/// Get the FQ type name for this datanode.
/// We return typeof(object) for ResXNullRef
///
public string GetValueTypeName(ITypeResolutionService typeResolver) {
// the type name here is always a FQN
if(typeName != null && typeName.Length >0) {
if(typeName.Equals(typeof(ResXNullRef).AssemblyQualifiedName)) {
return typeof(object).AssemblyQualifiedName;
} else {
return typeName;
}
}
string result = FileRefType;
Type objectType = null;
// do we have a fileref?
if(result != null) {
// try to resolve this type
objectType = ResolveType(FileRefType, typeResolver);
} else if(nodeInfo != null) {
// we dont have a fileref, try to resolve the type of the datanode
result = nodeInfo.TypeName;
// if typename is null, the default is just a string
if(result == null || result.Length==0) {
// we still dont know... do we have a mimetype? if yes, our only option is to
// deserialize to know what we're dealing with... very inefficient...
if(nodeInfo.MimeType != null && nodeInfo.MimeType.Length > 0) {
object insideObject = null;
try {
insideObject = GenerateObjectFromDataNodeInfo(nodeInfo, typeResolver);
} catch (Exception ex) { // it'd be better to catch SerializationException but the underlying type resolver
// can throw things like FileNotFoundException which is kinda confusing, so I am catching all here..
if(ClientUtils.IsCriticalException(ex)) {
throw;
}
// something went wrong, type is not specified at all or stream is corrupted
// return system.object
result = typeof(object).AssemblyQualifiedName;
} catch {
throw;
}
if(insideObject != null) {
result = insideObject.GetType().AssemblyQualifiedName;
}
} else {
// no typename, no mimetype, we have a string...
result = typeof(string).AssemblyQualifiedName;
}
} else {
objectType = ResolveType(nodeInfo.TypeName, typeResolver);
}
}
if(objectType != null) {
if(objectType == typeof(ResXNullRef)) {
result = typeof(object).AssemblyQualifiedName;
} else {
result = objectType.AssemblyQualifiedName;
}
}
return result;
}
///
/// Get the FQ type name for this datanode
///
public string GetValueTypeName(AssemblyName[] names) {
return GetValueTypeName(new AssemblyNamesTypeResolutionService(names));
}
///
/// Get the value contained in this datanode
///
public object GetValue(ITypeResolutionService typeResolver) {
if(value != null) {
return value;
}
object result = null;
if(FileRefFullPath != null) {
Type objectType = ResolveType(FileRefType , typeResolver);
if(objectType != null) {
// we have the FQN for this type
if(FileRefTextEncoding != null) {
fileRef = new ResXFileRef(FileRefFullPath, FileRefType, Encoding.GetEncoding(FileRefTextEncoding));
} else {
fileRef = new ResXFileRef(FileRefFullPath, FileRefType);
}
TypeConverter tc = TypeDescriptor.GetConverter(typeof(ResXFileRef));
result = tc.ConvertFrom(fileRef.ToString());
} else {
string newMessage = SR.GetString(SR.TypeLoadExceptionShort, FileRefType);
TypeLoadException newTle = new TypeLoadException(newMessage);
throw (newTle);
}
} else if(result == null && nodeInfo.ValueData!= null) {
// it's embedded, we deserialize it
result = GenerateObjectFromDataNodeInfo(nodeInfo, typeResolver);
} else {
// schema is wrong and say minOccur for Value is 0,
// but it's too late to change it...
// we need to return null here vswhidbey 180605
return null;
}
return result;
}
///
/// Get the value contained in this datanode
///
public object GetValue(AssemblyName[] names) {
return GetValue(new AssemblyNamesTypeResolutionService(names));
}
private static byte[] FromBase64WrappedString(string text) {
if (text.IndexOfAny(SpecialChars) != -1) {
StringBuilder sb = new StringBuilder(text.Length);
for (int i=0; i= 2) {
string partialName = typeParts[0].Trim();
string assemblyName = typeParts[1].Trim();
partialName = partialName + ", " + assemblyName;
t = typeResolver.GetType(partialName, false);
}
}
}
if (t == null) {
t = Type.GetType(typeName, false);
}
return t;
}
///
/// Get the value contained in this datanode
///
// NOTE: No LinkDemand for SerializationFormatter necessary here, since this class already
// has a FullTrust LinkDemand.
void ISerializable.GetObjectData(SerializationInfo si, StreamingContext context) {
DataNodeInfo nodeInfo = GetDataNodeInfo();
si.AddValue("Name", nodeInfo.Name, typeof(string));
si.AddValue("Comment", nodeInfo.Comment, typeof(string));
si.AddValue("TypeName", nodeInfo.TypeName, typeof(string));
si.AddValue("MimeType", nodeInfo.MimeType, typeof(string));
si.AddValue("ValueData", nodeInfo.ValueData, typeof(string));
}
private ResXDataNode(SerializationInfo info, StreamingContext context) {
DataNodeInfo nodeInfo = new DataNodeInfo();
nodeInfo.Name = (string)info.GetValue("Name", typeof(string));
nodeInfo.Comment = (string)info.GetValue("Comment", typeof(string));
nodeInfo.TypeName = (string)info.GetValue("TypeName", typeof(string));
nodeInfo.MimeType = (string)info.GetValue("MimeType", typeof(string));
nodeInfo.ValueData = (string)info.GetValue("ValueData", typeof(string));
this.nodeInfo = nodeInfo;
InitializeDataNode(null);
}
}
internal class DataNodeInfo {
internal string Name;
internal string Comment;
internal string TypeName;
internal string MimeType;
internal string ValueData;
internal Point ReaderPosition; //only used to track position in the reader
internal DataNodeInfo Clone() {
DataNodeInfo result = new DataNodeInfo();
result.Name = this.Name;
result.Comment = this.Comment;
result.TypeName = this.TypeName;
result.MimeType = this.MimeType;
result.ValueData = this.ValueData;
result.ReaderPosition = new Point(this.ReaderPosition.X, this.ReaderPosition.Y);
return result;
}
}
// This class implements a partial type resolver for the BinaryFormatter.
// This is needed to be able to read binary serialized content from older
// NDP types and map them to newer versions.
//
internal class ResXSerializationBinder : SerializationBinder {
private ITypeResolutionService typeResolver;
internal ResXSerializationBinder(ITypeResolutionService typeResolver) {
this.typeResolver = typeResolver;
}
public override Type BindToType(string assemblyName, string typeName) {
if (typeResolver == null) {
return null;
}
typeName = typeName + ", " + assemblyName;
Type t = typeResolver.GetType(typeName);
if (t == null) {
string[] typeParts = typeName.Split(new char[] {','});
// Break up the assembly name from the rest of the assembly strong name.
// we try 1) FQN 2) FQN without a version 3) just the short name
if (typeParts != null && typeParts.Length > 2) {
string partialName = typeParts[0].Trim();
for (int i = 1; i < typeParts.Length; ++i) {
string s = typeParts[i].Trim();
if (!s.StartsWith("Version=") && !s.StartsWith("version=")) {
partialName = partialName + ", " + s;
}
}
t = typeResolver.GetType(partialName);
if(t == null) {
t = typeResolver.GetType(typeParts[0].Trim());
}
}
}
// Binder couldn't handle it, let the default loader take over.
return t;
}
}
internal class AssemblyNamesTypeResolutionService : ITypeResolutionService {
private AssemblyName[] names;
private Hashtable cachedAssemblies;
internal AssemblyNamesTypeResolutionService(AssemblyName[] names) {
this.names = names;
}
public Assembly GetAssembly(AssemblyName name) {
return GetAssembly(name, true);
}
//
[SuppressMessage("Microsoft.Reliability", "CA2001:AvoidCallingProblematicMethods")]
public Assembly GetAssembly(AssemblyName name, bool throwOnError) {
Assembly result = null;
if (cachedAssemblies == null) {
cachedAssemblies = new Hashtable();
}
if (cachedAssemblies.Contains(name)) {
result = cachedAssemblies[name] as Assembly;
}
if (result == null) {
// try to load it first from the gac
#pragma warning disable 0618
//Although LoadWithPartialName is obsolete, we still have to call it: changing
//this would be breaking in cases where people edited their resource files by
//hand.
result = Assembly.LoadWithPartialName(name.FullName);
#pragma warning restore 0618
if(result != null) {
cachedAssemblies[name] = result;
}
else if (names != null) {
for(int i=0;i
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- InvalidFilterCriteriaException.cs
- SoapRpcServiceAttribute.cs
- ProfilePropertySettings.cs
- EventMappingSettings.cs
- MenuItemStyle.cs
- ReflectionHelper.cs
- MappingItemCollection.cs
- ProfileService.cs
- LineServicesCallbacks.cs
- IdentityNotMappedException.cs
- RolePrincipal.cs
- ElementsClipboardData.cs
- DataGridCell.cs
- DataRowComparer.cs
- PageBuildProvider.cs
- GeneratedCodeAttribute.cs
- PersonalizationProviderHelper.cs
- SynchronousSendBindingElement.cs
- SqlRecordBuffer.cs
- BuildProviderCollection.cs
- StreamProxy.cs
- StorageScalarPropertyMapping.cs
- SamlConditions.cs
- CodeNamespace.cs
- NetCodeGroup.cs
- PropertyRef.cs
- BasicKeyConstraint.cs
- QilCloneVisitor.cs
- CodeTypeReferenceExpression.cs
- DataBindingCollectionEditor.cs
- DefaultProxySection.cs
- MenuItem.cs
- DataObject.cs
- ViewLoader.cs
- WebExceptionStatus.cs
- Oid.cs
- ResourceCollectionInfo.cs
- UnitySerializationHolder.cs
- IApplicationTrustManager.cs
- XmlTextEncoder.cs
- SystemIPv4InterfaceProperties.cs
- PageBreakRecord.cs
- UrlAuthorizationModule.cs
- IgnoreDataMemberAttribute.cs
- DesignerDataTableBase.cs
- MimeBasePart.cs
- SplineQuaternionKeyFrame.cs
- ILGenerator.cs
- ToggleProviderWrapper.cs
- TimeSpanMinutesConverter.cs
- HijriCalendar.cs
- PaperSource.cs
- XamlContextStack.cs
- BinarySerializer.cs
- BoundPropertyEntry.cs
- XmlUrlResolver.cs
- ValueProviderWrapper.cs
- HandleCollector.cs
- NumberFunctions.cs
- GorillaCodec.cs
- Point3DKeyFrameCollection.cs
- Selector.cs
- MenuScrollingVisibilityConverter.cs
- BaseInfoTable.cs
- RadioButtonFlatAdapter.cs
- Semaphore.cs
- AxDesigner.cs
- SinglePageViewer.cs
- ZipIORawDataFileBlock.cs
- ListBindingConverter.cs
- CodeArgumentReferenceExpression.cs
- FeatureSupport.cs
- DependencyObjectProvider.cs
- PrefixHandle.cs
- WsrmTraceRecord.cs
- ListBase.cs
- TextParaLineResult.cs
- EditorPartCollection.cs
- MobileControlPersister.cs
- ProfileSection.cs
- TableRowGroup.cs
- HtmlInputButton.cs
- FileDialog.cs
- DmlSqlGenerator.cs
- Model3D.cs