private static AssemblyInfo ReadAssemblyRef(PEFileReader peFile, MetadataToken assemblyRef)
{
System.Diagnostics.Contracts.Contract.Requires(peFile != null);
System.Diagnostics.Contracts.Contract.Requires(assemblyRef.Table == MDTables.Tables.AssemblyRef);
MDTables metaData = peFile.MetaData;
BinaryReader B = metaData.B;
metaData.SeekToMDToken(assemblyRef);
UInt16 major = B.ReadUInt16();
UInt16 minor = B.ReadUInt16();
UInt16 build = B.ReadUInt16();
UInt16 revision = B.ReadUInt16();
Version v = new Version(major, minor, build, revision);
UInt32 assemblyFlags = B.ReadUInt32();
byte[] publicKey = metaData.ReadBlob();
String simpleName = metaData.ReadString();
String culture = metaData.ReadString();
if ((culture != null) && (culture.Length == 0))
{
culture = null;
}
return(new AssemblyInfo(v, assemblyFlags, publicKey, simpleName, culture));
}
public MiniModule[] GetModules()
{
// There are two forms of "multiple module" assemblies. The first is a
// multi-module assembly where the assembly's ModuleRef lists multiple
// different modules. The second is a multi-file assembly, where an
// entry in the File metadata table refers to another file on disk and
// explicitly declares the file contains metadata (and potentially types).
// ALink can produce .netmodules, which seem to show up as multi-file
// assemblies.
MDTables metaData = _peFile.MetaData;
for (uint i = 0; i < metaData.RowsInTable(MDTables.Tables.File); i++)
{
metaData.SeekToRowOfTable(MDTables.Tables.File, i);
MDFileAttributes attrs = (MDFileAttributes)metaData.B.ReadUInt32();
if ((attrs & MDFileAttributes.ContainsNoMetaData) != 0)
{
continue;
}
System.Diagnostics.Contracts.Contract.Assert(attrs == MDFileAttributes.ContainsMetaData);
throw new NotImplementedException(String.Format(CultureInfo.CurrentCulture, Res.MultiFileAssembliesNotSupported, FullName));
}
return(new MiniModule[] { this });
}
// See the ECMA CLI spec, Partition II, section 23.2.1.
private MiniParameterInfo[] ParseSig(byte[] sig)
{
PEFileReader peFile = _assembly.PEFileReader;
peFile.InitMetaData();
MDTables MetaData = peFile.MetaData;
uint i = 0;
// The first byte of the Signature holds bits for HASTHIS, EXPLICITTHIS
// and calling convention (DEFAULT, VARARG, or GENERIC). These are OR'ed
// together.
i++;
uint numParams = DecodeInteger(sig, ref i);
// Skip over return type
// Skip custom modifiers.
do
{
if (sig[i] == (byte)CorElementType.CModOpt)
{
i++;
}
else if (sig[i] == (byte)CorElementType.CModReqd)
{
i++;
}
else
{
break;
}
} while (true);
// Skip return type. Note that for constructors, it should be void.
if (sig[i] == (byte)CorElementType.Void)
{
i++;
}
else if (sig[i] == (byte)CorElementType.TypedByRef)
{
i++;
}
else
{
if (sig[i] == (byte)CorElementType.ByRef)
{
i++;
}
ParseType(sig, ref i, false, true);
}
MiniParameterInfo[] parameters = new MiniParameterInfo[numParams];
for (uint paramNum = 0; paramNum < numParams; paramNum++)
{
parameters[paramNum] = ParseType(sig, ref i, false, false);
//Console.WriteLine("Read a parameter: {0}", parameters[paramNum]);
}
return(parameters);
}
internal TypeInfo(MetadataToken typeRefToken, MiniAssembly referencingAssembly, bool disambiguatingJunkForTypeRefOverload)
{
System.Diagnostics.Contracts.Contract.Requires(referencingAssembly != null);
System.Diagnostics.Contracts.Contract.Requires(typeRefToken.Table == MDTables.Tables.TypeRef);
_mdToken = typeRefToken;
_assembly = referencingAssembly;
_representation = Representation.TypeRef | Representation.Name;
PEFileReader peFile = referencingAssembly.PEFileReader;
MDTables MetaData = peFile.MetaData;
MetaData.SeekToMDToken(typeRefToken);
MetadataToken assemblyRef = MetaData.ReadMetadataToken(MDTables.Encodings.ResolutionScope);
_typeName = MetaData.ReadString();
_nameSpace = MetaData.ReadString();
// Read assembly information
MetaData.SeekToMDToken(assemblyRef);
UInt16 major = peFile.B.ReadUInt16();
UInt16 minor = peFile.B.ReadUInt16();
UInt16 build = peFile.B.ReadUInt16();
UInt16 revision = peFile.B.ReadUInt16();
peFile.B.ReadUInt32(); // assembly flags
byte[] publicKeyOrToken = MetaData.ReadBlob();
String simpleName = MetaData.ReadString();
String culture = MetaData.ReadString();
// assert so we can get the AssemblyName of mscorlib.dll
FileIOPermission permission = new FileIOPermission(PermissionState.None);
permission.AllLocalFiles = FileIOPermissionAccess.PathDiscovery;
permission.Assert();
System.Reflection.Assembly mscorlib = typeof(Object).Assembly;
if (simpleName == "mscorlib" && (culture.Length == 0) && Utils.PublicKeyMatches(mscorlib.GetName(), publicKeyOrToken))
{
// Upgrade to using a Type!
Type t = mscorlib.GetType(FullName, false);
if (t != null)
{
_reflectionType = t;
_representation |= Representation.ReflectionType;
}
}
String typeRefDefiningAssemblyName = String.Format(CultureInfo.InvariantCulture,
"{0}, Version={1}.{2}.{3}.{4}, Culture={5}, PublicKeyToken={6}",
simpleName, major, minor, build, revision,
(culture.Length == 0 ? "neutral" : culture), Utils.PublicKeyToString(publicKeyOrToken));
_assemblyQualifiedName = FullName + ", " + typeRefDefiningAssemblyName;
_representation |= Representation.AssemblyQualifiedName;
}
// Return the attributes on this type of the given custom attribute type
internal MiniCustomAttributeInfo[] GetCustomAttributeInfos(Type caReflectedType)
{
List <MiniCustomAttributeInfo> result = new List <MiniCustomAttributeInfo>();
PEFileReader peFile = _assembly.PEFileReader;
peFile.InitMetaData();
MDTables metaData = peFile.MetaData;
uint numRows = metaData.RowsInTable(MDTables.Tables.CustomAttribute);
for (uint i = 0; i < numRows; i++)
{
metaData.SeekToRowOfTable(MDTables.Tables.CustomAttribute, i);
// Format: Parent type token, CA type token (really the constructor method), value (index into blob heap)
MetadataToken targetType = metaData.ReadMetadataToken(MDTables.Encodings.HasCustomAttribute);
MetadataToken caType = metaData.ReadMetadataToken(MDTables.Encodings.CustomAttributeType);
byte[] caBlob = metaData.ReadBlob();
if (targetType.Equals(this._mdToken))
{
//Console.WriteLine("CA - Applied to: {0} CA .ctor: {1} Value: {2}", targetType, caType, value);
//Console.WriteLine("CA MD Tokens Parent: {0} Type: {1}", targetType.ToMDToken(), caType.ToMDToken());
// Ensure the custom attribute type is the type we expect
metaData.SeekToMDToken(caType);
String caTypeName = null, caNameSpace = null;
if (caType.Table != MDTables.Tables.MemberRef)
{
// Custom attribute was defined in the assembly we are currently inspecting?
// Ignore it.
System.Diagnostics.Contracts.Contract.Assert(caType.Table == MDTables.Tables.MethodDef);
continue;
}
MetadataToken customAttributeType = metaData.ReadMetadataToken(MDTables.Encodings.MemberRefParent);
//Console.WriteLine(" MemberRef: {0} Type of MemberRef: {1}", caType.ToMDToken(), customAttributeType.ToMDToken());
metaData.SeekToMDToken(customAttributeType);
MetadataToken resolutionScope = metaData.ReadMetadataToken(MDTables.Encodings.ResolutionScope);
caTypeName = metaData.ReadString();
caNameSpace = metaData.ReadString();
if (caTypeName == caReflectedType.Name && caNameSpace == caReflectedType.Namespace)
{
MiniCustomAttributeInfo customAttributeInfo = ParseCustomAttribute(caBlob, caReflectedType);
result.Add(customAttributeInfo);
}
}
}
return(result.ToArray());
}
public MiniAssembly ResolveAssemblyRef(MetadataToken token, bool throwOnError)
{
System.Diagnostics.Contracts.Contract.Requires(token.Table == MDTables.Tables.AssemblyRef);
PEFileReader peFile = this.PEFileReader;
MDTables metaData = peFile.MetaData;
metaData.SeekToMDToken(token);
peFile.B.ReadUInt64(); // Skip 4 parts of the version number.
peFile.B.ReadUInt32(); // AssemblyFlags
byte[] publicKeyOrToken = metaData.ReadBlob(); // Public key or token
String assemblySimpleName = metaData.ReadString(); // simple name
String cultureName = metaData.ReadString(); // assembly culture
if (!String.IsNullOrEmpty(cultureName))
{
throw new BadImageFormatException(Res.UnexpectedlyLoadingASatellite, FullName);
}
if (assemblySimpleName == "mscorlib" && (cultureName.Length == 0 || cultureName == "neutral"))
{
return(new MiniAssembly(typeof(Object).Assembly));
}
MiniAssembly loadedAssembly = Open(assemblySimpleName, _dependencyDirs, throwOnError);
if (loadedAssembly != null)
{
// Check whether the reference to the assembly matches what we actually loaded.
// We don't respect the "throwOnError" parameter here because if someone does
// violate this, they've either severely messed up their deployment, or they're
// attempting a security exploit.
System.Reflection.AssemblyName loadedAssemblyName =
new System.Reflection.AssemblyName(loadedAssembly.FullName);
if (!Utils.PublicKeyMatches(loadedAssemblyName, publicKeyOrToken))
{
throw new FileLoadException(String.Format(CultureInfo.CurrentCulture, Res.AssemblyLoadRefDefMismatch,
assemblySimpleName, publicKeyOrToken, loadedAssemblyName.GetPublicKeyToken()));
}
if (!String.IsNullOrEmpty(loadedAssemblyName.CultureInfo.Name))
{
throw new FileLoadException(String.Format(CultureInfo.CurrentCulture, Res.AssemblyLoadRefDefMismatch,
assemblySimpleName, String.Empty, loadedAssemblyName.CultureInfo.Name));
}
}
return(loadedAssembly);
}
internal TypeInfo(MetadataToken typeDef, MiniAssembly assembly)
{
System.Diagnostics.Contracts.Contract.Requires(assembly != null);
System.Diagnostics.Contracts.Contract.Requires(typeDef.Table == MDTables.Tables.TypeDef);
_mdToken = typeDef;
_assembly = assembly;
_representation = Representation.Token;
PEFileReader peFile = _assembly.PEFileReader;
MDTables mdScope = peFile.MetaData;
mdScope.SeekToMDToken(_mdToken);
peFile.B.ReadUInt32(); // TypeAttributes;
_typeName = mdScope.ReadString(); // this type's name
_nameSpace = mdScope.ReadString(); // this type's namespace
_representation |= Representation.Name;
}
// Get the immediate interfaces on this type.
public TypeInfo[] GetInterfaces()
{
List <TypeInfo> interfaces = new List <TypeInfo>();
if (HasReflectionType)
{
foreach (Type interfaceType in _reflectionType.GetInterfaces())
{
interfaces.Add(new TypeInfo(interfaceType));
}
}
else if (HasTypeRef)
{
TypeInfo defInfo = TypeRefToTypeDef(_mdToken, true);
return(defInfo.GetInterfaces());
}
else
{
System.Diagnostics.Contracts.Contract.Assert(_mdToken.Table == MDTables.Tables.TypeDef);
PEFileReader peFile = _assembly.PEFileReader;
MDTables mdScope = peFile.MetaData;
// Walk through all rows of the interface implementation table,
// looking for this _mdToken.
uint numRows = mdScope.RowsInTable(MDTables.Tables.InterfaceImpl);
for (uint i = 0; i < numRows; i++)
{
try
{
mdScope.SeekToRowOfTable(MDTables.Tables.InterfaceImpl, i);
uint typeDefRow = mdScope.ReadRowIndex(MDTables.Tables.TypeDef);
if (typeDefRow == _mdToken.Index)
{
MetadataToken interfaceToken = mdScope.ReadMetadataToken(MDTables.Encodings.TypeDefOrRef);
interfaces.Add(TypeInfoFromTypeDefOrRef(interfaceToken));
}
}
catch (GenericsNotImplementedException) // ignore interfaces such as IComparable<int> that aren't relevant to the addin model
{}
}
}
return(interfaces.ToArray());
}
public bool Implements(TypeInfo ifaceType)
{
System.Diagnostics.Contracts.Contract.Requires(ifaceType != null);
System.Diagnostics.Contracts.Contract.Assert(HasToken || HasReflectionType || HasTypeRef);
if (HasReflectionType)
{
System.Diagnostics.Contracts.Contract.Assert(ifaceType.HasAssemblyQualifiedName);
foreach (Type implementsIFace in _reflectionType.GetInterfaces())
{
if (Utils.FullTypeNameDefEqualsDef(implementsIFace.AssemblyQualifiedName, ifaceType.AssemblyQualifiedName))
{
return(true);
}
}
return(false);
}
// This can be a typeref. ---- the other assembly to parse this.
// I need to support the HAV in assembly A, the HA in B, the specific contract
// interface in assembly C, and IContract in assembly D. I'm inspecting the HA,
// and I'll get a typeref for C, and I need to make sure it implements IContract in D.
PEFileReader peFile = _assembly.PEFileReader;
peFile.InitMetaData();
MDTables thisMetaData = peFile.MetaData;
if (_mdToken.Table == MDTables.Tables.TypeRef)
{
TypeInfo def = TypeRefToTypeDef(_mdToken, true);
return(def.ImplementsHelper(def._assembly.PEFileReader, def._mdToken, ifaceType));
}
else
{
System.Diagnostics.Contracts.Contract.Assert(_mdToken.Table == MDTables.Tables.TypeDef);
throw new NotImplementedException();
}
}
internal TypeInfo TypeRefToTypeDef(MetadataToken typeRef, bool throwOnError)
{
System.Diagnostics.Contracts.Contract.Requires(typeRef.Table == MDTables.Tables.TypeRef);
PEFileReader peFile = _assembly.PEFileReader;
peFile.InitMetaData();
MDTables thisMetaData = peFile.MetaData;
thisMetaData.SeekToMDToken(_mdToken);
MetadataToken resolutionScope = thisMetaData.ReadMetadataToken(MDTables.Encodings.ResolutionScope);
String refTypeName = thisMetaData.ReadString(); // Name
String refNamespace = thisMetaData.ReadString(); // Namespace
System.Diagnostics.Contracts.Contract.Assert(resolutionScope.Table == MDTables.Tables.AssemblyRef);
MiniAssembly definingAssembly = _assembly.ResolveAssemblyRef(resolutionScope, throwOnError);
if (definingAssembly != null)
{
return(definingAssembly.FindTypeInfo(refTypeName, refNamespace));
}
return(null);
}
private static MetadataToken FindTypeDef(PEFileReader peFile, MDTables mdScope, String typeName, String nameSpace)
{
System.Diagnostics.Contracts.Contract.Requires(typeName != null);
uint numTypeDefs = mdScope.RowsInTable(MDTables.Tables.TypeDef);
for (uint i = 0; i < numTypeDefs; i++)
{
mdScope.SeekToRowOfTable(MDTables.Tables.TypeDef, i);
peFile.B.ReadUInt32(); // TypeAttributes
String rowTypeName = mdScope.ReadString();
if (!String.Equals(typeName, rowTypeName))
{
continue;
}
String rowNameSpace = mdScope.ReadString();
if (!String.Equals(nameSpace, rowNameSpace))
{
continue;
}
return(new MetadataToken(MDTables.Tables.TypeDef, i + 1));
}
throw new TypeLoadException(String.Format(CultureInfo.CurrentCulture, Res.CantFindTypeName, nameSpace, typeName));
}
public IList <TypeInfo> GetTypesWithAttributeInModule(Type customAttribute, bool includePrivate)
{
if (IsDisposed)
{
throw new ObjectDisposedException(null);
}
if (customAttribute == null)
{
throw new ArgumentNullException("customAttribute");
}
System.Diagnostics.Contracts.Contract.EndContractBlock();
_peFile.InitMetaData();
MDTables MetaData = _peFile.MetaData;
List <TypeInfo> types = new List <TypeInfo>();
String attributeName = customAttribute.Name;
String attributeNameSpace = customAttribute.Namespace;
IList <MetadataToken> genericTypeTokens = GetGenericTypes();
uint numRows = MetaData.RowsInTable(MDTables.Tables.CustomAttribute);
for (uint i = 0; i < numRows; i++)
{
MetaData.SeekToRowOfTable(MDTables.Tables.CustomAttribute, i);
// Format: Parent type token, CA type token, value (index into blob heap)
MetadataToken targetType = MetaData.ReadMetadataToken(MDTables.Encodings.HasCustomAttribute);
MetadataToken caType = MetaData.ReadMetadataToken(MDTables.Encodings.CustomAttributeType);
//UInt32 value = MetaData.ReadBlobIndex();
//Console.WriteLine("CA - Applied to: {0} CA .ctor: {1} Value: {2}", targetType, caType, value);
//Console.WriteLine("CA MD Tokens Parent: {0} Type: {1}", targetType.ToMDToken(), caType.ToMDToken());
// Ensure the custom attribute type is the type we expect
MetaData.SeekToMDToken(caType);
String caTypeName = null, caNameSpace = null;
if (caType.Table != MDTables.Tables.MemberRef)
{
// Custom attribute was defined in the assembly we are currently inspecting?
// Ignore it.
System.Diagnostics.Contracts.Contract.Assert(caType.Table == MDTables.Tables.MethodDef);
continue;
}
MetadataToken customAttributeType = MetaData.ReadMetadataToken(MDTables.Encodings.MemberRefParent);
//Console.WriteLine(" MemberRef: {0} Type of MemberRef: {1}", caType.ToMDToken(), customAttributeType.ToMDToken());
MetaData.SeekToMDToken(customAttributeType);
MetadataToken resolutionScope = MetaData.ReadMetadataToken(MDTables.Encodings.ResolutionScope);
// @
caTypeName = MetaData.ReadString();
if (!String.Equals(caTypeName, attributeName))
{
continue;
}
caNameSpace = MetaData.ReadString();
if (!String.Equals(caNameSpace, attributeNameSpace))
{
continue;
}
// Get type name & namespace.
switch (targetType.Table)
{
case MDTables.Tables.TypeDef:
MetaData.SeekToMDToken(targetType);
System.Reflection.TypeAttributes flags = (System.Reflection.TypeAttributes)_peFile.B.ReadUInt32();
System.Reflection.TypeAttributes vis = flags & System.Reflection.TypeAttributes.VisibilityMask;
bool isPublic = vis == System.Reflection.TypeAttributes.Public; // NestedPublic not supported
if (!includePrivate && !isPublic)
{
continue;
}
String typeName = MetaData.ReadString();
String nameSpace = MetaData.ReadString();
bool isGeneric = genericTypeTokens.Contains(targetType);
TypeInfo type = new TypeInfo(targetType, _assembly, this, typeName, nameSpace, isGeneric);
types.Add(type);
break;
default:
throw new NotImplementedException(String.Format(CultureInfo.CurrentCulture, Res.UnknownTokenType, targetType.Table, Assembly.FullName));
}
}
return(types);
}
// Does a given typedef in the specified PE file implement the specified interface?
private bool ImplementsHelper(PEFileReader peFile, MetadataToken typeDefToken, TypeInfo ifaceType)
{
System.Diagnostics.Contracts.Contract.Requires(typeDefToken.Table == MDTables.Tables.TypeDef);
MDTables mdScope = peFile.MetaData;
// Walk through all rules of the interface implementation table,
// looking for this typeDefToken. If we find it, check to see if
// that row says this type implements the specified interface.
// If not, continue walking the interface impl table.
uint numRows = mdScope.RowsInTable(MDTables.Tables.InterfaceImpl);
for (uint i = 0; i < numRows; i++)
{
mdScope.SeekToRowOfTable(MDTables.Tables.InterfaceImpl, i);
uint typeDefRow = mdScope.ReadRowIndex(MDTables.Tables.TypeDef);
if (typeDefRow == typeDefToken.Index)
{
// if we implement it, return true. Else continue.
MetadataToken interfaceToken = mdScope.ReadMetadataToken(MDTables.Encodings.TypeDefOrRef);
if (ifaceType.HasName)
{
mdScope.SeekToMDToken(interfaceToken);
// Interface for IContract should be a typeref.
switch (interfaceToken.Table)
{
case MDTables.Tables.TypeRef:
{
MetadataToken resolutionScope = mdScope.ReadMetadataToken(MDTables.Encodings.ResolutionScope);
String ifaceName = mdScope.ReadString();
if (!String.Equals(ifaceName, ifaceType._typeName))
{
continue;
}
String ifaceNameSpace = mdScope.ReadString();
if (!String.Equals(ifaceNameSpace, ifaceType._nameSpace))
{
continue;
}
if (MiniAssembly.Equals(ifaceType.Assembly, peFile, resolutionScope))
{
return(true);
}
break;
}
case MDTables.Tables.TypeDef:
{
// This type implements an interface defined in the same assembly.
// This isn't really interesting for the add-in model, based on what
// we've currently designed and our limited use of this class.
mdScope.B.ReadUInt32(); // TypeAttributes
String ifaceName = mdScope.ReadString();
if (!String.Equals(ifaceName, ifaceType._typeName))
{
continue;
}
String ifaceNameSpace = mdScope.ReadString();
if (!String.Equals(ifaceNameSpace, ifaceType._nameSpace))
{
continue;
}
if (this._assembly.Equals(ifaceType._assembly))
{
return(true);
}
break;
}
case MDTables.Tables.TypeSpec:
// Since we're only looking for IContract, which is non-generic,
// we should ignore this row and move on.
System.Diagnostics.Contracts.Contract.Assert(false, "Checking whether a type implements a TypeSpec is NYI (generic interface?)");
break;
default:
System.Diagnostics.Contracts.Contract.Assert(false, "Support for this interface type is NYI");
throw new NotImplementedException(String.Format(CultureInfo.CurrentCulture, Res.UnsupportedInterfaceType, interfaceToken.Table));
}
}
else
{
throw new NotImplementedException();
}
}
}
return(false);
}
public MiniConstructorInfo[] GetConstructors(bool includePrivate)
{
System.Diagnostics.Contracts.Contract.Assert(HasToken /* || HasReflectionType*/, "GetConstructors needs a token (or you should uncomment the support for Reflection types)");
List <MiniConstructorInfo> ctors = new List <MiniConstructorInfo>();
/*
* if (HasReflectionType) {
* System.Reflection.BindingFlags visibility = System.Reflection.BindingFlags.Instance | System.Reflection.BindingFlags.Public;
* if (includePrivate)
* visibility |= System.Reflection.BindingFlags.NonPublic;
* foreach (System.Reflection.ConstructorInfo ctor in _reflectionType.GetConstructors(visibility))
* ctors.Add(new MiniConstructorInfo(ctor));
* return ctors.ToArray();
* }
*/
System.Diagnostics.Contracts.Contract.Assert(_mdToken.Table == MDTables.Tables.TypeDef);
PEFileReader peFile = _assembly.PEFileReader;
peFile.InitMetaData();
MDTables MetaData = peFile.MetaData;
MetaData.SeekToMDToken(_mdToken);
System.Reflection.TypeAttributes flags = (System.Reflection.TypeAttributes)peFile.B.ReadUInt32();
System.Reflection.TypeAttributes vis = System.Reflection.TypeAttributes.VisibilityMask & flags;
bool isPublic = (vis == System.Reflection.TypeAttributes.Public); // don't support NestedPublic
if (!includePrivate && !isPublic)
{
return(new MiniConstructorInfo[0]);
}
MetaData.ReadStringIndex(); // typename
MetaData.ReadStringIndex(); // namespace
MetadataToken baseClass = MetaData.ReadMetadataToken(MDTables.Encodings.TypeDefOrRef); // Base class
uint firstMemberIndex = MetaData.ReadRowIndex(MDTables.Tables.FieldDef); // Field list
uint firstMethodIndex = MetaData.ReadRowIndex(MDTables.Tables.MethodDef); // Method list
uint lastMethodIndex;
// If this is the last entry in the TypeDef table, then all the rest of the methods in the MethodDef
// table belong to this type. Otherwise, look for the methods belonging to the next type.
if (_mdToken.Index == MetaData.RowsInTable(MDTables.Tables.TypeDef))
{
lastMethodIndex = MetaData.RowsInTable(MDTables.Tables.MethodDef);
}
else
{
MetaData.SeekToRowOfTable(MDTables.Tables.TypeDef, _mdToken.Index); // Seek to next type (not off by 1!)
peFile.B.ReadUInt32(); // Flags
MetaData.ReadStringIndex(); // type name
MetaData.ReadStringIndex(); // namespace
MetaData.ReadMetadataToken(MDTables.Encodings.TypeDefOrRef); // Next type's base class
MetaData.ReadRowIndex(MDTables.Tables.FieldDef); // field list;
uint firstMethodOfNextType = MetaData.ReadRowIndex(MDTables.Tables.MethodDef); // method list
lastMethodIndex = firstMethodOfNextType - 1;
}
// Now walk through list of methods, looking for ones w/ the name ".ctor".
for (uint i = firstMethodIndex; i <= lastMethodIndex; i++)
{
MetadataToken method = new MetadataToken(MDTables.Tables.MethodDef, i);
MetaData.SeekToMDToken(method);
UInt32 rva = peFile.B.ReadUInt32();
UInt16 implFlags = peFile.B.ReadUInt16(); // MethodImplAttributes
System.Reflection.MethodAttributes attrs = (System.Reflection.MethodAttributes)peFile.B.ReadUInt16(); // Flags - MethodAttributes
// Visibility check
if (!includePrivate && (attrs & System.Reflection.MethodAttributes.Public) == 0)
{
continue;
}
String methodName = MetaData.ReadString(); // Name
// @
if (!String.Equals(methodName, ".ctor"))
{
continue;
}
byte[] sig = MetaData.ReadBlob();
try
{
MiniParameterInfo[] parameters = ParseSig(sig);
ctors.Add(new MiniConstructorInfo(parameters));
}
catch (GenericsNotImplementedException)
{
// may be caused by a Generic contract. The user will be warned elsewhere that generic contracts are not supported.
/*
* if (Warnings != null) {
* lock (Warnings) {
* Warnings.Add(String.Format(CultureInfo.CurrentCulture, Res.UnparsibleConstructorSignature, this.Name, e.GetType().Name, e.Message));
* }
* }
*/
}
} // for each .ctor
return(ctors.ToArray());
}
