/*-------------------- Constructors ---------------------------------*/
internal ReferenceScope(string name)
: base(name)
{
Contract.Requires(name != null);
defaultClass = new ClassRef(this, "", "");
defaultClass.MakeSpecial();
}
/// <summary>
/// Add a class to this Scope. If the class already exists,
/// throw an exception.
/// </summary>
/// <param name="nsName">name space name</param>
/// <param name="name">class name</param>
/// <returns>a descriptor for this class in another module</returns>
public virtual ClassRef AddClass(string nsName, string name)
{
Contract.Requires(nsName != null);
Contract.Requires(name != null);
ClassRef aClass = GetClass(nsName, name);
if (aClass != null)
{
if ((aClass is SystemClass) && (!((SystemClass)aClass).added))
{
((SystemClass)aClass).added = true;
}
else
{
throw new DescriptorException("Class " + aClass.NameString());
}
}
else
{
aClass = new ClassRef(this, nsName, name);
classes.Add(aClass);
}
// FIXME Contract.Ensures(aClass != null);
return(aClass);
}
internal static void Read(PEReader buff, TableRow[] typeRefs, bool resolve)
{
for (uint i = 0; i < typeRefs.Length; i++)
{
uint resScopeIx = buff.GetCodedIndex(CIx.ResolutionScope);
string name = buff.GetString();
string nameSpace = buff.GetString();
if (buff.CodedTable(CIx.ResolutionScope, resScopeIx) == MDTable.TypeRef)
{
typeRefs[i] = new NestedClassRef(resScopeIx, nameSpace, name);
}
else
{
typeRefs[i] = new ClassRef(resScopeIx, nameSpace, name);
}
typeRefs[i].Row = i + 1;
}
if (resolve)
{
foreach (TableRow typeRef in typeRefs)
{
((ClassRef)typeRef).ResolveParent(buff, false);
}
}
}
internal override void ResolveParent(PEReader buff, bool isExtern)
{
if (parent != null)
{
return;
}
CIx cIx = CIx.ResolutionScope;
if (isExtern)
{
cIx = CIx.Implementation;
}
parent = (ClassRef)buff.GetCodedElement(cIx, resScopeIx);
parent.ResolveParent(buff, isExtern);
parent = (ClassRef)buff.GetCodedElement(cIx, resScopeIx);
if (parent == null)
{
return;
}
NestedClassRef existing = parent.GetNestedClass(Name);
if (existing == null)
{
scope = parent.GetScope();
parent.AddToClassList(this);
}
else if (isExtern)
{
buff.InsertInTable(MDTable.ExportedType, Row, existing);
}
else
{
buff.InsertInTable(MDTable.TypeRef, Row, existing);
}
}
internal MSCorLib()
: base("mscorlib")
{
classes.Add(new SystemClass(this, PrimitiveType.Void));
classes.Add(new SystemClass(this, PrimitiveType.Boolean));
classes.Add(new SystemClass(this, PrimitiveType.Char));
classes.Add(new SystemClass(this, PrimitiveType.Int8));
classes.Add(new SystemClass(this, PrimitiveType.UInt8));
classes.Add(new SystemClass(this, PrimitiveType.Int16));
classes.Add(new SystemClass(this, PrimitiveType.UInt16));
classes.Add(new SystemClass(this, PrimitiveType.Int32));
classes.Add(new SystemClass(this, PrimitiveType.UInt32));
classes.Add(new SystemClass(this, PrimitiveType.Int64));
classes.Add(new SystemClass(this, PrimitiveType.UInt64));
classes.Add(new SystemClass(this, PrimitiveType.Float32));
classes.Add(new SystemClass(this, PrimitiveType.Float64));
classes.Add(new SystemClass(this, PrimitiveType.IntPtr));
classes.Add(new SystemClass(this, PrimitiveType.UIntPtr));
classes.Add(new SystemClass(this, PrimitiveType.String));
classes.Add(new SystemClass(this, PrimitiveType.TypedRef));
ObjectClass = new SystemClass(this, PrimitiveType.Object);
classes.Add(ObjectClass);
valueType = new ClassRef(this, "System", "ValueType");
valueType.MakeValueClass();
classes.Add(valueType);
}
/// <summary>
/// Create the FieldRef equivalent to this FieldDef. If one does not
/// exist then create it.
/// </summary>
/// <returns>FieldRef for this FieldDef</returns>
public FieldRef MakeRefOf()
{
if (refOf != null)
{
return(refOf);
}
ClassRef parRef = ((ClassDef)parent).MakeRefOf();
refOf = parRef.GetField(name);
if (refOf == null)
{
Type refType;
if (type is ClassDef)
{
refType = ((ClassDef)type).MakeRefOf();
}
else
{
refType = type;
}
refOf = new FieldRef(parRef, name, refType);
refOf.defOf = this;
}
return(refOf);
}
/// <summary>
/// Add a value class to this scope. If the class already exists,
/// throw an exception.
/// </summary>
/// <param name="nsName">name space name</param>
/// <param name="name">class name</param>
/// <returns></returns>
public virtual ClassRef AddValueClass(string nsName, string name)
{
Contract.Requires(nsName != null);
Contract.Requires(name != null);
ClassRef aClass = AddClass(nsName, name);
aClass.MakeValueClass();
return(aClass);
}
/*------------------------- internal functions --------------------------*/
/* internal void AddMember(Member memb) {
* if (memb is Method) {
* Method existing = GetMethod(memb.Name(),((Method)memb).GetParTypes());
* if (existing == null)
* methods.Add(memb);
* } else {
* Field existing = GetField(memb.Name());
* if (existing == null)
* fields.Add(memb);
* }
* }
*/
internal void AddToExportedClassList(ClassRef exClass)
{
Contract.Requires(exClass != null);
if (exportedClasses.Contains(exClass))
{
return;
}
exportedClasses.Add(exClass);
}
internal static ClassRef ReadClass(PEReader buff, ReferenceScope resScope)
{
uint resScopeIx = buff.GetCodedIndex(CIx.ResolutionScope);
string name = buff.GetString();
string nameSpace = buff.GetString();
ClassRef newClass = (ClassRef)resScope.GetExistingClass(nameSpace, name);
if (newClass == null)
{
newClass = new ClassRef(resScope, nameSpace, name);
}
return(newClass);
}
internal static void GetClassRefs(PEReader buff, TableRow[] eClasses)
{
for (uint i = 0; i < eClasses.Length; i++)
{
uint junk = buff.ReadUInt32();
junk = buff.ReadUInt32();
string name = buff.GetString();
string nameSpace = buff.GetString();
uint implIx = buff.GetCodedIndex(CIx.Implementation);
eClasses[i] = new ClassRef(implIx, nameSpace, name);
eClasses[i].Row = i + 1;
}
}
/// <summary>
/// Add a class to this Scope. If this class already exists, throw
/// an exception
/// </summary>
/// <param name="newClass">The class to be added</param>
public void AddClass(ClassRef newClass)
{
Contract.Requires(newClass != null);
ClassRef aClass = (ClassRef)GetClass(newClass.NameSpace, newClass.Name, true);
if (aClass != null)
{
throw new DescriptorException("Class " + newClass.NameString());
}
if (Diag.DiagOn)
{
Console.WriteLine("Adding class " + newClass.Name + " to ResolutionScope " + name);
}
classes.Add(newClass);
// Change Refs to Defs here
newClass.SetScope(this);
}
/// <summary>
/// Get the MethodRef equivalent to this MethodDef. If one
/// does not exist, then create it.
/// </summary>
/// <returns>MethodRef for this MethodDef</returns>
public MethodRef MakeRefOf()
{
if (refOf != null)
{
return(refOf);
}
ClassRef parRef = ((ClassDef)parent).MakeRefOf();
refOf = parRef.GetMethod(name, sig.parTypes);
if (refOf == null)
{
Type rType = sig.MakeRefRetType();
Type[] pTypes = sig.MakeRefParTypes();
refOf = new MethodRef(parRef, name, rType, pTypes);
refOf.defOf = this;
refOf.AddCallConv(this.GetCallConv());
}
return(refOf);
}
/// <summary>
/// Makes the assembly debuggable by attaching the DebuggableAttribute
/// to the Assembly. Call immediately before calling WritePEFile.
/// </summary>
/// <param name="allowDebug">set true to enable debugging, false otherwise</param>
/// <param name="suppressOpt">set true to disable optimizations that affect debugging</param>
public void MakeDebuggable(bool allowDebug, bool suppressOpt)
{
Type[] twoBools = new Type[] { PrimitiveType.Boolean, PrimitiveType.Boolean };
ClassRef debugRef = MSCorLib.mscorlib.GetClass("System.Diagnostics", "DebuggableAttribute");
if (debugRef == null)
{
debugRef = MSCorLib.mscorlib.AddClass("System.Diagnostics", "DebuggableAttribute");
}
MethodRef dCtor = debugRef.GetMethod(".ctor", twoBools);
if (dCtor == null)
{
dCtor = debugRef.AddMethod(".ctor", PrimitiveType.Void, twoBools);
dCtor.AddCallConv(CallConv.Instance);
}
Constant[] dbgArgs = new Constant[] { new BoolConst(allowDebug), new BoolConst(suppressOpt) };
thisAssembly.AddCustomAttribute(dCtor, dbgArgs);
}
internal static ClassRef ReadDef(PEReader buff, ReferenceScope resScope, uint index)
{
uint junk = buff.ReadUInt32();
string cName = buff.GetString();
string nsName = buff.GetString();
ClassRef newClass = (ClassRef)resScope.GetExistingClass(nsName, cName);
if (newClass == null)
{
newClass = new ClassRef(resScope, nsName, cName);
resScope.AddToClassList(newClass);
}
newClass.readAsDef = true;
newClass.Row = index;
junk = buff.GetCodedIndex(CIx.TypeDefOrRef);
newClass.fieldIx = buff.GetIndex(MDTable.Field);
newClass.methodIx = buff.GetIndex(MDTable.Method);
return(newClass);
}
/*------------------------- public set and get methods --------------------------*/
/// <summary>
/// Add a class which is declared public in this external module of
/// THIS assembly. This class will be exported from this assembly.
/// The ilasm syntax for this is .extern class
/// </summary>
/// <param name="attrSet">attributes of the class to be exported</param>
/// <param name="nsName">name space name</param>
/// <param name="name">external class name</param>
/// <param name="declFile">the file where the class is declared</param>
/// <param name="isValueClass">is this class a value type?</param>
/// <returns>a descriptor for this external class</returns>
public ClassRef AddExternClass(TypeAttr attrSet, string nsName,
string name, bool isValueClass, PEFile pefile)
{
Contract.Requires(nsName != null);
Contract.Requires(name != null);
Contract.Requires(pefile != null);
ClassRef cRef = new ClassRef(this, nsName, name);
if (isValueClass)
{
cRef.MakeValueClass();
}
ExternClass eClass = new ExternClass(attrSet, nsName, name, modFile);
exportedClasses.Add(eClass);
cRef.SetExternClass(eClass);
classes.Add(cRef);
return(cRef);
}
internal void CalcElemSize()
{
elemSize[(int)MDTable.Assembly] = Assembly.Size(this);
elemSize[(int)MDTable.AssemblyOS] = 12;
elemSize[(int)MDTable.AssemblyProcessor] = 4;
elemSize[(int)MDTable.AssemblyRefOS] = 12 + TableIndexSize(MDTable.AssemblyRef);
elemSize[(int)MDTable.AssemblyRefProcessor] = 4 + TableIndexSize(MDTable.AssemblyRef);
elemSize[(int)MDTable.Module] = Module.Size(this);
elemSize[(int)MDTable.TypeRef] = ClassRef.Size(this);
elemSize[(int)MDTable.TypeDef] = ClassDef.Size(this);
elemSize[(int)MDTable.Field] = FieldDef.Size(this);
elemSize[(int)MDTable.Method] = MethodDef.Size(this);
elemSize[(int)MDTable.Param] = Param.Size(this);
elemSize[(int)MDTable.InterfaceImpl] = InterfaceImpl.Size(this);
elemSize[(int)MDTable.MemberRef] = FieldRef.Size(this);
elemSize[(int)MDTable.Constant] = ConstantElem.Size(this);
elemSize[(int)MDTable.CustomAttribute] = CustomAttribute.Size(this);
elemSize[(int)MDTable.FieldMarshal] = FieldMarshal.Size(this);
elemSize[(int)MDTable.DeclSecurity] = DeclSecurity.Size(this);
elemSize[(int)MDTable.ClassLayout] = ClassLayout.Size(this);
elemSize[(int)MDTable.FieldLayout] = FieldLayout.Size(this);
elemSize[(int)MDTable.StandAloneSig] = Signature.Size(this);
elemSize[(int)MDTable.EventMap] = MapElem.Size(this, MDTable.EventMap);
elemSize[(int)MDTable.Event] = Event.Size(this);
elemSize[(int)MDTable.PropertyMap] = MapElem.Size(this, MDTable.PropertyMap);
elemSize[(int)MDTable.Property] = Property.Size(this);
elemSize[(int)MDTable.MethodSemantics] = MethodSemantics.Size(this);
elemSize[(int)MDTable.MethodImpl] = MethodImpl.Size(this);
elemSize[(int)MDTable.ModuleRef] = ModuleRef.Size(this);
elemSize[(int)MDTable.TypeSpec] = TypeSpec.Size(this);
elemSize[(int)MDTable.ImplMap] = ImplMap.Size(this);
elemSize[(int)MDTable.FieldRVA] = FieldRVA.Size(this);
elemSize[(int)MDTable.Assembly] = Assembly.Size(this);
elemSize[(int)MDTable.AssemblyRef] = AssemblyRef.Size(this);
elemSize[(int)MDTable.File] = FileRef.Size(this);
elemSize[(int)MDTable.ExportedType] = ExternClass.Size(this);
elemSize[(int)MDTable.ManifestResource] = ManifestResource.Size(this);
elemSize[(int)MDTable.NestedClass] = MapElem.Size(this, MDTable.NestedClass);
elemSize[(int)MDTable.GenericParam] = GenericParam.Size(this);
elemSize[(int)MDTable.GenericParamConstraint] = GenericParamConstraint.Size(this);
elemSize[(int)MDTable.MethodSpec] = MethodSpec.Size(this);
}
internal static void GetFieldRefs(PEReader buff, uint num, ClassRef parent)
{
for (int i = 0; i < num; i++)
{
uint flags = buff.ReadUInt16();
string name = buff.GetString();
uint sigIx = buff.GetBlobIx();
if ((flags & (uint)FieldAttr.Public) == (uint)FieldAttr.Public)
{
if (parent.GetField(name) == null)
{
//Console.WriteLine(parent.NameString());
buff.currentClassScope = parent;
FieldRef fRef = new FieldRef(parent, name, buff.GetFieldType(sigIx));
buff.currentClassScope = null;
parent.AddToFieldList(fRef);
}
}
}
}
internal virtual void ResolveParent(PEReader buff, bool isExtern)
{
CIx cIx = CIx.ResolutionScope;
if (isExtern)
{
cIx = CIx.Implementation;
}
if (scope != null)
{
return;
}
MetaDataElement parentScope = buff.GetCodedElement(cIx, resScopeIx);
if (parentScope is Module)
{ // special code for glitch in Everett ilasm
ClassDef newDef = new ClassDef((PEFile)parentScope, 0, NameSpace, Name);
((Module)parentScope).AddToClassList(newDef);
buff.InsertInTable(MDTable.TypeRef, Row, newDef);
}
else
{
scope = (ReferenceScope)buff.GetCodedElement(cIx, resScopeIx);
ClassRef existing = (ClassRef)scope.GetExistingClass(NameSpace, Name);
if (existing == null)
{
scope.AddToClassList(this);
}
else
{
if (isExtern)
{
buff.InsertInTable(MDTable.ExportedType, Row, existing);
}
else
{
buff.InsertInTable(MDTable.TypeRef, Row, existing);
}
}
}
}
internal static void GetMethodRefs(PEReader buff, uint num, ClassRef parent)
{
for (int i = 0; i < num; i++)
{
uint rva = buff.ReadUInt32();
ushort implFlags = buff.ReadUInt16();
ushort methFlags = buff.ReadUInt16();
string name = buff.GetString();
uint sigIx = buff.GetBlobIx();
uint parIx = buff.GetIndex(MDTable.Param);
if (IsPublicOrProtected(methFlags))
{
MethodRef mRef = new MethodRef(parIx, name, sigIx); // changed
mRef.SetParent(parent);
//Console.WriteLine(parent.NameString());
MethSig mSig = buff.ReadMethSig(mRef, name, sigIx);
//mSig.name = name;
mRef.SetSig(mSig); // changed
parent.AddToMethodList(mRef);
}
}
}
internal void SetDefaultClass(ClassRef dClass)
{
Contract.Requires(dClass != null);
defaultClass = dClass;
}
internal void SetDefaultClass(ClassRef dClass)
{
Contract.Requires(dClass != null);
defaultClass = dClass;
}
internal bool isDefaultClass(ClassRef aClass)
{
Contract.Requires(aClass != null);
return aClass == defaultClass;
}
/// <summary>
/// Add a class to this Scope. If the class already exists,
/// throw an exception.
/// </summary>
/// <param name="nsName">name space name</param>
/// <param name="name">class name</param>
/// <returns>a descriptor for this class in another module</returns>
public virtual ClassRef AddClass(string nsName, string name)
{
Contract.Requires(nsName != null);
Contract.Requires(name != null);
ClassRef aClass = GetClass(nsName, name);
if (aClass != null)
{
if ((aClass is SystemClass) && (!((SystemClass)aClass).added))
((SystemClass)aClass).added = true;
else
throw new DescriptorException("Class " + aClass.NameString());
}
else
{
aClass = new ClassRef(this, nsName, name);
classes.Add(aClass);
}
// FIXME Contract.Ensures(aClass != null);
return aClass;
}
/// <summary>
/// Add a class to this Scope. If this class already exists, throw
/// an exception
/// </summary>
/// <param name="newClass">The class to be added</param>
public void AddClass(ClassRef newClass)
{
Contract.Requires(newClass != null);
ClassRef aClass = (ClassRef)GetClass(newClass.NameSpace, newClass.Name, true);
if (aClass != null)
throw new DescriptorException("Class " + newClass.NameString());
if (Diag.DiagOn) Console.WriteLine("Adding class " + newClass.Name + " to ResolutionScope " + name);
classes.Add(newClass);
// Change Refs to Defs here
newClass.SetScope(this);
}
/*-------------------- Constructors ---------------------------------*/
internal ReferenceScope(string name)
: base(name)
{
Contract.Requires(name != null);
defaultClass = new ClassRef(this, "", "");
defaultClass.MakeSpecial();
}
internal MSCorLib()
: base("mscorlib")
{
classes.Add(new SystemClass(this, PrimitiveType.Void));
classes.Add(new SystemClass(this, PrimitiveType.Boolean));
classes.Add(new SystemClass(this, PrimitiveType.Char));
classes.Add(new SystemClass(this, PrimitiveType.Int8));
classes.Add(new SystemClass(this, PrimitiveType.UInt8));
classes.Add(new SystemClass(this, PrimitiveType.Int16));
classes.Add(new SystemClass(this, PrimitiveType.UInt16));
classes.Add(new SystemClass(this, PrimitiveType.Int32));
classes.Add(new SystemClass(this, PrimitiveType.UInt32));
classes.Add(new SystemClass(this, PrimitiveType.Int64));
classes.Add(new SystemClass(this, PrimitiveType.UInt64));
classes.Add(new SystemClass(this, PrimitiveType.Float32));
classes.Add(new SystemClass(this, PrimitiveType.Float64));
classes.Add(new SystemClass(this, PrimitiveType.IntPtr));
classes.Add(new SystemClass(this, PrimitiveType.UIntPtr));
classes.Add(new SystemClass(this, PrimitiveType.String));
classes.Add(new SystemClass(this, PrimitiveType.TypedRef));
ObjectClass = new SystemClass(this, PrimitiveType.Object);
classes.Add(ObjectClass);
valueType = new ClassRef(this, "System", "ValueType");
valueType.MakeValueClass();
classes.Add(valueType);
}
/*------------------------- internal functions --------------------------*/
/* internal void AddMember(Member memb) {
if (memb is Method) {
Method existing = GetMethod(memb.Name(),((Method)memb).GetParTypes());
if (existing == null)
methods.Add(memb);
} else {
Field existing = GetField(memb.Name());
if (existing == null)
fields.Add(memb);
}
}
*/
internal void AddToExportedClassList(ClassRef exClass)
{
Contract.Requires(exClass != null);
if (exportedClasses.Contains(exClass)) return;
exportedClasses.Add(exClass);
}
/*------------------------- public set and get methods --------------------------*/
/// <summary>
/// Add a class which is declared public in this external module of
/// THIS assembly. This class will be exported from this assembly.
/// The ilasm syntax for this is .extern class
/// </summary>
/// <param name="attrSet">attributes of the class to be exported</param>
/// <param name="nsName">name space name</param>
/// <param name="name">external class name</param>
/// <param name="declFile">the file where the class is declared</param>
/// <param name="isValueClass">is this class a value type?</param>
/// <returns>a descriptor for this external class</returns>
public ClassRef AddExternClass(TypeAttr attrSet, string nsName,
string name, bool isValueClass, PEFile pefile)
{
Contract.Requires(nsName != null);
Contract.Requires(name != null);
Contract.Requires(pefile != null);
ClassRef cRef = new ClassRef(this, nsName, name);
if (isValueClass) cRef.MakeValueClass();
ExternClass eClass = new ExternClass(attrSet, nsName, name, modFile);
exportedClasses.Add(eClass);
cRef.SetExternClass(eClass);
classes.Add(cRef);
return cRef;
}
internal void SetParent(ClassRef paren)
{
parent = paren;
}
internal bool isDefaultClass(ClassRef aClass)
{
Contract.Requires(aClass != null);
return(aClass == defaultClass);
}
internal void SetParent(ClassRef paren)
{
parent = paren;
}
/// <summary>
/// Make a ClassRef for this ClassDef
/// </summary>
/// <returns>ClassRef equivalent to this ClassDef</returns>
public virtual ClassRef MakeRefOf()
{
if (refOf == null)
{
Assembly assem = scope.GetThisAssembly();
ReferenceScope scopeRef;
if (assem != null)
scopeRef = assem.MakeRefOf();
else
scopeRef = scope.MakeRefOf();
refOf = scopeRef.GetClass(Name);
if (refOf == null)
{
refOf = new ClassRef(scopeRef, NameSpace, Name);
scopeRef.AddToClassList(refOf);
}
refOf.defOf = this;
}
return refOf;
}
internal static void GetFieldRefs(PEReader buff, uint num, ClassRef parent)
{
for (int i = 0; i < num; i++)
{
uint flags = buff.ReadUInt16();
string name = buff.GetString();
uint sigIx = buff.GetBlobIx();
if ((flags & (uint)FieldAttr.Public) == (uint)FieldAttr.Public)
{
if (parent.GetField(name) == null)
{
//Console.WriteLine(parent.NameString());
buff.currentClassScope = parent;
FieldRef fRef = new FieldRef(parent, name, buff.GetFieldType(sigIx));
buff.currentClassScope = null;
parent.AddToFieldList(fRef);
}
}
}
}
/*-------------------- Constructors ---------------------------------*/
internal NestedClassRef(ClassRef parent, string name)
: base(parent.GetScope(), "", name)
{
this.parent = parent;
}
/*-------------------- Constructors ---------------------------------*/
internal NestedClassRef(ClassRef parent, string name)
: base(parent.GetScope(), "", name)
{
this.parent = parent;
}
internal override void ResolveParent(PEReader buff, bool isExtern)
{
if (parent != null) return;
CIx cIx = CIx.ResolutionScope;
if (isExtern) cIx = CIx.Implementation;
parent = (ClassRef)buff.GetCodedElement(cIx, resScopeIx);
parent.ResolveParent(buff, isExtern);
parent = (ClassRef)buff.GetCodedElement(cIx, resScopeIx);
if (parent == null) return;
NestedClassRef existing = parent.GetNestedClass(Name);
if (existing == null)
{
scope = parent.GetScope();
parent.AddToClassList(this);
}
else if (isExtern)
buff.InsertInTable(MDTable.ExportedType, Row, existing);
else
buff.InsertInTable(MDTable.TypeRef, Row, existing);
}
internal static void Read(PEReader buff, TableRow[] typeRefs, bool resolve)
{
for (uint i = 0; i < typeRefs.Length; i++)
{
uint resScopeIx = buff.GetCodedIndex(CIx.ResolutionScope);
string name = buff.GetString();
string nameSpace = buff.GetString();
if (buff.CodedTable(CIx.ResolutionScope, resScopeIx) == MDTable.TypeRef)
typeRefs[i] = new NestedClassRef(resScopeIx, nameSpace, name);
else
typeRefs[i] = new ClassRef(resScopeIx, nameSpace, name);
typeRefs[i].Row = i + 1;
}
if (resolve)
{
foreach (TableRow typeRef in typeRefs)
{
((ClassRef)typeRef).ResolveParent(buff, false);
}
}
}
internal static void GetClassRefs(PEReader buff, TableRow[] eClasses)
{
for (uint i = 0; i < eClasses.Length; i++)
{
uint junk = buff.ReadUInt32();
junk = buff.ReadUInt32();
string name = buff.GetString();
string nameSpace = buff.GetString();
uint implIx = buff.GetCodedIndex(CIx.Implementation);
eClasses[i] = new ClassRef(implIx, nameSpace, name);
eClasses[i].Row = i + 1;
}
}
internal static void GetMethodRefs(PEReader buff, uint num, ClassRef parent)
{
for (int i = 0; i < num; i++)
{
uint rva = buff.ReadUInt32();
ushort implFlags = buff.ReadUInt16();
ushort methFlags = buff.ReadUInt16();
string name = buff.GetString();
uint sigIx = buff.GetBlobIx();
uint parIx = buff.GetIndex(MDTable.Param);
if (IsPublicOrProtected(methFlags))
{
MethodRef mRef = new MethodRef(parIx, name, sigIx); // changed
mRef.SetParent(parent);
//Console.WriteLine(parent.NameString());
MethSig mSig = buff.ReadMethSig(mRef, name, sigIx);
//mSig.name = name;
mRef.SetSig(mSig); // changed
parent.AddToMethodList(mRef);
}
}
}
internal static ClassRef ReadClass(PEReader buff, ReferenceScope resScope)
{
uint resScopeIx = buff.GetCodedIndex(CIx.ResolutionScope);
string name = buff.GetString();
string nameSpace = buff.GetString();
ClassRef newClass = (ClassRef)resScope.GetExistingClass(nameSpace, name);
if (newClass == null)
newClass = new ClassRef(resScope, nameSpace, name);
return newClass;
}
internal static void GetClassRefs(PEReader buff, TableRow[] typeRefs, ReferenceScope paren, uint[] parIxs)
{
Contract.Requires(buff != null);
Contract.Requires(typeRefs != null);
Contract.Requires(paren != null);
Contract.Requires(parIxs != null);
int num = typeRefs.Length;
uint[] fieldStart = new uint[num + 1], methStart = new uint[num + 1], extends = new uint[num + 1];
for (int i = 0; i < num; i++)
{
uint flags = buff.ReadUInt32();
string name = buff.GetString();
string nameSpace = buff.GetString();
extends[i] = buff.GetCodedIndex(CIx.TypeDefOrRef);
fieldStart[i] = buff.GetIndex(MDTable.Field);
methStart[i] = buff.GetIndex(MDTable.Method);
//Console.WriteLine("flags = " + Hex.Int(flags));
if (i == 0) // ASSERT first entry is always <Module>
typeRefs[i] = paren.GetDefaultClass();
else if (isPublic(flags))
{
if (parIxs[i] != 0)
{
typeRefs[i] = new NestedClassRef(paren, nameSpace, name);
}
else
{
typeRefs[i] = paren.GetExistingClass(nameSpace, name);
if (typeRefs[i] == null)
{
typeRefs[i] = new ClassRef(paren, nameSpace, name);
paren.AddToClassList((ClassRef)typeRefs[i]);
}
}
}
}
fieldStart[num] = buff.GetTableSize(MDTable.Field) + 1;
methStart[num] = buff.GetTableSize(MDTable.Method) + 1;
// Find Nested Classes
for (int i = 0; i < typeRefs.Length; i++)
{
if ((typeRefs[i] != null) && (typeRefs[i] is NestedClassRef))
{
NestedClassRef nRef = (NestedClassRef)typeRefs[i];
ClassRef nPar = (ClassRef)typeRefs[parIxs[i] - 1];
if (nPar == null)
{ // parent is private, so ignore
typeRefs[i] = null;
}
else
{
nRef.SetParent(nPar);
nPar.AddToClassList(nRef);
}
}
if (typeRefs[i] != null)
{
if (buff.GetCodedElement(CIx.TypeDefOrRef, extends[i]) == MSCorLib.mscorlib.ValueType())
((ClassRef)typeRefs[i]).MakeValueClass();
buff.SetElementPosition(MDTable.Field, fieldStart[i]);
FieldDef.GetFieldRefs(buff, fieldStart[i + 1] - fieldStart[i], (ClassRef)typeRefs[i]);
buff.SetElementPosition(MDTable.Method, methStart[i]);
MethodDef.GetMethodRefs(buff, methStart[i + 1] - methStart[i], (ClassRef)typeRefs[i]);
}
}
}
internal static ClassRef ReadDef(PEReader buff, ReferenceScope resScope, uint index)
{
uint junk = buff.ReadUInt32();
string cName = buff.GetString();
string nsName = buff.GetString();
ClassRef newClass = (ClassRef)resScope.GetExistingClass(nsName, cName);
if (newClass == null)
{
newClass = new ClassRef(resScope, nsName, cName);
resScope.AddToClassList(newClass);
}
newClass.readAsDef = true;
newClass.Row = index;
junk = buff.GetCodedIndex(CIx.TypeDefOrRef);
newClass.fieldIx = buff.GetIndex(MDTable.Field);
newClass.methodIx = buff.GetIndex(MDTable.Method);
return newClass;
}