public static void MethodDefNameKey(
StringBuilder sb,
MethodDef metDef,
IGenericReplacer replacer)
{
if (replacer == null)
{
MethodNameKey(
sb,
metDef.Name,
metDef.GenericParameters.Count,
metDef.MethodSig.RetType,
metDef.MethodSig.Params,
metDef.MethodSig.CallingConvention);
}
else
{
TypeSig retType = Helper.ReplaceGenericSig(metDef.MethodSig.RetType, replacer);
IList <TypeSig> paramTypes = Helper.ReplaceGenericSigList(metDef.MethodSig.Params, replacer);
MethodNameKey(
sb,
metDef.Name,
metDef.GenericParameters.Count,
retType,
paramTypes,
metDef.MethodSig.CallingConvention);
}
}
// 替换类型中的泛型签名
public static TypeSig ReplaceGenericSig(TypeSig tySig, IGenericReplacer replacer)
{
if (replacer == null || !IsReplaceNeeded(tySig))
{
return(tySig);
}
return(ReplaceGenericSigImpl(tySig, replacer));
}
private string GetReplacedNameKey(IGenericReplacer replacer)
{
if (HasGenArgs)
{
var repGenArgs = Helper.ReplaceGenericSigList(GenArgs, replacer);
StringBuilder sb = new StringBuilder();
Helper.TypeNameKey(sb, Def, repGenArgs);
return(sb.ToString());
}
return(GetNameKey());
}
private void ExplicitOverride(MethodDef ownerMetDef, int ownerMetIdx)
{
IGenericReplacer replacer = null;
if (HasGenArgs)
{
replacer = new TypeDefGenReplacer(Def, GenArgs);
}
foreach (var overItem in ownerMetDef.Overrides)
{
var target = overItem.MethodDeclaration;
var impl = overItem.MethodBody;
MethodTable targetTable = Context.TypeMgr.ResolveMethodTable(target.DeclaringType, replacer);
MethodDef targetDef = target.ResolveMethodDef();
if (targetDef == null)
{
throw new TypeLoadException("Cannot find overriding signature: " + target.FullName);
}
if (targetDef.HasOverrides)
{
throw new TypeLoadException("Method already has overrides: " + targetDef.FullName);
}
MethodDef implDef = impl.ResolveMethodDef();
if (targetTable == this)
{
// 处理显式重写当前类型方法的情况
MethodReplaceMap.Add(targetDef, new Tuple <MethodTable, MethodDef>(this, implDef));
}
else
{
string expSigName;
if (implDef == ownerMetDef)
{
expSigName = ExpandedSigList[ownerMetIdx];
}
else
{
throw new NotSupportedException();
}
// 合并目标入口到实现方法的方法槽内
MergeSlot(expSigName, targetTable, targetDef);
}
}
}
private void ResolveOperand(InstInfo inst, IGenericReplacer replacer)
{
// 重定向数组指令
switch (inst.OpCode.Code)
{
case Code.Newarr:
{
// newobj T[]::.ctor(int)
TypeSig elemSig = ((ITypeDefOrRef)inst.Operand).ToTypeSig();
inst.OpCode = OpCodes.Newobj;
inst.Operand = new MemberRefUser(
Context.CorLibModule,
".ctor",
MethodSig.CreateInstance(Context.CorLibTypes.Void, Context.CorLibTypes.Int32),
new TypeSpecUser(new SZArraySig(elemSig)));
break;
}
case Code.Ldlen:
{
// call int Array::get_Length()
inst.OpCode = OpCodes.Call;
inst.Operand = new MemberRefUser(
Context.CorLibModule,
"get_Length",
MethodSig.CreateInstance(Context.CorLibTypes.Int32),
Context.CorLibTypes.GetTypeRef("System", "Array"));
break;
}
case Code.Ldelema:
{
// call T& T[]::Address(int)
TypeSig elemSig = ((ITypeDefOrRef)inst.Operand).ToTypeSig();
inst.OpCode = OpCodes.Call;
inst.Operand = new MemberRefUser(
Context.CorLibModule,
"Address",
MethodSig.CreateInstance(new ByRefSig(elemSig), Context.CorLibTypes.Int32),
new TypeSpecUser(new SZArraySig(elemSig)));
break;
}
case Code.Ldelem_I1:
case Code.Ldelem_U1:
case Code.Ldelem_I2:
case Code.Ldelem_U2:
case Code.Ldelem_I4:
case Code.Ldelem_U4:
case Code.Ldelem_I8:
case Code.Ldelem_I:
case Code.Ldelem_R4:
case Code.Ldelem_R8:
case Code.Ldelem_Ref:
case Code.Ldelem:
{
TypeSig elemSig = null;
switch (inst.OpCode.Code)
{
case Code.Ldelem_I1:
elemSig = Context.CorLibTypes.SByte;
break;
case Code.Ldelem_U1:
elemSig = Context.CorLibTypes.Byte;
break;
case Code.Ldelem_I2:
elemSig = Context.CorLibTypes.Int16;
break;
case Code.Ldelem_U2:
elemSig = Context.CorLibTypes.UInt16;
break;
case Code.Ldelem_I4:
elemSig = Context.CorLibTypes.Int32;
break;
case Code.Ldelem_U4:
elemSig = Context.CorLibTypes.UInt32;
break;
case Code.Ldelem_I8:
elemSig = Context.CorLibTypes.Int64;
break;
case Code.Ldelem_I:
elemSig = Context.CorLibTypes.IntPtr;
break;
case Code.Ldelem_R4:
elemSig = Context.CorLibTypes.Single;
break;
case Code.Ldelem_R8:
elemSig = Context.CorLibTypes.Double;
break;
case Code.Ldelem_Ref:
elemSig = Context.CorLibTypes.Object;
break;
case Code.Ldelem:
elemSig = ((ITypeDefOrRef)inst.Operand).ToTypeSig();
break;
}
// call T T[]::Get(int)
inst.OpCode = OpCodes.Call;
inst.Operand = new MemberRefUser(
Context.CorLibModule,
"Get",
MethodSig.CreateInstance(elemSig, Context.CorLibTypes.Int32),
new TypeSpecUser(new SZArraySig(elemSig)));
break;
}
case Code.Stelem_I1:
case Code.Stelem_I2:
case Code.Stelem_I4:
case Code.Stelem_I8:
case Code.Stelem_I:
case Code.Stelem_R4:
case Code.Stelem_R8:
case Code.Stelem_Ref:
case Code.Stelem:
{
TypeSig elemSig = null;
switch (inst.OpCode.Code)
{
case Code.Stelem_I1:
elemSig = Context.CorLibTypes.SByte;
break;
case Code.Stelem_I2:
elemSig = Context.CorLibTypes.Int16;
break;
case Code.Stelem_I4:
elemSig = Context.CorLibTypes.Int32;
break;
case Code.Stelem_I8:
elemSig = Context.CorLibTypes.Int64;
break;
case Code.Stelem_I:
elemSig = Context.CorLibTypes.IntPtr;
break;
case Code.Stelem_R4:
elemSig = Context.CorLibTypes.Single;
break;
case Code.Stelem_R8:
elemSig = Context.CorLibTypes.Double;
break;
case Code.Stelem_Ref:
elemSig = Context.CorLibTypes.Object;
break;
case Code.Stelem:
elemSig = ((ITypeDefOrRef)inst.Operand).ToTypeSig();
break;
}
// call void T[]::Set(int,T)
inst.OpCode = OpCodes.Call;
inst.Operand = new MemberRefUser(
Context.CorLibModule,
"Set",
MethodSig.CreateInstance(Context.CorLibTypes.Void, Context.CorLibTypes.Int32, elemSig),
new TypeSpecUser(new SZArraySig(elemSig)));
break;
}
}
switch (inst.OpCode.OperandType)
{
case OperandType.InlineMethod:
{
MethodX resMetX;
switch (inst.Operand)
{
case MethodDef metDef:
resMetX = ResolveMethodDef(metDef);
break;
case MemberRef memRef:
resMetX = ResolveMethodRef(memRef, replacer);
break;
case MethodSpec metSpec:
resMetX = ResolveMethodSpec(metSpec, replacer);
break;
default:
throw new ArgumentOutOfRangeException();
}
bool isReAddMethod = false;
if (inst.OpCode.Code == Code.Newobj)
{
Debug.Assert(!resMetX.Def.IsStatic);
Debug.Assert(resMetX.Def.IsConstructor);
// 设置实例化标记
resMetX.DeclType.IsInstantiated = true;
// 生成静态构造和终结器
GenStaticCctor(resMetX.DeclType);
GenFinalizer(resMetX.DeclType);
}
else if (inst.OpCode.Code == Code.Callvirt ||
inst.OpCode.Code == Code.Ldvirtftn)
{
if (resMetX.IsVirtual)
{
AddVCallEntry(resMetX);
}
else
{
// 非虚方法重定向指令
inst.OpCode = inst.OpCode.Code == Code.Callvirt ?
OpCodes.Call : OpCodes.Ldftn;
}
}
else if (resMetX.IsVirtual &&
(inst.OpCode.Code == Code.Call ||
inst.OpCode.Code == Code.Ldftn))
{
// 处理方法替换
if (resMetX.DeclType.QueryCallReplace(this, resMetX.Def, out TypeX implTyX, out var implDef))
{
resMetX.IsSkipProcessing = true;
Debug.Assert(implTyX != null);
MethodX implMetX = MakeMethodX(implTyX, implDef, resMetX.GenArgs);
resMetX = implMetX;
}
else
{
isReAddMethod = true;
}
}
else
{
isReAddMethod = true;
}
if (isReAddMethod)
{
// 尝试重新加入处理队列
AddPendingMethod(resMetX);
}
if (resMetX.IsStatic)
{
// 生成静态构造
GenStaticCctor(resMetX.DeclType);
}
inst.Operand = resMetX;
return;
}
private VirtualSlot ExpandVirtualSlot(VirtualSlot vslot, MethodTable expMetTable, IGenericReplacer replacer)
{
VirtualSlot expVSlot = new VirtualSlot(ExpandMethodPair(vslot.NewSlotEntry, expMetTable, replacer));
foreach (var entry in vslot.Entries)
{
expVSlot.Entries.Add(ExpandMethodPair(entry, expMetTable, replacer));
}
expVSlot.Implemented = ExpandMethodPair(vslot.Implemented, expMetTable, replacer);
return(expVSlot);
}
private TableMethodPair ExpandMethodPair(TableMethodPair metPair, MethodTable expMetTable, IGenericReplacer replacer)
{
if (metPair == null)
{
return(null);
}
MethodTable mtable = metPair.Item1;
if (mtable == this)
{
return(new TableMethodPair(expMetTable, metPair.Item2));
}
if (mtable.InstGenArgs.IsCollectionValid())
{
var genArgs = Helper.ReplaceGenericSigList(mtable.InstGenArgs, replacer);
mtable = TypeMgr.ResolveMethodTableSpec(mtable.Def, genArgs);
Debug.Assert(mtable != this);
return(new TableMethodPair(mtable, metPair.Item2));
}
return(metPair);
}
private static IList <TypeSig> ReplaceGenericSigListImpl(IList <TypeSig> tySigList, IGenericReplacer replacer)
{
return(tySigList?.Select(tySig => ReplaceGenericSigImpl(tySig, replacer)).ToList());
}
// 替换类型签名列表
public static IList <TypeSig> ReplaceGenericSigList(IList <TypeSig> tySigList, IGenericReplacer replacer)
{
return(tySigList?.Select(tySig => ReplaceGenericSig(tySig, replacer)).ToList());
}
private static TypeSig ReplaceGenericSigImpl(TypeSig tySig, IGenericReplacer replacer)
{
if (tySig == null)
{
return(null);
}
switch (tySig.ElementType)
{
case ElementType.Class:
case ElementType.ValueType:
case ElementType.TypedByRef:
return(tySig);
case ElementType.Ptr:
return(new PtrSig(ReplaceGenericSigImpl(tySig.Next, replacer)));
case ElementType.ByRef:
return(new ByRefSig(ReplaceGenericSigImpl(tySig.Next, replacer)));
case ElementType.Pinned:
return(new PinnedSig(ReplaceGenericSigImpl(tySig.Next, replacer)));
case ElementType.SZArray:
return(new SZArraySig(ReplaceGenericSigImpl(tySig.Next, replacer)));
case ElementType.Array:
{
ArraySig arySig = (ArraySig)tySig;
return(new ArraySig(ReplaceGenericSigImpl(arySig.Next, replacer),
arySig.Rank,
arySig.Sizes,
arySig.LowerBounds));
}
case ElementType.CModReqd:
{
CModReqdSig modreqdSig = (CModReqdSig)tySig;
return(new CModReqdSig(modreqdSig.Modifier, ReplaceGenericSigImpl(modreqdSig.Next, replacer)));
}
case ElementType.CModOpt:
{
CModOptSig modoptSig = (CModOptSig)tySig;
return(new CModOptSig(modoptSig.Modifier, ReplaceGenericSigImpl(modoptSig.Next, replacer)));
}
case ElementType.GenericInst:
{
GenericInstSig genInstSig = (GenericInstSig)tySig;
return(new GenericInstSig(genInstSig.GenericType, ReplaceGenericSigListImpl(genInstSig.GenericArguments, replacer)));
}
case ElementType.Var:
{
GenericVar genVarSig = (GenericVar)tySig;
TypeSig result = replacer.Replace(genVarSig);
if (result != null)
{
return(result);
}
return(genVarSig);
}
case ElementType.MVar:
{
GenericMVar genMVarSig = (GenericMVar)tySig;
TypeSig result = replacer.Replace(genMVarSig);
if (result != null)
{
return(result);
}
return(genMVarSig);
}
default:
if (tySig is CorLibTypeSig)
{
return(tySig);
}
throw new NotSupportedException();
}
}
private void ResolveOperand(InstInfo inst, IGenericReplacer replacer)
{
switch (inst.OpCode.OperandType)
{
case OperandType.InlineMethod:
{
MethodX resMetX;
switch (inst.Operand)
{
case MethodDef metDef:
resMetX = ResolveMethodDef(metDef);
break;
case MemberRef memRef:
resMetX = ResolveMethodRef(memRef, replacer);
break;
case MethodSpec metSpec:
resMetX = ResolveMethodSpec(metSpec, replacer);
break;
default:
throw new ArgumentOutOfRangeException();
}
bool isReAddMethod = false;
if (inst.OpCode.Code == Code.Newobj)
{
Debug.Assert(!resMetX.Def.IsStatic);
Debug.Assert(resMetX.Def.IsConstructor);
// 设置实例化标记
resMetX.DeclType.IsInstantiated = true;
// 生成静态构造和终结器
GenStaticCctor(resMetX.DeclType);
GenFinalizer(resMetX.DeclType);
// 解析虚表
resMetX.DeclType.ResolveVTable();
}
else if (resMetX.IsVirtual &&
(inst.OpCode.Code == Code.Callvirt ||
inst.OpCode.Code == Code.Ldvirtftn))
{
// 处理非入口虚调用重定向
if (!resMetX.Def.IsNewSlot)
{
if (GetNewSlotMethodChecked(resMetX.DeclType, resMetX.Def, out var slotTypeName, out var slotMetDef))
{
resMetX.IsSkipProcessing = true;
TypeX slotTyX = GetTypeByName(slotTypeName);
Debug.Assert(slotTyX != null);
MethodX slotMetX = MakeMethodX(slotTyX, slotMetDef, resMetX.GenArgs);
resMetX = slotMetX;
}
}
AddVCallEntry(resMetX);
}
else if (resMetX.IsVirtual &&
(inst.OpCode.Code == Code.Call ||
inst.OpCode.Code == Code.Ldftn))
{
// 处理方法替换
if (resMetX.DeclType.IsMethodReplaced(resMetX.Def, out var repTypeName, out var repMetDef))
{
resMetX.IsSkipProcessing = true;
TypeX repTyX = GetTypeByName(repTypeName);
Debug.Assert(repTyX != null);
MethodX repMetX = MakeMethodX(repTyX, repMetDef, resMetX.GenArgs);
resMetX = repMetX;
}
else
{
isReAddMethod = true;
}
}
else
{
isReAddMethod = true;
}
if (isReAddMethod)
{
// 尝试重新加入处理队列
AddPendingMethod(resMetX);
}
if (resMetX.IsStatic)
{
// 生成静态构造
GenStaticCctor(resMetX.DeclType);
}
inst.Operand = resMetX;
return;
}
public void ResolveTable()
{
StringBuilder sb = new StringBuilder();
IGenericReplacer replacer = null;
if (HasGenArgs)
{
replacer = new TypeDefGenReplacer(Def, GenArgs);
}
Dictionary <string, MethodDef> sameSigDefs = new Dictionary <string, MethodDef>();
// 解析不展开类型泛型的方法签名, 和展开的方法签名
uint lastRid = 0;
foreach (var metDef in Def.Methods)
{
if (metDef.IsStatic || metDef.IsConstructor)
{
continue;
}
Debug.Assert(lastRid < metDef.Rid);
lastRid = metDef.Rid;
MethodDefList.Add(metDef);
Helper.MethodDefNameKey(sb, metDef, replacer);
string expSigName = sb.ToString();
sb.Clear();
ExpandedSigList.Add(expSigName);
if (sameSigDefs.TryGetValue(expSigName, out var osameDef))
{
// 遇到相同签名的方法
//if (!Def.HasGenericParameters)
// throw new TypeLoadException("Conflicted method signature");
if (SameSigResolvedMap == null)
{
SameSigResolvedMap = new Dictionary <string, Tuple <MethodTable, MethodDef> >();
}
SameSigResolvedMap.Add(expSigName, new Tuple <MethodTable, MethodDef>(this, osameDef));
}
else
{
sameSigDefs.Add(expSigName, metDef);
}
}
// 解析并继承基类方法表
if (Def.BaseType != null)
{
MethodTable baseTable = Context.TypeMgr.ResolveMethodTable(Def.BaseType, replacer);
DerivedFrom(baseTable);
}
List <int> explicitOverrides = new List <int>();
// 处理当前类型的重写
for (int i = 0; i < MethodDefList.Count; ++i)
{
MethodDef metDef = MethodDefList[i];
string expSigName = ExpandedSigList[i];
if (metDef.HasOverrides)
{
// 记录存在显式重写的方法
explicitOverrides.Add(i);
}
if (Def.IsInterface)
{
// 特殊处理接口方法, 用于解决泛型接口内签名相同的情况
Debug.Assert(metDef.IsVirtual && metDef.IsNewSlot && metDef.IsAbstract);
MergeSlot(expSigName, this, metDef);
}
else if (metDef.IsVirtual)
{
if (metDef.IsNewSlot)
{
NewSlot(expSigName, metDef);
}
else
{
Debug.Assert(metDef.IsReuseSlot);
ReuseSlot(expSigName, metDef);
}
}
else
{
NewSlot(expSigName, metDef);
}
}
HashSet <string> absNoImplSlots = null;
if (Def.IsAbstract)
{
absNoImplSlots = new HashSet <string>();
}
// 合并接口的方法槽到当前方法槽
if (Def.HasInterfaces)
{
foreach (var inf in Def.Interfaces)
{
MethodTable infTable = Context.TypeMgr.ResolveMethodTable(inf.Interface, replacer);
foreach (var kv in infTable.VSlotMap)
{
string expSigName = kv.Key;
VirtualSlot vslot = kv.Value;
foreach (var kv2 in vslot.Entries)
{
MethodTable entryTable = kv2.Key;
foreach (MethodDef entryDef in kv2.Value)
{
if (NeedMergeInterface(expSigName, entryTable, entryDef))
{
// 合并
var mergedVSlot = MergeSlot(expSigName, entryTable, entryDef);
// 记录虚类型未实现的接口签名
if (absNoImplSlots != null && !mergedVSlot.Impl.IsValid())
{
absNoImplSlots.Add(expSigName);
}
}
}
}
}
}
}
// 合并抽象基类未实现的接口
if (Helper.IsCollectionValid(AbsNoImplSlotMap))
{
foreach (var kv in AbsNoImplSlotMap)
{
string expSigName = kv.Key;
foreach (var kv2 in kv.Value)
{
MethodTable entryTable = kv2.Key;
foreach (MethodDef entryDef in kv2.Value)
{
if (NeedMergeInterface(expSigName, entryTable, entryDef))
{
// 合并
var mergedVSlot = MergeSlot(expSigName, entryTable, entryDef);
}
}
}
}
}
// 处理显式重写
foreach (int idx in explicitOverrides)
{
MethodDef overDef = MethodDefList[idx];
ExplicitOverride(overDef, idx);
}
if (!Def.IsInterface)
{
foreach (var kv in VSlotMap)
{
string expSigName = kv.Key;
VirtualSlot vslot = kv.Value;
if (vslot.Entries.Count > 0)
{
if (!Def.IsAbstract && !vslot.Impl.IsValid())
{
// 遇到非抽象类且存在空的绑定实现则报错
StringBuilder sb2 = new StringBuilder();
sb2.AppendFormat("Slot has no implementation. Class: {0}, Slot: {1}, ",
this, expSigName);
foreach (var item in vslot.Entries)
{
sb2.AppendFormat("{0} -> [", item.Key);
foreach (var entryDef in item.Value)
{
sb2.AppendFormat("{0} ", entryDef);
}
sb2.Append(']');
}
// 检查是否存在未实现的接口
throw new TypeLoadException(sb2.ToString());
}
else
{
// 删除存在实现的接口入口
if (absNoImplSlots != null && vslot.Impl.IsValid())
{
absNoImplSlots.Remove(expSigName);
if (AbsNoImplSlotMap != null)
{
AbsNoImplSlotMap.Remove(expSigName);
}
}
// 展平方法槽
foreach (var kv2 in vslot.Entries)
{
MethodTable entryTable = kv2.Key;
foreach (MethodDef entryDef in kv2.Value)
{
SetExpandedVSlotMap(entryTable, entryDef, ref vslot.Impl);
}
}
}
}
}
}
if (Helper.IsCollectionValid(absNoImplSlots))
{
if (AbsNoImplSlotMap == null)
{
AbsNoImplSlotMap = new Dictionary <string, Dictionary <MethodTable, HashSet <MethodDef> > >();
}
foreach (var expSigName in absNoImplSlots)
{
var vslot = VSlotMap[expSigName];
Debug.Assert(!vslot.Impl.IsValid());
if (!AbsNoImplSlotMap.TryGetValue(expSigName, out var defMap))
{
defMap = new Dictionary <MethodTable, HashSet <MethodDef> >();
AbsNoImplSlotMap.Add(expSigName, defMap);
}
foreach (var entry in vslot.Entries)
{
if (!defMap.TryGetValue(entry.Key, out var defSet))
{
defSet = new HashSet <MethodDef>();
defMap.Add(entry.Key, defSet);
}
defSet.UnionWith(entry.Value);
}
}
}
}
public VirtualTable ExpandVTable(IList <TypeSig> tyGenArgs)
{
Debug.Assert(!HasGenArgs);
Debug.Assert(tyGenArgs == null || Def.GenericParameters.Count == tyGenArgs.Count);
// 展开当前类型名
StringBuilder sb = new StringBuilder();
Helper.TypeNameKey(sb, Def, tyGenArgs);
string thisNameKey = sb.ToString();
sb = null;
// 构建泛型替换器
IGenericReplacer replacer = null;
if (Helper.IsCollectionValid(tyGenArgs))
{
replacer = new TypeDefGenReplacer(Def, tyGenArgs);
}
// 替换类型名称
var newSlotMap = new Dictionary <string, Tuple <string, MethodDef> >();
foreach (var kv in NewSlotMap)
{
MethodTable slotTable = kv.Value.Item1;
string slotType = slotTable == this ? thisNameKey : slotTable.GetReplacedNameKey(replacer);
newSlotMap.Add(kv.Key, new Tuple <string, MethodDef>(slotType, kv.Value.Item2));
}
var metReplaceMap = new Dictionary <MethodDef, Tuple <string, MethodDef> >();
foreach (var kv in MethodReplaceMap)
{
MethodTable repTable = kv.Value.Item1;
string repType = repTable == this ? thisNameKey : repTable.GetReplacedNameKey(replacer);
metReplaceMap.Add(kv.Key, new Tuple <string, MethodDef>(repType, kv.Value.Item2));
}
var fallbackTable = new Dictionary <string, MethodDef>();
if (Helper.IsCollectionValid(SameSigResolvedMap))
{
foreach (var kv in SameSigResolvedMap)
{
MethodTable resTable = kv.Value.Item1;
string resType = resTable == this ? thisNameKey : resTable.GetReplacedNameKey(replacer);
fallbackTable.Add(resType, kv.Value.Item2);
}
}
VirtualTable vtable = new VirtualTable(newSlotMap, metReplaceMap, fallbackTable);
// 不可实例化的类型不展开虚表
if (Def.IsAbstract || Def.IsInterface)
{
return(vtable);
}
foreach (var kv in ExpandedVSlotMap)
{
MethodTable entryTable = kv.Key;
Debug.Assert(entryTable != null);
foreach (var item in kv.Value)
{
MethodDef entryDef = item.Key;
Debug.Assert(entryDef != null);
MethodTable implTable = item.Value.ImplTable;
MethodDef implDef = item.Value.ImplMethod;
Debug.Assert(implTable != null);
string entryTypeName = entryTable == this ? thisNameKey : entryTable.GetReplacedNameKey(replacer);
string implTypeName = implTable == this ? thisNameKey : implTable.GetReplacedNameKey(replacer);
vtable.Set(entryTypeName, entryDef, implTypeName, implDef);
}
}
return(vtable);
}
