protected override void PrintChildren(TextBuilder result, LabelTableToken labelTable, bool showStartOffsets)
{
result.PushIndent();
bool indented = false;
for (int i = 0; i < Children.Count; i++)
{
var stmt = Children[i];
if (stmt.Token is CaseToken || stmt.Token is DefaultToken)
{
if (indented)
{
result.PopIndent();
indented = false;
}
result.Indent().Append(stmt.Token.ToString()).Append(":").NewLine();
}
else
{
if (!indented)
{
indented = true;
result.PushIndent();
}
stmt.Print(result, labelTable, showStartOffsets);
}
}
if (indented)
{
result.PopIndent();
}
result.PopIndent();
}
protected void PrintLabel(LabelTableToken labelTable, TextBuilder result)
{
if (labelTable != null)
{
var label = labelTable.GetLabel(StartOffset);
if (label != null)
{
result.Append(label).Append(":").NewLine();
}
}
}
public override void Print(TextBuilder result, LabelTableToken labelTable, bool showStartOffsets)
{
PrintLabel(labelTable, result);
result.Indent();
PrintHead(result);
result.Append("\n");
result.Indent().Append("{\n");
PrintChildren(result, labelTable, showStartOffsets);
result.Indent().Append("}");
// result.Append(" // ").Append(_endOffset.ToString());
result.NewLine();
}
public virtual void Print(TextBuilder result, LabelTableToken labelTable, bool showStartOffset)
{
if (Token.ToString() == "")
{
return;
}
PrintLabel(labelTable, result);
result.Indent();
if (showStartOffset)
{
result.Append("/* ").Append(StartOffset).Append(" */ ");
}
result.Append(Token.ToString(), StartOffset, EndOffset).Append(";");
result.Append("\n");
}
protected void PrintLabel(LabelTableToken labelTable, TextBuilder result)
{
if (labelTable != null)
{
var label = labelTable.GetLabel(StartOffset);
if (label != null)
{
result.Append(label).Append(":").NewLine();
}
}
}
public virtual void Print(TextBuilder result, LabelTableToken labelTable, bool showStartOffset)
{
if (Token.ToString() == "") return;
PrintLabel(labelTable, result);
result.Indent();
if (showStartOffset)
{
result.Append("/* ").Append(StartOffset).Append(" */ ");
}
result.Append(Token.ToString(), StartOffset, EndOffset).Append(";");
result.Append("\n");
}
protected override void PrintChildren(TextBuilder result, LabelTableToken labelTable, bool showStartOffsets)
{
result.PushIndent();
bool indented = false;
for (int i = 0; i < Children.Count; i++)
{
var stmt = Children[i];
if (stmt.Token is CaseToken || stmt.Token is DefaultToken)
{
if (indented)
{
result.PopIndent();
indented = false;
}
result.Indent().Append(stmt.Token.ToString()).Append(":").NewLine();
}
else
{
if (!indented)
{
indented = true;
result.PushIndent();
}
stmt.Print(result, labelTable, showStartOffsets);
}
}
if (indented) result.PopIndent();
result.PopIndent();
}
protected virtual void PrintChildren(TextBuilder result, LabelTableToken labelTable, bool showStartOffsets)
{
_children.Print(result, labelTable, showStartOffsets);
}
public override void Print(TextBuilder result, LabelTableToken labelTable, bool showStartOffsets)
{
PrintLabel(labelTable, result);
result.Indent();
PrintHead(result);
result.Append("\n");
result.Indent().Append("{\n");
PrintChildren(result, labelTable, showStartOffsets);
result.Indent().Append("}");
// result.Append(" // ").Append(_endOffset.ToString());
result.NewLine();
}
public override void Print(TextBuilder result, LabelTableToken labelTable, bool offset)
{
result.Indent().Append(_text).Append(";").NewLine();
}
public void Print(TextBuilder result, LabelTableToken labelTable, bool showStartOffset)
{
result.PushIndent();
_statements.ForEach(s => s.Print(result, labelTable, showStartOffset));
result.PopIndent();
}
public override void Print(TextBuilder result, LabelTableToken labelTable, bool offset)
{
result.Indent().Append(_text).Append(";").NewLine();
}
public void Print(TextBuilder result, LabelTableToken labelTable, bool showStartOffset)
{
result.PushIndent();
_statements.ForEach(s => s.Print(result, labelTable, showStartOffset));
result.PopIndent();
}
protected virtual void PrintChildren(TextBuilder result, LabelTableToken labelTable, bool showStartOffsets)
{
_children.Print(result, labelTable, showStartOffsets);
}
internal BytecodeToken ReadNext()
{
byte b = _reader.ReadByte();
switch (b)
{
case EX_LocalVariable:
case EX_InstanceVariable:
case EX_NativeParm:
return(ReadRef(r => r.ObjectName));
case EX_DefaultVariable:
return(ReadRef(r => "Default." + r.ObjectName));
case EX_Return:
BytecodeToken returnValue = ReadNext();
return(new ReturnToken(returnValue));
case EX_Assert:
_reader.ReadInt16();
_reader.ReadByte();
return(WrapNextBytecode(c => new BytecodeToken("assert(" + c + ")")));
case EX_Switch:
byte b1 = _reader.ReadByte();
BytecodeToken switchExpr = ReadNext();
return(new SwitchToken(switchExpr.ToString(), switchExpr));
case EX_Case:
{
short offset = _reader.ReadInt16();
if (offset == -1)
{
return(new DefaultToken());
}
BytecodeToken caseExpr = ReadNext();
return(new CaseToken(caseExpr.ToString()));
}
case EX_Jump:
{
int offset = _reader.ReadInt16();
return(new UncondJumpToken(offset));
}
case EX_JumpIfNot:
{
short offset = _reader.ReadInt16();
BytecodeToken condition = ReadNext();
if (IsInvalid(condition))
{
return(WrapErrToken("if (!" + condition, condition));
}
return(new JumpIfNotToken(offset, condition));
}
case EX_LabelTable:
{
var token = new LabelTableToken();
while (true)
{
string labelName = ReadName();
if (labelName == "None")
{
break;
}
int offset = _reader.ReadInt32();
token.AddLabel(labelName, offset);
}
return(token);
}
case EX_GotoLabel:
return(WrapNextBytecode(op => Token("goto " + op)));
case EX_Self:
return(Token("self"));
case EX_Skip:
_reader.ReadInt16();
return(ReadNext());
case EX_EatReturnValue:
_reader.ReadInt32();
return(ReadNext());
case EX_Nothing:
return(new NothingToken());
case EX_Stop:
_reader.ReadInt16();
return(new NothingToken());
case EX_IntZero:
return(Token("0"));
case EX_IntOne:
return(Token("1"));
case EX_True:
return(Token("true"));
case EX_False:
return(Token("false"));
case EX_NoObject:
case EX_EmptyDelegate:
return(Token("None"));
case EX_Let:
case EX_LetBool:
case EX_LetDelegate:
BytecodeToken lhs = ReadNext();
if (IsInvalid(lhs))
{
return(lhs);
}
BytecodeToken rhs = ReadNext();
if (IsInvalid(rhs))
{
return(WrapErrToken(lhs + " = " + rhs, rhs));
}
return(Token(lhs + " = " + rhs));
case EX_IntConst:
return(Token(_reader.ReadInt32().ToString()));
case EX_FloatConst:
return(Token(_reader.ReadSingle().ToString()));
case EX_StringConst:
{
var s = ReadAsciiz().Replace("\n", "\\n").Replace("\t", "\\t");
return(Token("\"" + s + "\""));
}
case EX_ByteConst:
case EX_IntConstByte:
return(Token(_reader.ReadByte().ToString()));
case EX_ObjectConst:
{
int objectIndex = _reader.ReadInt32();
var item = _package.ResolveClassItem(objectIndex);
if (item == null)
{
return(ErrToken("Unresolved class item " + objectIndex));
}
return(Token(item.ClassName + "'" + item.ObjectName + "'"));
}
case EX_NameConst:
return(Token("'" + _package.Names[(int)_reader.ReadInt64()].Name + "'"));
case EX_EndFunctionParms:
return(new EndParmsToken(")"));
case EX_ClassContext:
case EX_Context:
{
var context = ReadNext();
if (IsInvalid(context))
{
return(context);
}
int exprSize = _reader.ReadInt16();
int bSize = _reader.ReadByte();
var value = ReadNext();
if (IsInvalid(value))
{
return(WrapErrToken(context + "." + value, value));
}
return(Token(context + "." + value));
}
case EX_InterfaceContext:
return(ReadNext());
case EX_FinalFunction:
{
int functionIndex = _reader.ReadInt32();
var item = _package.ResolveClassItem(functionIndex);
if (item == null)
{
return(ErrToken("Unresolved function item " + item));
}
string functionName = item.ObjectName;
return(ReadCall(functionName));
}
case EX_PrimitiveCast:
{
var prefix = _reader.ReadByte();
var v = ReadNext();
return(v);
}
case EX_VirtualFunction:
return(ReadCall(ReadName()));
case EX_GlobalFunction:
return(ReadCall("Global." + ReadName()));
case EX_BoolVariable:
case EX_ByteToInt:
return(ReadNext());
case EX_DynamicCast:
{
int typeIndex = _reader.ReadInt32();
var item = _package.ResolveClassItem(typeIndex);
return(WrapNextBytecode(op => Token(item.ObjectName + "(" + op + ")")));
}
case EX_Metacast:
{
int typeIndex = _reader.ReadInt32();
var item = _package.ResolveClassItem(typeIndex);
if (item == null)
{
return(ErrToken("Unresolved class item " + typeIndex));
}
return(WrapNextBytecode(op => Token("Class<" + item.ObjectName + ">(" + op + ")")));
}
case EX_StructMember:
{
var field = ReadRef();
var structType = ReadRef();
int wSkip = _reader.ReadInt16();
var token = ReadNext();
if (IsInvalid(token))
{
return(token);
}
return(Token(token + "." + field.ObjectName));
}
case EX_ArrayElement:
case EX_DynArrayElement:
{
var index = ReadNext();
if (IsInvalid(index))
{
return(index);
}
var array = ReadNext();
if (IsInvalid(array))
{
return(array);
}
return(Token(array + "[" + index + "]"));
}
case EX_DynArrayLength:
return(WrapNextBytecode(op => Token(op + ".Length")));
case EX_StructCmpEq:
return(CompareStructs("=="));
case EX_StructCmpNe:
return(CompareStructs("!="));
case EX_EndOfScript:
return(new EndOfScriptToken());
case EX_EmptyParmValue:
case EX_GoW_DefaultValue:
return(new DefaultValueToken(""));
case EX_DefaultParmValue:
{
var size = _reader.ReadInt16();
var offset = _reader.BaseStream.Position;
var defaultValueExpr = ReadNext();
_reader.BaseStream.Position = offset + size;
return(new DefaultParamValueToken(defaultValueExpr.ToString()));
}
case EX_LocalOutVariable:
int valueIndex = _reader.ReadInt32();
var packageItem = _package.ResolveClassItem(valueIndex);
if (packageItem == null)
{
return(ErrToken("Unresolved package item " + packageItem));
}
return(Token(packageItem.ObjectName));
case EX_Iterator:
var expr = ReadNext();
int loopEnd = _reader.ReadInt16();
if (IsInvalid(expr))
{
return(WrapErrToken("foreach " + expr, expr));
}
return(new ForeachToken(loopEnd, expr));
case EX_IteratorPop:
return(new IteratorPopToken());
case EX_IteratorNext:
return(new IteratorNextToken());
case EX_New:
var outer = ReadNext();
if (IsInvalid(outer))
{
return(outer);
}
var name = ReadNext();
if (IsInvalid(name))
{
return(name);
}
var flags = ReadNext();
if (IsInvalid(flags))
{
return(flags);
}
var cls = ReadNext();
if (IsInvalid(cls))
{
return(cls);
}
return(Token("new(" + JoinTokens(outer, name, flags, cls) + ")"));
case EX_VectorConst:
var f1 = _reader.ReadSingle();
var f2 = _reader.ReadSingle();
var f3 = _reader.ReadSingle();
return(Token("vect(" + f1 + "," + f2 + "," + f3 + ")"));
case EX_RotationConst:
var i1 = _reader.ReadInt32();
var i2 = _reader.ReadInt32();
var i3 = _reader.ReadInt32();
return(Token("rot(" + i1 + "," + i2 + "," + i3 + ")"));
case EX_InterfaceCast:
{
var interfaceName = ReadRef();
return(WrapNextBytecode(op => Token(interfaceName.ObjectName + "(" + op + ")")));
}
case EX_Conditional:
{
var condition = ReadNext();
if (IsInvalid(condition))
{
return(condition);
}
var trueSize = _reader.ReadInt16();
var pos = _reader.BaseStream.Position;
var truePart = ReadNext();
if (IsInvalid(truePart))
{
return(WrapErrToken(condition + " ? " + truePart, truePart));
}
if (_reader.BaseStream.Position != pos + trueSize)
{
return(ErrToken("conditional true part size mismatch"));
}
var falseSize = _reader.ReadInt16();
pos = _reader.BaseStream.Position;
var falsePart = ReadNext();
if (IsInvalid(truePart))
{
return(WrapErrToken(condition + " ? " + truePart + " : " + falsePart, falsePart));
}
Debug.Assert(_reader.BaseStream.Position == pos + falseSize);
return(Token(condition + " ? " + truePart + " : " + falsePart));
}
case EX_DynArrayFind:
return(ReadDynArray1ArgMethod("Find"));
case EX_DynArrayFindStruct:
return(ReadDynArray2ArgMethod("Find", true));
case EX_DynArrayRemove:
return(ReadDynArray2ArgMethod("Remove", false));
case EX_DynArrayInsert:
return(ReadDynArray2ArgMethod("Insert", false));
case EX_DynArrayAddItem:
return(ReadDynArray1ArgMethod("AddItem"));
case EX_DynArrayRemoveItem:
return(ReadDynArray1ArgMethod("RemoveItem"));
case EX_DynArrayInsertItem:
return(ReadDynArray2ArgMethod("InsertItem", true));
case EX_DynArrayIterator:
{
var array = ReadNext();
if (IsInvalid(array))
{
return(array);
}
var iteratorVar = ReadNext();
if (IsInvalid(iteratorVar))
{
return(iteratorVar);
}
_reader.ReadInt16();
var endOffset = _reader.ReadInt16();
return(new ForeachToken(endOffset, array, iteratorVar));
}
case EX_DelegateProperty:
case EX_InstanceDelegate:
return(Token(ReadName()));
case EX_DelegateFunction:
{
var receiver = ReadNext();
if (IsInvalid(receiver))
{
return(receiver);
}
var methodName = ReadName();
if (receiver.ToString().StartsWith("__") && receiver.ToString().EndsWith("__Delegate"))
{
return(ReadCall(methodName));
}
return(ReadCall(receiver + "." + methodName));
}
case EX_EqualEqual_DelDel:
case EX_EqualEqual_DelFunc:
return(CompareDelegates("=="));
case EX_NotEqual_DelDel:
return(CompareDelegates("!="));
default:
if (b >= 0x60)
{
return(ReadNativeCall(b));
}
return(ErrToken("// unknown bytecode " + b.ToString("X2"), b));
}
}
internal BytecodeToken ReadNext()
{
byte b = _reader.ReadByte();
switch(b)
{
case EX_LocalVariable:
case EX_InstanceVariable:
case EX_NativeParm:
return ReadRef(r => r.ObjectName);
case EX_DefaultVariable:
return ReadRef(r => "Default." + r.ObjectName);
case EX_Return:
BytecodeToken returnValue = ReadNext();
return new ReturnToken(returnValue);
case EX_Assert:
_reader.ReadInt16();
_reader.ReadByte();
return WrapNextBytecode(c => new BytecodeToken("assert(" + c + ")"));
case EX_Switch:
byte b1 = _reader.ReadByte();
BytecodeToken switchExpr = ReadNext();
return new SwitchToken(switchExpr.ToString(), switchExpr);
case EX_Case:
{
short offset = _reader.ReadInt16();
if (offset == -1) return new DefaultToken();
BytecodeToken caseExpr = ReadNext();
return new CaseToken(caseExpr.ToString());
}
case EX_Jump:
{
int offset = _reader.ReadInt16();
return new UncondJumpToken(offset);
}
case EX_JumpIfNot:
{
short offset = _reader.ReadInt16();
BytecodeToken condition = ReadNext();
if (IsInvalid(condition)) return WrapErrToken("if (!" + condition, condition);
return new JumpIfNotToken(offset, condition);
}
case EX_LabelTable:
{
var token = new LabelTableToken();
while (true)
{
string labelName = ReadName();
if (labelName == "None") break;
int offset = _reader.ReadInt32();
token.AddLabel(labelName, offset);
}
return token;
}
case EX_GotoLabel:
return WrapNextBytecode(op => Token("goto " + op));
case EX_Self:
return Token("self");
case EX_Skip:
_reader.ReadInt16();
return ReadNext();
case EX_EatReturnValue:
_reader.ReadInt32();
return ReadNext();
case EX_Nothing:
return new NothingToken();
case EX_Stop:
_reader.ReadInt16();
return new NothingToken();
case EX_IntZero:
return Token("0");
case EX_IntOne:
return Token("1");
case EX_True:
return Token("true");
case EX_False:
return Token("false");
case EX_NoObject:
case EX_EmptyDelegate:
return Token("None");
case EX_Let:
case EX_LetBool:
case EX_LetDelegate:
BytecodeToken lhs = ReadNext();
if (IsInvalid(lhs)) return lhs;
BytecodeToken rhs = ReadNext();
if (IsInvalid(rhs)) return WrapErrToken(lhs + " = " + rhs, rhs);
return Token(lhs + " = " + rhs);
case EX_IntConst:
return Token(_reader.ReadInt32().ToString());
case EX_FloatConst:
return Token(_reader.ReadSingle().ToString());
case EX_StringConst:
{
var s = ReadAsciiz().Replace("\n", "\\n").Replace("\t", "\\t");
return Token("\"" + s + "\"");
}
case EX_ByteConst:
case EX_IntConstByte:
return Token(_reader.ReadByte().ToString());
case EX_ObjectConst:
{
int objectIndex = _reader.ReadInt32();
var item = _package.ResolveClassItem(objectIndex);
if (item == null) return ErrToken("Unresolved class item " + objectIndex);
return Token(item.ClassName + "'" + item.ObjectName + "'");
}
case EX_NameConst:
return Token("'" + _package.Names[(int) _reader.ReadInt64()].Name + "'");
case EX_EndFunctionParms:
return new EndParmsToken(")");
case EX_ClassContext:
case EX_Context:
{
var context = ReadNext();
if (IsInvalid(context)) return context;
int exprSize = _reader.ReadInt16();
int bSize = _reader.ReadByte();
var value = ReadNext();
if (IsInvalid(value)) return WrapErrToken(context + "." + value, value);
return Token(context + "." + value);
}
case EX_InterfaceContext:
return ReadNext();
case EX_FinalFunction:
{
int functionIndex = _reader.ReadInt32();
var item = _package.ResolveClassItem(functionIndex);
if (item == null) return ErrToken("Unresolved function item " + item);
string functionName = item.ObjectName;
return ReadCall(functionName);
}
case EX_PrimitiveCast:
{
var prefix = _reader.ReadByte();
var v = ReadNext();
return v;
}
case EX_VirtualFunction:
return ReadCall(ReadName());
case EX_GlobalFunction:
return ReadCall("Global." + ReadName());
case EX_BoolVariable:
case EX_ByteToInt:
return ReadNext();
case EX_DynamicCast:
{
int typeIndex = _reader.ReadInt32();
var item = _package.ResolveClassItem(typeIndex);
return WrapNextBytecode(op => Token(item.ObjectName + "(" + op + ")"));
}
case EX_Metacast:
{
int typeIndex = _reader.ReadInt32();
var item = _package.ResolveClassItem(typeIndex);
if (item == null) return ErrToken("Unresolved class item " + typeIndex);
return WrapNextBytecode(op => Token("Class<" + item.ObjectName + ">(" + op + ")"));
}
case EX_StructMember:
{
var field = ReadRef();
var structType = ReadRef();
int wSkip = _reader.ReadInt16();
var token = ReadNext();
if (IsInvalid(token)) return token;
return Token(token + "." + field.ObjectName);
}
case EX_ArrayElement:
case EX_DynArrayElement:
{
var index = ReadNext();
if (IsInvalid(index)) return index;
var array = ReadNext();
if (IsInvalid(array)) return array;
return Token(array + "[" + index + "]");
}
case EX_DynArrayLength:
return WrapNextBytecode(op => Token(op + ".Length"));
case EX_StructCmpEq:
return CompareStructs("==");
case EX_StructCmpNe:
return CompareStructs("!=");
case EX_EndOfScript:
return new EndOfScriptToken();
case EX_EmptyParmValue:
case EX_GoW_DefaultValue:
return new DefaultValueToken("");
case EX_DefaultParmValue:
{
var size = _reader.ReadInt16();
var offset = _reader.BaseStream.Position;
var defaultValueExpr = ReadNext();
_reader.BaseStream.Position = offset + size;
return new DefaultParamValueToken(defaultValueExpr.ToString());
}
case EX_LocalOutVariable:
int valueIndex = _reader.ReadInt32();
var packageItem = _package.ResolveClassItem(valueIndex);
if (packageItem == null) return ErrToken("Unresolved package item " + packageItem);
return Token(packageItem.ObjectName);
case EX_Iterator:
var expr = ReadNext();
int loopEnd = _reader.ReadInt16();
if (IsInvalid(expr)) return WrapErrToken("foreach " + expr, expr);
return new ForeachToken(loopEnd, expr);
case EX_IteratorPop:
return new IteratorPopToken();
case EX_IteratorNext:
return new IteratorNextToken();
case EX_New:
var outer = ReadNext();
if (IsInvalid(outer)) return outer;
var name = ReadNext();
if (IsInvalid(name)) return name;
var flags = ReadNext();
if (IsInvalid(flags)) return flags;
var cls = ReadNext();
if (IsInvalid(cls)) return cls;
return Token("new(" + JoinTokens(outer, name, flags, cls) + ")");
case EX_VectorConst:
var f1 = _reader.ReadSingle();
var f2 = _reader.ReadSingle();
var f3 = _reader.ReadSingle();
return Token("vect(" + f1 + "," + f2 + "," + f3 + ")");
case EX_RotationConst:
var i1 = _reader.ReadInt32();
var i2 = _reader.ReadInt32();
var i3 = _reader.ReadInt32();
return Token("rot(" + i1 + "," + i2 + "," + i3 + ")");
case EX_InterfaceCast:
{
var interfaceName = ReadRef();
return WrapNextBytecode(op => Token(interfaceName.ObjectName + "(" + op + ")"));
}
case EX_Conditional:
{
var condition = ReadNext();
if (IsInvalid(condition)) return condition;
var trueSize = _reader.ReadInt16();
var pos = _reader.BaseStream.Position;
var truePart = ReadNext();
if (IsInvalid(truePart)) return WrapErrToken(condition + " ? " + truePart, truePart);
if (_reader.BaseStream.Position != pos + trueSize)
return ErrToken("conditional true part size mismatch");
var falseSize = _reader.ReadInt16();
pos = _reader.BaseStream.Position;
var falsePart = ReadNext();
if (IsInvalid(truePart)) return WrapErrToken(condition + " ? " + truePart + " : " + falsePart, falsePart);
Debug.Assert(_reader.BaseStream.Position == pos + falseSize);
return Token(condition + " ? " + truePart + " : " + falsePart);
}
case EX_DynArrayFind:
return ReadDynArray1ArgMethod("Find");
case EX_DynArrayFindStruct:
return ReadDynArray2ArgMethod("Find", true);
case EX_DynArrayRemove:
return ReadDynArray2ArgMethod("Remove", false);
case EX_DynArrayInsert:
return ReadDynArray2ArgMethod("Insert", false);
case EX_DynArrayAddItem:
return ReadDynArray1ArgMethod("AddItem");
case EX_DynArrayRemoveItem:
return ReadDynArray1ArgMethod("RemoveItem");
case EX_DynArrayInsertItem:
return ReadDynArray2ArgMethod("InsertItem", true);
case EX_DynArrayIterator:
{
var array = ReadNext();
if (IsInvalid(array)) return array;
var iteratorVar = ReadNext();
if (IsInvalid(iteratorVar)) return iteratorVar;
_reader.ReadInt16();
var endOffset = _reader.ReadInt16();
return new ForeachToken(endOffset, array, iteratorVar);
}
case EX_DelegateProperty:
case EX_InstanceDelegate:
return Token(ReadName());
case EX_DelegateFunction:
{
var receiver = ReadNext();
if (IsInvalid(receiver)) return receiver;
var methodName = ReadName();
if (receiver.ToString().StartsWith("__") && receiver.ToString().EndsWith("__Delegate"))
{
return ReadCall(methodName);
}
return ReadCall(receiver + "." + methodName);
}
case EX_EqualEqual_DelDel:
case EX_EqualEqual_DelFunc:
return CompareDelegates("==");
case EX_NotEqual_DelDel:
return CompareDelegates("!=");
default:
if (b >= 0x60)
{
return ReadNativeCall(b);
}
return ErrToken("// unknown bytecode " + b.ToString("X2"), b);
}
}