public AssemblyBytes(Stream s)
{
node = s.ReadClass(ref FileFormat);
// Widen any nodes to the width of their children
node.CallBack(n =>
{
if (n.Children.Any())
{
n.Start = Math.Min(n.Start, n.Children.Min(c => c.Start));
n.End = Math.Max(n.End, n.Children.Max(c => c.End));
}
});
// Order child nodes by index, expected for Heaps and sections
node.CallBack(n =>
{
n.Children = n.Children.OrderBy(c => c.Start).ToList();
});
FindOverLength(s, node);
node.CallBack(n => n.UseDelayedValueNode());
node.AssignPath();
node.CallBack(CodeNode.AssignLink);
}
public CodeNode Read(Stream stream)
{
CodeNode rva;
Node = new CodeNode
{
(rva = stream.ReadStruct(out RVA, nameof(RVA))),
stream.ReadClass(ref ImplFlags, nameof(ImplFlags)),
stream.ReadClass(ref Flags, nameof(Flags)),
stream.ReadClass(ref Name, nameof(Name)),
stream.ReadClass(ref Signature, nameof(Signature)),
stream.ReadClass(ref ParamList, nameof(ParamList)),
};
rva.DelayedValueNode = () => new DefaultValueNode(
rva.Value,
RVA > 0 ? Singletons.Instance.MethodsByRVA[RVA].Node : null);
return Node;
}
public CodeNode Read(Stream stream)
{
Node = new CodeNode
{
stream.ReadStruct(out Offset, nameof(Offset)),
stream.ReadStruct(out Flags, nameof(Flags)),
stream.ReadClass(ref Name, nameof(Name)),
stream.ReadClass(ref Implementation, nameof(Implementation)),
};
Section section = Singletons.Instance.TildeStream.Section;
section.ReadNode(strm =>
{
section.Reposition(strm, section.CLIHeader.Resources.RVA + Offset);
ResourceEntry entry = null;
return stream.ReadClass(ref entry);
});
return Node;
}
