This already caught some cases of public members that should have been
private and one case where the inferred type was too specific.
Signed-off-by: Graham <gpe@openrs2.dev>
We don't need to track the class version and maxStack value: the
Library::remap will already have access to them (and always needs to, as
it has to fiddle with {Class,Field,Method}Nodes to actually move the
field).
Signed-off-by: Graham <gpe@openrs2.dev>
My rough plan for combining static scrambling and remapping is to split
Library::remap into three passes:
* Remove static methods, fields and initializers from the library,
storing them in a temporary location.
* Pass all classes through ClassNodeRemapper, as we do now.
* Add static methods, fields and initializers to their new classes,
remapping as we do so.
This ensures a ClassNode is never in a state where it has a mixture of
remapped and non-remapped fields, methods or instructions. This is
important to ensure no conflicts can occur when we use the refactored
names from the NameMap, rather than the auto-generated names.
It means TypedRemapper needs the ability to provide the instructions
that make up a field's initializer, such that Library::remap can move
these instructions to a different InsnList. The new getFieldInitializer
method and FieldInitializer type support this.
Signed-off-by: Graham <gpe@openrs2.dev>
Graham