// Elaborate the definition of a type.
void
Parser::elaborate_class_definition(Class_decl& d)
{
struct fn
{
Parser& p;
Class_decl& decl;
void operator()(Def& d) { lingo_unhandled(d); }
void operator()(Class_def& d) { p.elaborate_class_definition(decl, d); }
};
apply(d.definition(), fn{*this, d});
}
// TODO: What if the definition is something other than a typical class
// definition. If so, we should probably apply that transformation here.
void
Elaborate_classes::class_declaration(Class_decl& decl)
{
// FIXME: Do something with the metatype.
// Partition the statements into bases and fields.
Class_def& def = cast<Class_def>(decl.definition());
for (Stmt& s : def.statements())
partition_members(def, s);
// TODO: By the time this function completes, all compile-time properties
// of the class must be known (e.g., size, layout, alignment, etc).
// Recursively analyze members.
Enter_scope scope(cxt, decl);
statement_seq(def.statements());
}
// Elaborate the kind of a type.
void
Parser::elaborate_class_declaration(Class_decl& d)
{
d.kind_ = &elaborate_type(d.kind());
}
