}
}
} else {
- let value = heap_bound_store(
+ let value = heap_bound_store(
self.iter.heap,
heap_bound_deref(self.iter.heap, self.iter.heap[focus]),
);
let pstr = cell_as_string!(self.iter.heap[h]);
let pstr = pstr.as_str_from(offset.get_num() as usize);
+ let tag = value.get_tag();
+
+ if tag == HeapCellValueTag::PStrOffset {
+ // remove the fixnum offset from the iterator stack so we don't
+ // print an extraneous number. pstr offset value cells are never
+ // used by the iterator to mark cyclic terms so the removal is safe.
+ self.iter.pop_stack();
+ }
if max_depth > 0 && pstr.chars().count() + 1 >= max_depth {
- if value.get_tag() != HeapCellValueTag::CStr {
+ if tag != HeapCellValueTag::PStrOffset && tag != HeapCellValueTag::CStr {
self.iter.pop_stack();
}
self.state_stack.push(TokenOrRedirect::Atom(atom!("...")));
self.state_stack.push(TokenOrRedirect::HeadTailSeparator);
} else if end_cell != empty_list_as_cell!() {
- if end_h != h+1 && value.get_tag() != HeapCellValueTag::CStr {
- self.iter.pop_stack();
- self.iter.push_stack(h+1);
+ if tag == HeapCellValueTag::PStrOffset {
+ self.iter.push_stack(end_h);
}
self.state_stack.push(TokenOrRedirect::FunctorRedirect(max_depth));