void id_type_impl::save(Archive& ar) const
{
boost::uint32_t dest_locality_id = ar.get_dest_locality_id();
bool requires_incref_handling = false;
if(ar.flags() & util::disable_array_optimization) {
naming::gid_type split_id(
preprocess_gid(dest_locality_id, requires_incref_handling));
ar << split_id << type_ << requires_incref_handling;
}
else {
gid_serialization_data data;
data.gid_ = preprocess_gid(dest_locality_id, requires_incref_handling);
data.type_ = type_;
data.requires_incref_handling_ = requires_incref_handling;
ar.save(data);
}
}
// serialization
void id_type_impl::save(serialization::output_archive& ar, unsigned) const
{
if(ar.is_future_awaiting())
{
preprocess_gid(ar);
return;
}
// Avoid performing side effects if the archive is not saving the
// data.
if (ar.is_saving())
{
id_type_management type = type_;
gid_type new_gid;
if (unmanaged == type_)
{
new_gid = *this;
}
else if(managed_move_credit == type_)
{
// all credits will be moved to the returned gid
new_gid = move_gid(const_cast<id_type_impl&>(*this));
type = managed;
}
else
{
new_gid = ar.get_new_gid(*this);
HPX_ASSERT(new_gid != invalid_gid);
}
gid_serialization_data data { new_gid, type };
ar << data;
}
else
{
gid_serialization_data data { *this, type_ };
ar << data;
}
}
