/// Create a new component on the target locality.
explicit simple_refcnt_monitor(naming::id_type const& locality)
: base_type()
, flag_promise_()
, flag_(flag_promise_.get_future())
, locality_(naming::get_locality_from_id(locality))
{
static_cast<base_type&>(*this) =
stub_type::create_async(locality_, flag_promise_.get_id());
}
bool is_ready()
{
// Flush pending reference counting operations on the target locality.
agas::garbage_collect(locality_);
return flag_.is_ready();
}
/// Create a new component on the target locality.
explicit simple_refcnt_monitor(
naming::id_type const& locality
)
: locality_(naming::get_locality_from_id(locality))
{
gid_ = stub_type::create_async(locality_, flag_.get_id());
}
/// Create a new component on the target locality.
explicit managed_refcnt_monitor(
naming::id_type const& locality
)
: locality_(naming::get_locality_from_id(locality))
{
this->base_type::create(locality_, flag_.get_gid());
}
/// Create a new component on the target locality.
explicit managed_refcnt_monitor(
naming::gid_type const& locality
)
: locality_(naming::get_locality_from_gid(locality)
, naming::id_type::unmanaged)
{
gid_ = stub_type::create_async(locality_, flag_.get_id());
}
bool is_ready(
Duration const& d
)
{
// Flush pending reference counting operations on the target locality.
agas::garbage_collect(locality_);
// Schedule a wakeup.
threads::set_thread_state(threads::get_self_id(), d, threads::pending);
// Suspend this pxthread.
threads::get_self().yield(threads::suspended);
return flag_.is_ready();
}