///////////////////////////////////////////////////////////////////////////
// Return the number of the NUMA node the current thread is running on
std::size_t get_numa_node_number()
{
bool numa_sensitive = false;
std::size_t thread_num =
threadmanager_base::get_worker_thread_num(&numa_sensitive);
return get_topology().get_numa_node_number(
get_thread_manager().get_pu_num(thread_num));
}
// 关闭连接
void TCPSessionHandler::close()
{
if (is_closed())
{
return;
}
session_handler_stuff::PackMessageList(shared_from_this());
ThreadPointer thread_ptr = get_thread_manager()->get_thread(thread_id_);
if (thread_ptr != nullptr)
{
thread_ptr->post(std::bind(session_handler_stuff::CloseSession, thread_ptr, session_id_));
}
}
bool enumerate_threads(util::function_nonser<bool(thread_id_type)> const& f,
thread_state_enum state)
{
return get_thread_manager().enumerate_threads(f, state);
}
std::int64_t get_thread_count(thread_priority priority,
thread_state_enum state)
{
return get_thread_manager().get_thread_count(state, priority);
}
std::int64_t get_thread_count(thread_state_enum state)
{
return get_thread_manager().get_thread_count(state);
}
///////////////////////////////////////////////////////////////////////////
// Return the number of the NUMA node the current thread is running on
std::size_t get_numa_node_number()
{
std::size_t thread_num = hpx::get_worker_thread_num();
return get_topology().get_numa_node_number(
get_thread_manager().get_pu_num(thread_num));
}
mask_cref_type executor_base::get_pu_mask(topology const& topology,
std::size_t num_thread) const
{
return get_thread_manager().get_pu_mask(topology, num_thread);
}
