mutex::~mutex()
{
HPX_ITT_SYNC_DESTROY(this);
if (!queue_.empty()) {
LERR_(fatal) << "lcos::local::mutex::~mutex: " << description_
<< ": queue is not empty";
mutex_type::scoped_lock l(mtx_);
while (!queue_.empty()) {
threads::thread_id_type id = queue_.front().id_;
queue_.front().id_ = 0;
queue_.pop_front();
// we know that the id is actually the pointer to the thread
LERR_(fatal) << "lcos::local::mutex::~mutex: " << description_
<< ": pending thread: "
<< threads::get_thread_state_name(threads::get_thread_state(id))
<< "(" << id << "): " << threads::get_thread_description(id);
// forcefully abort thread, do not throw
error_code ec(lightweight);
threads::set_thread_state(id, threads::pending,
threads::wait_abort, threads::thread_priority_default, ec);
if (ec) {
LERR_(fatal) << "lcos::local::mutex::~mutex: could not abort thread"
<< get_thread_state_name(threads::get_thread_state(id))
<< "(" << id << "): " << threads::get_thread_state(id);
}
}
}
}
itt_spinlock_init<Tag>::~itt_spinlock_init()
{
for (int i = 0; i < 41; ++i)
{
HPX_ITT_SYNC_DESTROY(&lcos::local::spinlock_pool<Tag>::pool_[i]);
}
}
~mutex()
{
HPX_ITT_SYNC_DESTROY(this);
}
~spinlock()
{
HPX_ITT_SYNC_DESTROY(this);
}
~spinlock_no_backoff()
{
HPX_ITT_SYNC_DESTROY(this);
}
