static held_locks_map& get_lock_map()
{
if (nullptr == held_locks_.get())
{
held_locks_.reset(new held_locks_data());
}
HPX_ASSERT(nullptr != held_locks_.get());
return held_locks_.get()->data_;
}
static held_locks_map& get_lock_map()
{
if (NULL == held_locks_.get())
{
held_locks_.reset(new held_locks_map());
}
BOOST_ASSERT(NULL != held_locks_.get());
return *held_locks_.get();
}
static bool get_lock_enabled()
{
if (nullptr == held_locks_.get())
{
held_locks_.reset(new held_locks_data());
}
detail::register_locks::held_locks_data* m = held_locks_.get();
HPX_ASSERT(nullptr != m);
return m->enabled_;
}
static void set_ignore_all_locks(bool enable)
{
if (nullptr == held_locks_.get())
{
held_locks_.reset(new held_locks_data());
}
detail::register_locks::held_locks_data* m = held_locks_.get();
HPX_ASSERT(nullptr != m);
m->ignore_all_locks_ = enable;
}
static bool get_ignore_all_locks()
{
if (nullptr == held_locks_.get())
{
held_locks_.reset(new held_locks_data());
}
detail::register_locks::held_locks_data* m = held_locks_.get();
HPX_ASSERT(nullptr != m);
return !m->ignore_all_locks_;
}
static void reset_held_lock_data()
{
held_locks_.reset();
}