47         : q(queue), elem_num(el_num) {}  in FloggerBody()
53             q.push(elem);  in operator ()()
54             bool res = q.try_pop(elem);  in operator ()()
60     Q& q;  member in FloggerBody
65 void test_flogger_help( Q& q, std::size_t items_per_page ) {  in test_flogger_help()  argument
66     std::size_t nq = q.my_queue_representation->n_queue;  in test_flogger_help()
70     q.my_queue_representation->head_counter = hack_val;  in test_flogger_help()
71     q.my_queue_representation->tail_counter = hack_val;  in test_flogger_help()
73     std::size_t k = q.my_queue_representation->tail_counter & -(std::ptrdiff_t)nq;  in test_flogger_help()
76         q.my_queue_representation->array[i].head_counter = k;  in test_flogger_help()
77         q.my_queue_representation->array[i].tail_counter = k;  in test_flogger_help()
81 …elFor(static_cast<typename Q::value_type>(utils::MaxThread), FloggerBody<Q>(q, reserved_elem_num +…  in test_flogger_help()
83     REQUIRE_MESSAGE(q.empty(), "Failed flogger/empty test");  in test_flogger_help()
84     REQUIRE_MESSAGE(q.my_queue_representation->head_counter < hack_val, "Failed wraparound test");  in test_flogger_help()
90         tbb::concurrent_queue<int> q;  variable
91         test_flogger_help(q, q.my_queue_representation->items_per_page);
98         tbb::concurrent_bounded_queue<int> q;  variable
99         test_flogger_help(q, q.my_queue_representation->items_per_page);