84 	int e_pset = 1;  variable
85 	int e_cpu = pset_id_to_cpu_id(e_pset);
88 	set_tg_sched_bucket_preferred_pset(tg, TH_BUCKET_SHARE_BG, e_pset);
89 	enqueue_thread(pset_target(e_pset), background);
95 	ret = dequeue_thread_expect(pset_target(e_pset), background);
108 	ret = tracepoint_expect(EDGE_SHOULD_YIELD, get_thread_tid(yielder), e_pset, 0, 3);
132 	int e_pset = 1;  variable
166 	ret = choose_pset_for_thread_expect(starts_p, e_pset);
207 	ret = choose_pset_for_thread_expect(starts_p, e_pset);
561 		int e_pset = 0;  variable
562 		set_tg_sched_bucket_preferred_pset(e_tg, sched_bucket, e_pset);
581 			foreign_steal_expect(other_p_pset, e_pset, threads, p_recc);
588 			    (int[]){pset_id_to_cpu_id(e_pset) + p_recc, pset_id_to_cpu_id(other_e_pset) + p_recc});
589 			cpu_clear_thread_current(pset_id_to_cpu_id(e_pset) + p_recc);
601 			work_steal_expect(other_e_pset, e_pset, threads, e_recc);
602 			work_steal_expect(other_e_pset, e_pset, threads, p_recc);
647 	int e_pset = 0;  variable
660 		no_steal_expect(e_pset, "No excess threads yet");
663 	work_steal_expect_simple(e_pset, p_pset, default_threads[0], "P->E Excess thread stolen");
664 	no_steal_expect(e_pset, "Back to no excess threads");
686 			no_steal_expect(e_pset, "No excess threads yet");
690 		work_steal_expect_simple(e_pset, p_pset, per_qos_threads[qos_with_excess],