44 	atomic_t count[hw_breakpoint_slots(0)];  member
46 	atomic_t *count;
188 	hist->count = kcalloc(hw_breakpoint_slots_cached(type), sizeof(*hist->count), GFP_KERNEL);  in bp_slots_histogram_alloc()
189 	return hist->count;  in bp_slots_histogram_alloc()
194 	kfree(hist->count);  in bp_slots_histogram_free()
243 		WARN_ON(atomic_dec_return_relaxed(&hist->count[old_idx]) < 0);  in bp_slots_histogram_add()
245 		WARN_ON(atomic_inc_return_relaxed(&hist->count[new_idx]) < 0);  in bp_slots_histogram_add()
252 		const int count = atomic_read(&hist->count[i]);  in bp_slots_histogram_max()  local
255 		ASSERT_EXCLUSIVE_WRITER(hist->count[i]);  in bp_slots_histogram_max()
256 		if (count > 0)  in bp_slots_histogram_max()
258 		WARN(count < 0, "inconsistent breakpoint slots histogram");  in bp_slots_histogram_max()
269 		const int count1 = atomic_read(&hist1->count[i]);  in bp_slots_histogram_max_merge()
270 		const int count2 = atomic_read(&hist2->count[i]);  in bp_slots_histogram_max_merge()
273 		ASSERT_EXCLUSIVE_WRITER(hist1->count[i]);  in bp_slots_histogram_max_merge()
274 		ASSERT_EXCLUSIVE_WRITER(hist2->count[i]);  in bp_slots_histogram_max_merge()
326 	int count = 0;  in task_bp_pinned()  local
344 				count = -1;  in task_bp_pinned()
350 		count += hw_breakpoint_weight(iter);  in task_bp_pinned()
355 	return count;  in task_bp_pinned()
938 				if (atomic_read(&info->tsk_pinned.count[slot]))  in hw_breakpoint_is_used()
951 			if (WARN_ON(atomic_read(&cpu_pinned[type].count[slot])))  in hw_breakpoint_is_used()
954 			if (atomic_read(&tsk_pinned_all[type].count[slot]))  in hw_breakpoint_is_used()