41  * ignore flag of events is set.
66  * child, the ignore flag of the tmigr_event is set. This indicates, that
352  *           groupevt.ignore = false   groupevt.ignore = true
374  *           groupevt.ignore = false   groupevt.ignore = true
402  *           groupevt.ignore = false   groupevt.ignore = true
557  * Removes timers with ignore flag and update next_expiry of the group. Values
572 		if (!READ_ONCE(evt->ignore)) {  in tmigr_next_groupevt()
578 		 * Remove next timers with ignore flag, because the group lock  in tmigr_next_groupevt()
659 	 * migrator of this group. Therefore the ignore flag for the group event  in tmigr_active_up()
662 	 * The update of the ignore flag in the active path is done lockless. In  in tmigr_active_up()
665 	 * lock is held while updating the ignore flag in idle path. So this  in tmigr_active_up()
668 	WRITE_ONCE(group->groupevt.ignore, true);  in tmigr_active_up()
681 	tmc->cpuevt.ignore = true;  in __tmigr_cpu_activate()
729 	bool ignore;  in tmigr_update_events()  local
754 		ignore = (nextexp == KTIME_MAX) ? true : false;  in tmigr_update_events()
755 		WRITE_ONCE(evt->ignore, ignore);  in tmigr_update_events()
760 		ignore = evt->ignore;  in tmigr_update_events()
772 		 *  - When entering this path by tmigr_new_timer(), @evt->ignore  in tmigr_update_events()
786 		if (ignore && !remote && group->parent)  in tmigr_update_events()
800 		if ((evt->nextevt.expires == nextexp) && !ignore) {  in tmigr_update_events()
810 	if (ignore) {  in tmigr_update_events()
894 	tmc->cpuevt.ignore = false;  in tmigr_new_timer()
921 	 * If tmigr_event::ignore is set, then the CPU returns from idle and  in tmigr_handle_remote_cpu()
929 	if (!tmc->online || tmc->remote || tmc->cpuevt.ignore ||  in tmigr_handle_remote_cpu()
1230 		    tmc->cpuevt.ignore) {  in tmigr_cpu_new_timer()
1334 		tmc->cpuevt.ignore = false;  in __tmigr_cpu_deactivate()
1523 	group->groupevt.ignore = true;  in tmigr_init_group()
1776 	tmc->cpuevt.ignore = true;  in tmigr_cpu_prepare()