194 struct sfi_class_state sfi_classes[MAX_SFI_CLASS_ID];  variable
216 	if (sfi_classes[class_id].continuation != NULL) {  in sfi_class_register()
219 	sfi_classes[class_id].class_sfi_is_enabled = FALSE;  in sfi_class_register()
220 	sfi_classes[class_id].class_in_on_phase = TRUE;  in sfi_class_register()
221 	sfi_classes[class_id].continuation = reg->class_continuation;  in sfi_class_register()
222 	sfi_classes[class_id].class_name = reg->class_name;  in sfi_class_register()
223 	sfi_classes[class_id].class_ledger_name = reg->class_ledger_name;  in sfi_class_register()
239 		if (sfi_classes[i].continuation) {  in sfi_init()
240 			timer_call_setup(&sfi_classes[i].on_timer, sfi_timer_per_class_on, (void *)(uintptr_t)i);  in sfi_init()
241 			sfi_classes[i].on_timer_programmed = FALSE;  in sfi_init()
243 			waitq_init(&sfi_classes[i].waitq, WQT_QUEUE, SYNC_POLICY_FIFO);  in sfi_init()
260 	ledger_name = sfi_classes[class_id].class_ledger_name;  in sfi_get_ledger_alias_for_class()
265 			if (0 == strcmp(sfi_classes[i].class_ledger_name, ledger_name)) {  in sfi_get_ledger_alias_for_class()
285 	ledger_name = sfi_classes[class_id].class_ledger_name;  in sfi_ledger_entry_add()
319 		if (sfi_classes[i].class_sfi_is_enabled) {  in sfi_timer_global_off()
322 			sfi_classes[i].class_in_on_phase = FALSE;  in sfi_timer_global_off()
323 			sfi_classes[i].on_timer_programmed = TRUE;  in sfi_timer_global_off()
326 			on_timer_deadline = now + sfi_classes[i].off_time_interval;  in sfi_timer_global_off()
327 			sfi_classes[i].on_timer_deadline = on_timer_deadline;  in sfi_timer_global_off()
329 			timer_call_enter1(&sfi_classes[i].on_timer, NULL, on_timer_deadline, TIMER_CALL_SYS_CRITICAL);  in sfi_timer_global_off()
332 			sfi_classes[i].class_in_on_phase = TRUE;  in sfi_timer_global_off()
333 			if (sfi_classes[i].on_timer_programmed) {  in sfi_timer_global_off()
334 				sfi_classes[i].on_timer_programmed = FALSE;  in sfi_timer_global_off()
335 				sfi_classes[i].on_timer_deadline = ~0ULL;  in sfi_timer_global_off()
336 				timer_call_cancel(&sfi_classes[i].on_timer);  in sfi_timer_global_off()
400 	struct sfi_class_state  *sfi_class = &sfi_classes[sfi_class_id];  in sfi_timer_per_class_on()
465 		if (sfi_classes[i].class_sfi_is_enabled) {  in sfi_set_window()
466 			largest_class_off_interval = MAX(largest_class_off_interval, sfi_classes[i].off_time_interval);  in sfi_set_window()
568 		if (sfi_classes[i].class_sfi_is_enabled) {  in sfi_defer()
569 			if (sfi_classes[i].on_timer_programmed) {  in sfi_defer()
570 				uint64_t new_on_deadline = sfi_classes[i].on_timer_deadline + sfi_defer_matus;  in sfi_defer()
571 				sfi_classes[i].on_timer_deadline = new_on_deadline;  in sfi_defer()
572 				timer_call_enter1(&sfi_classes[i].on_timer, NULL, new_on_deadline, TIMER_CALL_SYS_CRITICAL);  in sfi_defer()
643 	if (!sfi_classes[class_id].class_sfi_is_enabled) {  in sfi_set_class_offtime()
646 	sfi_classes[class_id].off_time_usecs = offtime_usecs;  in sfi_set_class_offtime()
647 	sfi_classes[class_id].off_time_interval = interval;  in sfi_set_class_offtime()
648 	sfi_classes[class_id].class_sfi_is_enabled = TRUE;  in sfi_set_class_offtime()
683 	if (sfi_classes[class_id].class_sfi_is_enabled) {  in sfi_class_offtime_cancel()
686 	sfi_classes[class_id].off_time_usecs = 0;  in sfi_class_offtime_cancel()
687 	sfi_classes[class_id].off_time_interval = 0;  in sfi_class_offtime_cancel()
688 	sfi_classes[class_id].class_sfi_is_enabled = FALSE;  in sfi_class_offtime_cancel()
714 	off_time_us = sfi_classes[class_id].off_time_usecs;  in sfi_get_class_offtime()
888 	if (!sfi_classes[class_id].class_in_on_phase) {  in sfi_thread_needs_ast()
911 	if (!sfi_classes[class_id].class_in_on_phase) {  in sfi_processor_needs_ast()
1011 	sfi_class = &sfi_classes[class_id];  in sfi_ast()
1080 			struct sfi_class_state  *sfi_class = &sfi_classes[current_class_id];  in sfi_reevaluate()