43 	struct timer_obj *timer;  in zephyr_timer_wrapper()  local
45 	timer = (struct timer_obj *)ztimer;  in zephyr_timer_wrapper()
47 	if (timer->reload == 0U) {  in zephyr_timer_wrapper()
48 		timer->status = NOT_ACTIVE;  in zephyr_timer_wrapper()
49 		LOG_DBG("timer %p not active", timer);  in zephyr_timer_wrapper()
52 	if (timer->evp.sigev_notify == SIGEV_NONE) {  in zephyr_timer_wrapper()
57 	if (timer->evp.sigev_notify_function == NULL) {  in zephyr_timer_wrapper()
62 	LOG_DBG("calling sigev_notify_function %p", timer->evp.sigev_notify_function);  in zephyr_timer_wrapper()
63 	(timer->evp.sigev_notify_function)(timer->evp.sigev_value);  in zephyr_timer_wrapper()
69 	struct timer_obj *timer = (struct timer_obj *)arg;  in zephyr_thread_wrapper()  local
74 	if (timer->evp.sigev_notify_attributes == NULL) {  in zephyr_thread_wrapper()
80 		if (timer->reload == 0U) {  in zephyr_thread_wrapper()
81 			timer->status = NOT_ACTIVE;  in zephyr_thread_wrapper()
82 			LOG_DBG("timer %p not active", timer);  in zephyr_thread_wrapper()
85 		ret = k_sem_take(&timer->sem_cond, K_FOREVER);  in zephyr_thread_wrapper()
88 		if (timer->evp.sigev_notify_function == NULL) {  in zephyr_thread_wrapper()
93 		LOG_DBG("calling sigev_notify_function %p", timer->evp.sigev_notify_function);  in zephyr_thread_wrapper()
94 		(timer->evp.sigev_notify_function)(timer->evp.sigev_value);  in zephyr_thread_wrapper()
102 	struct timer_obj *timer;  in zephyr_timer_interrupt()  local
104 	timer = (struct timer_obj *)ztimer;  in zephyr_timer_interrupt()
105 	k_sem_give(&timer->sem_cond);  in zephyr_timer_interrupt()
120 	struct timer_obj *timer;  in timer_create()  local
128 	if (k_mem_slab_alloc(&posix_timer_slab, (void **)&timer, alloc_timeout) != 0) {  in timer_create()
134 	*timer = (struct timer_obj){0};  in timer_create()
135 	timer->evp = *evp;  in timer_create()
136 	evp = &timer->evp;  in timer_create()
140 		k_timer_init(&timer->ztimer, NULL, NULL);  in timer_create()
143 		k_timer_init(&timer->ztimer, zephyr_timer_wrapper, NULL);  in timer_create()
168 		ret = k_sem_init(&timer->sem_cond, 0, 1);  in timer_create()
176 		ret = pthread_create(&timer->thread, evp->sigev_notify_attributes,  in timer_create()
177 							zephyr_thread_wrapper, timer);  in timer_create()
185 		k_timer_init(&timer->ztimer, zephyr_timer_interrupt, NULL);  in timer_create()
193 	*timerid = (timer_t)timer;  in timer_create()
197 	k_mem_slab_free(&posix_timer_slab, (void *)timer);  in timer_create()
210 	struct timer_obj *timer = (struct timer_obj *)timerid;  in timer_gettime()  local
214 	if (timer == NULL) {  in timer_gettime()
219 	if (timer->status == ACTIVE) {  in timer_gettime()
220 		remaining = k_timer_remaining_get(&timer->ztimer);  in timer_gettime()
233 	its->it_interval = timer->interval;  in timer_gettime()
245 	struct timer_obj *timer = (struct timer_obj *) timerid;  in timer_settime()  local
248 	if ((timer == NULL) || !timespec_is_valid(&value->it_interval) ||  in timer_settime()
261 		if (timer->status == ACTIVE) {  in timer_settime()
262 			k_timer_stop(&timer->ztimer);  in timer_settime()
265 		timer->status = NOT_ACTIVE;  in timer_settime()
270 	timer->reload = ts_to_ms(&value->it_interval);  in timer_settime()
271 	timer->interval.tv_sec = value->it_interval.tv_sec;  in timer_settime()
272 	timer->interval.tv_nsec = value->it_interval.tv_nsec;  in timer_settime()
277 		current = k_timer_remaining_get(&timer->ztimer);  in timer_settime()
286 	if (timer->status == ACTIVE) {  in timer_settime()
287 		k_timer_stop(&timer->ztimer);  in timer_settime()
290 	timer->status = ACTIVE;  in timer_settime()
291 	k_timer_start(&timer->ztimer, K_MSEC(duration), K_MSEC(timer->reload));  in timer_settime()
302 	struct timer_obj *timer = (struct timer_obj *) timerid;  in timer_getoverrun()  local
304 	if (timer == NULL) {  in timer_getoverrun()
309 	int overruns = k_timer_status_get(&timer->ztimer) - 1;  in timer_getoverrun()
325 	struct timer_obj *timer = (struct timer_obj *) timerid;  in timer_delete()  local
327 	if (timer == NULL) {  in timer_delete()
332 	if (timer->status == ACTIVE) {  in timer_delete()
333 		timer->status = NOT_ACTIVE;  in timer_delete()
334 		k_timer_stop(&timer->ztimer);  in timer_delete()
337 	if (timer->evp.sigev_notify == SIGEV_THREAD) {  in timer_delete()
338 		(void)pthread_cancel(timer->thread);  in timer_delete()
341 	k_mem_slab_free(&posix_timer_slab, (void *)timer);  in timer_delete()