40 /* array of all task watchdog channels */
41 static struct task_wdt_channel channels[CONFIG_TASK_WDT_CHANNELS];  variable
68 	/* find minimum timeout of all channels */  in schedule_next_timeout()
69 	for (int id = 0; id < ARRAY_SIZE(channels); id++) {  in schedule_next_timeout()
70 		if (channels[id].reload_period != 0 &&  in schedule_next_timeout()
71 		    channels[id].timeout_abs_ticks < next_timeout) {  in schedule_next_timeout()
73 			next_timeout = channels[id].timeout_abs_ticks;  in schedule_next_timeout()
113 	if (bg_channel || channels[channel_id].reload_period == 0) {  in task_wdt_trigger()
118 	if (channels[channel_id].callback) {  in task_wdt_trigger()
119 		channels[channel_id].callback(channel_id,  in task_wdt_trigger()
120 			channels[channel_id].user_data);  in task_wdt_trigger()
171 	for (int id = 0; id < ARRAY_SIZE(channels); id++) {  in task_wdt_add()
172 		if (channels[id].reload_period == 0) {  in task_wdt_add()
173 			channels[id].reload_period = reload_period;  in task_wdt_add()
174 			channels[id].user_data = user_data;  in task_wdt_add()
175 			channels[id].timeout_abs_ticks = K_TICKS_FOREVER;  in task_wdt_add()
176 			channels[id].callback = callback;  in task_wdt_add()
204 	if (channel_id < 0 || channel_id >= ARRAY_SIZE(channels)) {  in task_wdt_delete()
210 	channels[channel_id].reload_period = 0;  in task_wdt_delete()
221 	if (channel_id < 0 || channel_id >= ARRAY_SIZE(channels)) {  in task_wdt_feed()
227 	 * channels array in order to prevent priority inversion. Otherwise,  in task_wdt_feed()
236 	channels[channel_id].timeout_abs_ticks = current_ticks +  in task_wdt_feed()
237 		k_ms_to_ticks_ceil64(channels[channel_id].reload_period);  in task_wdt_feed()