54 static struct ipso_switch_data switch_data[MAX_INSTANCE_COUNT];  variable
102 	if (switch_data[i].state) {  in state_post_write_cb()
104 		switch_data[i].off_time_sec = 0;  in state_post_write_cb()
105 		if (!switch_data[i].last_state) {  in state_post_write_cb()
107 			switch_data[i].counter++;  in state_post_write_cb()
108 			if (switch_data[i].counter < 0) {  in state_post_write_cb()
109 				switch_data[i].counter = 0;  in state_post_write_cb()
114 		switch_data[i].on_time_sec = 0;  in state_post_write_cb()
117 	switch_data[i].last_state = switch_data[i].state;  in state_post_write_cb()
118 	switch_data[i].trigger_offset = k_uptime_get();  in state_post_write_cb()
132 	if (switch_data[i].state) {  in on_time_read_cb()
133 		switch_data[i].on_time_sec =  in on_time_read_cb()
134 			(int64_t)((k_uptime_get() - switch_data[i].trigger_offset) / 1000);  in on_time_read_cb()
137 	*data_len = sizeof(switch_data[i].on_time_sec);  in on_time_read_cb()
138 	return &switch_data[i].on_time_sec;  in on_time_read_cb()
151 	if (!switch_data[i].state) {  in off_time_read_cb()
152 		switch_data[i].off_time_sec =  in off_time_read_cb()
153 			(int64_t)((k_uptime_get() - switch_data[i].trigger_offset) / 1000);  in off_time_read_cb()
156 	*data_len = sizeof(switch_data[i].off_time_sec);  in off_time_read_cb()
157 	return &switch_data[i].off_time_sec;  in off_time_read_cb()
171 	switch_data[i].trigger_offset = 0U;  in time_post_write_cb()
200 	(void)memset(&switch_data[avail], 0, sizeof(switch_data[avail]));  in switch_create()
201 	switch_data[avail].obj_inst_id = obj_inst_id;  in switch_create()
209 		     j, 1, false, true, &switch_data[avail].state,  in switch_create()
210 		     sizeof(switch_data[avail].state),  in switch_create()
213 			  res_inst[avail], j, &switch_data[avail].counter,  in switch_create()
214 			  sizeof(switch_data[avail].counter));  in switch_create()