OT_WEAK void radio_finish(ot_int main_err, ot_int frame_err) {
/// Reset radio & callback to null state, then run saved callback
ot_sig2 callback;
radio_gag(); // redundant, but here until more debugging done
//radio.state = RADIO_Idle; // redundant, and do
rfctl.state = 0;
rfctl.flags &= (RADIO_FLAG_XOON | RADIO_FLAG_SETPWR); //clear all other flags
callback = radio.evtdone;
radio.evtdone = &otutils_sig2_null;
callback(main_err, frame_err);
}
OT_WEAK void dll_idle(void) {
/// Idle Routine: Disable radio and manipulate system tasks in order to go into
/// the type of idle that is configured in dll.idle_state (OFF, SLEEP, HOLD)
static const ot_u8 scan_events[] = { 0,0, 0,5, 4,0, 1,0 };
ot_u8* scan_evt_ptr;
/// Make sure Radio is powered-down
radio_gag();
radio_sleep();
/// Assure all DLL tasks are in IDLE
# ifndef __KERNEL_NONE__
sys.task_RFA.event = 0;
scan_evt_ptr = (ot_u8*)&scan_events[dll.idle_state<<1];
sys.task_HSS.event = *scan_evt_ptr;
sys.task_SSS.event = *(++scan_evt_ptr);
# if (M2_FEATURE(BEACONS) == ENABLED)
sys.task_BTS.event = ((dll.netconf.b_attempts != 0) \
&& (dll.idle_state != M2_DLLIDLE_OFF));
# endif
# endif
}