//*****************************************************************************
//
//! \brief set Timer for transmitting udp packets for desired time.
//!
//! \param none
//!
//! \return handle for the Timer setup
//
//*****************************************************************************
cc_hndl SetTimer()
{
cc_hndl tTimerHndl;
struct cc_timer_cfg sLowResTimer;
struct u64_time sInitTime, sIntervalTimer;
sInitTime.secs = 0;
sInitTime.nsec = 0;
cc_rtc_set(&sInitTime);
sLowResTimer.source = HW_REALTIME_CLK;
sLowResTimer.timeout_cb = TimerCallback;
sLowResTimer.cb_param = NULL;
tTimerHndl = cc_timer_create(&sLowResTimer);
sIntervalTimer.secs = TRAFFIC_DUR_SEC;
sIntervalTimer.nsec = TRAFFIC_DUR_NSEC;
cc_timer_start(tTimerHndl, &sIntervalTimer, OPT_TIME_ABS_VALUE);
return(tTimerHndl);
}
//*****************************************************************************
//
//! \brief set Timer as a wake up source from low power modes.
//!
//! \param none
//!
//! \return handle for the Timer setup as a wakeup source
//
//*****************************************************************************
cc_hndl SetTimerAsWkUp()
{
cc_hndl tTimerHndl;
struct cc_timer_cfg sRealTimeTimer;
struct u64_time sInitTime, sIntervalTimer;
//
// setting up Timer as a wk up source and other timer configurations
//
sInitTime.secs = 0;
sInitTime.nsec = 0;
cc_rtc_set(&sInitTime);
sRealTimeTimer.source = HW_REALTIME_CLK;
sRealTimeTimer.timeout_cb = TimerCallback;
sRealTimeTimer.cb_param = NULL;
tTimerHndl = cc_timer_create(&sRealTimeTimer);
sIntervalTimer.secs = LPDS_DUR_SEC;
sIntervalTimer.nsec = LPDS_DUR_NSEC;
cc_timer_start(tTimerHndl, &sIntervalTimer, OPT_TIMER_PERIODIC);
return(tTimerHndl);
}