/* sleep(timer) - sets the microcontroller to the lowest consumption sleep mode
*
* It sets the microcontroller to the lowest consumption sleep mode. It enables watchdog interruption to be able to
* wake up the microcontroller after 'timer' time.
*
* 'timer' --> it specifies the time before the watchdog activates the interruption. Possible values are:
* WTD_16MS 0
* WTD_32MS 1
* WTD_64MS 2
* WTD_128MS 3
* WTD_250MS 4
* WTD_500MS 5
* WTD_1S 6
* WTD_2S 7
* WTD_4S 8
* WTD_8S 9
*
* It switches off all the switches on the Waspmote board.
*
* It returns nothing.
*/
void WaspPWR::sleep(uint8_t timer, uint8_t option)
{
switchesOFF(option);
set_sleep_mode(SLEEP_MODE_PWR_DOWN);
sleep_enable();
setWatchdog(WTD_ON,timer);
sleep_mode();
sleep_disable();
switchesON(option);
}
/* sleep(timer) - sets the microcontroller to the lowest consumption sleep mode
*
* It sets the microcontroller to the lowest consumption sleep mode. It enables watchdog interruption to be able to
* wake up the microcontroller after 'timer' time.
*
* 'timer' --> it specifies the time before the watchdog activates the interruption. Possible values are:
* WTD_16MS 0
* WTD_32MS 1
* WTD_64MS 2
* WTD_128MS 3
* WTD_250MS 4
* WTD_500MS 5
* WTD_1S 6
* WTD_2S 7
* WTD_4S 8
* WTD_8S 9
*
* It switches off all the switches on the Waspmote board.
*
* It returns nothing.
*/
void WaspPWR::sleep(uint8_t timer, uint8_t option)
{
uint8_t retries=0;
// Switch off both multiplexers in UART_0 and UART_1
Utils.muxOFF();
// set the XBee monitorization pin to zero
pinMode(XBEE_MON,OUTPUT);
digitalWrite(XBEE_MON,LOW);
// switch on and off the RTC so as to unset RTC interruption signal
RTC.ON();
RTC.OFF();
// switches off depending on the option selected
switchesOFF(option);
// mandatory delay to wait for MUX_RX stabilization
// after switching off the sensor boards
delay(100);
// make sure interruption pin is LOW before entering a low power state
// if not the interruption will never come
while(digitalRead(MUX_RX)==HIGH)
{
// clear all detected interruption signals
delay(1);
PWR.clearInterruptionPin();
retries++;
if(retries>10)
{
return (void)0;
}
}
set_sleep_mode(SLEEP_MODE_PWR_DOWN);
sleep_enable();
// set watchdog timer to cause interruption for selected time
setWatchdog(WTD_ON,timer);
sleep_mode();
sleep_disable();
if( intFlag & RTC_INT )
{
RTC.ON();
RTC.clearAlarmFlag();
RTC.OFF();
}
//~ switchesON(option);
}
/* sleep(timer) - sets the microcontroller to the lowest consumption sleep mode
*
* It sets the microcontroller to the lowest consumption sleep mode. It enables watchdog interruption to be able to
* wake up the microcontroller after 'timer' time.
*
* 'timer' --> it specifies the time before the watchdog activates the interruption. Possible values are:
* WTD_16MS 0
* WTD_32MS 1
* WTD_64MS 2
* WTD_128MS 3
* WTD_250MS 4
* WTD_500MS 5
* WTD_1S 6
* WTD_2S 7
* WTD_4S 8
* WTD_8S 9
*
* It switches off all the switches on the MakeSuremote board.
*
* It returns nothing.
*/
void MakeSurePWR::sleep(uint8_t timer, uint8_t option)
{
uint8_t retries=0;
// Switch off both multiplexers in UART_0 and UART_1 when
// no interruption is expected through the UART1
if( !(option & UART1_OFF) )
{
// keep multiplexer on
}
else
{
Utils.muxOFF();
}
delay(100);
RTC.ON();
pinMode(XBEE_MON,INPUT);
digitalWrite(XBEE_MON,LOW);
switchesOFF(option);
pinMode(I2C_SDA,OUTPUT);
digitalWrite(I2C_SDA,LOW);
pinMode(I2C_SCL,OUTPUT);
digitalWrite(I2C_SCL,LOW);
// make sure interruption pin is LOW before entering a low power state
// if not the interruption will never come
while(digitalRead(MUX_RX)==HIGH)
{
// clear all detected interruption signals
delay(1);
PWR.clearInt();
retries++;
if(retries>10)
{
return (void)0;
}
}
set_sleep_mode(SLEEP_MODE_PWR_DOWN);
sleep_enable();
setWatchdog(WTD_ON,timer);
sleep_mode();
sleep_disable();
switchesON(option);
}
