def main(argv):
print "=== Real Time Clock Baackup Battery mode ==="
print "*************************************"
RTC = rtc.MCP79410() #create RTCC object
if (RTC.IsVBatEnabled()):
print "Battery mode Enabled.\r\n"
else:
print "Battery mode Disabled. Enabling ..\r\n"
RTC.MCP79410_EnableVbat()
powerDown_Time = RTC.GetPowerDownTime()
print "Power down time: " + str(powerDown_Time.month) + ":" + str(
powerDown_Time.date) + ":" + str(powerDown_Time.hour) + ":" + str(
powerDown_Time.min)
powerUp_Time = RTC.GetPowerUpTime()
print "Power up time: " + str(powerUp_Time.month) + ":" + str(
powerUp_Time.date) + ":" + str(powerUp_Time.hour) + ":" + str(
powerUp_Time.min)
if (RTC.CheckPowerFailure() == True):
print "There was a power failure.\r\n"
else:
print "No power failure.\r\n"
while True:
rtcTime = RTC.GetTime() #get time
tmr = "Time is: " + str(rtcTime.hour) + ":" + str(
rtcTime.min) + ":" + str(
rtcTime.sec) #convert to string and print it
print tmr
time.sleep(1)
def main(argv):
print "=== Real Time Clock and Calendar ==="
print "*************************************"
RTC = rtc.MCP79410() #create RTCC object
userTime = rtc.RTCC_Struct(2, 20, 11, 2, 2, 2, 15)
RTC.SetTime(userTime)
while True:
rtcTime = RTC.GetTime() #get time
tmr = "Time is: " + str(rtcTime.hour) + ":" + str(
rtcTime.min) + ":" + str(
rtcTime.sec) #convert to string and print it
print tmr
dat = "Date is: " + str(rtcTime.year) + "/" + str(
rtcTime.month) + "/" + str(
rtcTime.date) #convert to string and print it
print dat
time.sleep(1)
#!/usr/bin/python
import sys
import smbus
import time
import MCP79410RTCC as rtc
print "=== Real Time Clock and Calendar ==="
print "*************************************"
RTC = rtc.MCP79410(
) #create RTCC object, initialize RTCC with system time and date
Alarm = rtc.Alarm()
Match = rtc.Match()
Polarity = rtc.Polarity()
Mode = rtc.Mode()
RTC.ClearInterruptFlag(Alarm.ZERO)
alarm_time = rtc.RTCC_Struct(0, 59, 0, 0, 0, 0, 0)
RTC.SetAlarmTime(alarm_time, Alarm.ZERO) #Set alarm time
RTC.SetAlarmMatch(Match.MINUTES_MATCH,
Alarm.ZERO) #Alarm ZERO will trigger on minutes match
RTC.SetAlarmMFPPolarity(Polarity.LOWPOL,
Alarm.ZERO) #Configure Alarm pin polarity as HIGH
RTC.SetMFP_Functionality(Mode.ALARM_INTERRUPT) #Set alaram interrupt
pval = RTC.ReadPinStatus(MPL_PIN)
print "MPL pin level is %d\r\n" % pval
while True: