def main():
today = date.today()
sunRiseHour, sunRiseMins, sunSetHour, sunSetMins = calcsunriseandsunset(
today)
print sunRiseHour, sunRiseMins, sunSetHour, sunSetMins
now = datetime.now()
nowHour = now.hour
nowMins = now.minute
daytime = False
if nowHour > sunRiseHour and nowHour < sunSetHour:
daytime = True
if nowHour == sunRiseHour and nowMins >= sunRiseMins:
daytime = True
if nowHour == sunSetHour and nowMins < sunSetMins:
daytime = True
if daytime == True:
print "Its daytime"
itsdaytime = True
else:
print "Its nighttime"
itsdaytime = False
quit = False
while (quit == False):
sleep(30)
today = date.today()
sunRiseHour, sunRiseMins, sunSetHour, sunSetMins = calcsunriseandsunset(
today)
now = datetime.now()
print "Its "
print now
nowHour = now.hour
nowMins = now.minute
daytime = False
if nowHour > sunRiseHour and nowHour < sunSetHour:
daytime = True
if nowHour == sunRiseHour and nowMins >= sunRiseMins:
daytime = True
if nowHour == sunSetHour and nowMins < sunSetMins:
daytime = True
if itsdaytime == True and daytime == False:
push("Closing door")
print "Its nighttime at "
print now
itsdaytime = False
if itsdaytime == False and daytime == True:
push("Opening Door")
print "Its daytime at "
print now
itsdaytime = True
def notice_me(user_id, filter):
soup = get_profile_page(user_id, filter)
# 定位微博正文的div
profiles = soup.find_all(id=re.compile('^M_.*?'))
nearest_one = profiles[0]
# 排除第一条是置顶微博的情况
if profiles[0].find_all('span', class_='kt'):
nearest_one = profiles[1]
print(datetime.now())
if '分钟' in nearest_one.find('span', class_="ct").get_text():
try:
push('微博更新提醒', msg=nearest_one.get_text())
print('Send success!!')
except Exception as e:
print('Send failed!!')
def notice_me_old(filter):
an_hour_ago = (datetime.now() - timedelta(hours=1)).strftime("%m月%d日%H:%M")
soup = get_profile_page(user_id, filter)
nearest_one = soup.find_all(id=re.compile('^M_.*?'))[0]
# print(nearest_one.get_text())
print(nearest_one.find('span', class_="ct").get_text())
rep_time = ''
for i in nearest_one.find('span', class_="ct").get_text().split()[:2]:
rep_time += i
print(rep_time)
print(an_hour_ago)
print(datetime.now())
if rep_time > an_hour_ago:
push('微博更新提醒', msg=nearest_one.get_text())
print('Done!')
def closeDoor():
status = WORKING
finishtime = timer() + CLOSE_TIME
print finishtime
push("Starting Motor")
motor(REVERSE) #start the motor closing
while status == WORKING:
if timer() >= finishtime: #timer expired
debugprint("TIMER EXPIRED")
status = TIMEOUT
push("Time Out - Check Ramp")
motor(STOPMOTOR)
push("Stopping Motor")
return (status)
return
def debug(x):
print(x)
return
# This is the start of the main program
coords = {'longitude': 0.34, 'latitude': 51.1}
sun = Sun()
print sun.getSunriseTime(coords)
# Sunrise time UTC (decimal, 24 hour format)
push("hi")
print sun.getSunriseTime(coords)['hr']
print sun.getSunriseTime(coords)['min']
print sun.getSunsetTime(coords)['hr']
print sun.getSunsetTime(coords)['min']
GPIO.setmode(GPIO.BOARD)
PIR_PIN = 26
GPIO.setup(PIR_PIN, GPIO.IN)
print howfar()
try:
print("testing c to exit")
sleep(2)
def main():
log = logging.getLogger(__name__)
log.setLevel(logging.DEBUG)
handler = logging.handlers.SysLogHandler(address='/dev/log')
formatter = logging.Formatter('%(module)s.%(funcName)s: %(message)s')
handler.setFormatter(formatter)
log.addHandler(handler)
today = date.today()
sunRiseHour, sunRiseMins, sunSetHour, sunSetMins = calcsunriseandsunset(
today)
print sunRiseHour, sunRiseMins, sunSetHour, sunSetMins
now = datetime.now()
nowHour = now.hour
nowMins = now.minute
#push("HenHotel starting")
GPIO.setmode(GPIO.BOARD)
daytime = False
if nowHour > sunRiseHour and nowHour < sunSetHour:
daytime = True
if nowHour == sunRiseHour and nowMins >= sunRiseMins:
daytime = True
if nowHour == sunSetHour and nowMins < sunSetMins:
daytime = True
if daytime == True:
print "Its daytime"
log.debug('Daytime')
itsdaytime = True
else:
print "Its nighttime"
log.debug('Nighttime')
itsdaytime = False
quit = False
oldHour = nowHour
try:
while (quit == False):
sleep(
30
) # Extend this later, or replace with an interruptable sleep
today = date.today()
sunRiseHour, sunRiseMins, sunSetHour, sunSetMins = calcsunriseandsunset(
today)
#Add a delay after sunset do give the birds time to go in
sunSetMins += DELAY
if sunSetMins >= 60:
sunSetHour += 1
sunSetMins -= 60
now = datetime.now()
nowHour = now.hour
nowMins = now.minute
daytime = False
if nowHour > sunRiseHour and nowHour < sunSetHour:
daytime = True
if nowHour == sunRiseHour and nowMins >= sunRiseMins:
daytime = True
if nowHour == sunSetHour and nowMins < sunSetMins:
daytime = True
if itsdaytime == True and daytime == False:
message = "Door Starting to close - distance = " + str(
howfar()) + "cm"
push(message)
log.debug(message)
closeDoor()
message = "Door should be closed - distance = " + str(
howfar()) + "cm"
push(message)
print "Its nighttime at "
print now
itsdaytime = False
if itsdaytime == False and daytime == True:
message = "Door Starting to open - distance = " + str(
howfar()) + "cm"
push(message)
log.debug(message)
openDoor()
message = "Door should be open - distance = " + str(
howfar()) + "cm"
push(message)
print "Its daytime at "
print now
itsdaytime = True
# End of while
#End of main
#test
#except:
# this catches ALL other exceptions including errors.
# You won't get any error messages for debugging
# so only use it once your code is working
# print "Other error or exception occurred!"
finally:
GPIO.cleanup() # this ensures a clean exit
print "In Finally function"
push("In Finally, not sure what happened - system needs a reboot")