def door_close():
try:
door_funcs.setup(open_door_pin, close_door_pin)
door_funcs.activate_door('close', 26, open_door_pin, close_door_pin)
except:
return render_template("index.html")
return render_template("hen_door.html")
def custom_door():
time = float(request.form['time'])
direction = request.form['direction']
try:
door_funcs.setup(open_door_pin, close_door_pin)
door_funcs.activate_door(direction, time, open_door_pin,
close_door_pin)
except:
return render_template("index.html")
return render_template("hen_door.html")
from collections import Counter
from twilio.rest import Client
sys.path.insert(0, '../src/')
#sys.path.append(os.path.join(os.path.dirname(sys.path[0]), '../src/'))
import funcs as myfuncs
import hen_door as door_funcs
# setup pins
open_door_pin = 17
close_door_pin = 18
open_door_pin = 26
close_door_pin = 20
# setup hen door - these are pins
door_funcs.setup(open_door_pin, close_door_pin)
# for log..
print('-------------------------------------------------------------')
print('----------------- new app instance --------------------------')
print('-------------------------------------------------------------')
print(f'app start time: {datetime.now()}')
# setup twilio stuff
# these are stored in /etc/rc.local
account_sid = os.environ.get('TWILIO_ACCOUNT_SID')
auth_token = os.environ.get('TWILIO_AUTH_TOKEN')
twilio_phone = os.environ.get('TWILIO_PHONE_NUM')
my_phone = os.environ.get('MY_PHONE_NUM')
# mer_phone = os.environ['MER_PHONE_NUM']
def main(open_time, close_time):
'''
function to control hen door
params are open and close times in datetime format
runs forever (while loop)
'''
logging.info('starting hen door func...')
# setup current_time
current_time = datetime.datetime.now().replace(microsecond=0).time()
logging.info(f'setting hen door func current time as {current_time}')
# setup current status of door..
# TODO: how do we determine this??
# this only gets complicated if we start pi and door is closed
# when it should be open..
# assume it is in correct position..
# TODO: maybe we can track the time in each direction to correct if needed
# and also to define time limits in both direction just in case..
if current_time >= open_time and current_time <= close_time:
door_open = True
logging.info(
f'setting door as open because: current time is {current_time}'
f' and open time is {open_time} and close time is {close_time}')
else:
door_open = False
logging.info(
f'setting door as closed because: current time is {current_time}'
f' and open time is {open_time} and close time is {close_time}')
# setup while forever to keep checking time..
while True:
# logging.info('starting or continuing hen door while loop to check time...')
# check time
current_time = datetime.datetime.now().replace(microsecond=0).time()
# logging.info(f'current time is: {current_time}')
# if time is in range..
if current_time >= open_time and current_time <= close_time and door_open == False:
# then open door..
try:
door_funcs.setup(open_door_pin, close_door_pin)
door_funcs.activate_door('close', 26, open_door_pin,
close_door_pin)
logging.info(
f'opening door.. because current time is {current_time}')
door_open = True
except:
return None
elif current_time >= close_time and door_open == True:
# then close door..
try:
door_funcs.setup(open_door_pin, close_door_pin)
door_funcs.activate_door('open', 25, open_door_pin,
close_door_pin)
logging.info(
f'closing door..because current time is {current_time}')
door_open = False
except:
return None
else:
# logging.info(f'waiting because open or close conditions not met and current time is {current_time}')
pass
# then wait 2.5 mins before checking again
# logging.info(f'waiting for 2.5 mins because current time is {current_time}')
time.sleep(150)
current_time = datetime.datetime.now().replace(microsecond=0).time()