def send_message(self, message, category):
"""
An method to send a message to this user.
"""
t = TwilioClient()
t.send_message(to=self.phone, message=message)
text = Text(user=self, message=message, category=category)
db.session.add(text)
db.session.commit()
def send_message(self, message, category):
"""
An method to send a message to this user.
"""
t = TwilioClient()
t.send_message(to=self.phone, message=message)
text = Text(user=self, message=message, category=category)
db.session.add(text)
db.session.commit()
return True
def send_forecast(self):
"""
Send this user their forecast
"""
# ensure we didn't already text this person today
today = datetime.utcnow().date()
texts = Text.query.filter(Text.user_id == self.id).all()
for text in texts:
if text.sent.date() == today:
return False
if self.latitude == "" or self.longitude == "":
g = GeoCodingClient()
geo_info = g.lookup_location(self.location)
latitude = geo_info["results"][0]["geometry"]["location"]["lat"]
longitude = geo_info["results"][0]["geometry"]["location"]["lng"]
# save this lat/lon info so we don't need to look up each time
self.latitude = latitude
self.longitude = longitude
db.session.add(self)
else:
latitude = self.latitude
longitude = self.longitude
f = ForecastClient()
forecast = f.get_forecast(latitude, longitude)
t = TwilioClient()
t.send_message(self.phone, forecast)
text = Text(user=self, message=forecast)
db.session.add(text)
db.session.commit()
return True
def process_inbound_message():
if request.method == "GET":
return "Send me messages! http://www.twilio.com/help/faq/sms"
print "incoming message"
message_number = re.sub("[^\d.]", "", request.form.get("From", ""))
message_body = request.form.get("Body").strip()
print "from %s" % message_number
print message_body
actions_performed = []
errors_encountered = []
user = User.query.filter(User.phone == message_number).first()
t = TwilioClient()
if user is None:
if message_number.startswith("1"): # see if an american forgot to sign up w their country code
user = User.query.filter(User.phone == message_number[1:]).first()
if user is None:
message = "Couldn't find %s in our system. Go to http://www.roosterapp.co to sign up!" % (message_number)
t.send_message(to=message_number, message=message)
return message
# reactivate account
reactivate_keywords = ["start", "yes"]
for word in reactivate_keywords:
if word in message_body.lower():
user.is_active = True
actions_performed.append("reactivated your account. Welcome back!")
# deactivate account
deactivate_keywords = ["stop", "block", "cancel", "unsubscribe", "quit"]
for word in deactivate_keywords:
if word in message_body.lower():
user.is_active = False
actions_performed.append("deactivated your account. Send 'START' to reactive.")
# update location
location_index = message_body.lower().find("location:")
if location_index != -1:
location_offset = location_index + len("location:")
location = message_body[location_offset:].strip()
user.location = location
user.latitude = ""
user.longitude = ""
user.is_active = True
actions_performed.append("updated location to %s" % location)
# update wake up time
time_index = message_body.lower().find("time:")
if time_index != -1:
time_offset = time_index + len("time:")
time = message_body[time_offset:].strip()
try:
hour, minute, meridian = parse_time(time)
user.alarm_hour = hour
user.alarm_minute = minute
user.alarm_meridian = meridian
user.is_active = True
actions_performed.append("updated wake up time to %s" % time)
except Exception as e:
errors_encountered.append(str(e))
# update timezone
timezone_index = message_body.lower().find("tz:")
if timezone_index != -1:
timezone_offset = timezone_index + len("tz:")
timezone = message_body[timezone_offset:].strip()
try:
assert int(timezone) in range(-11, 13)
user.time_zone = timezone
user.is_active = True
actions_performed.append("updated time zone to %s" % timezone)
except:
errors_encountered.append("timezone %s appears to be invalid" % timezone)
# see what happened
if errors_encountered:
message = "Uh oh! " + ", ".join(errors_encountered)
elif actions_performed:
db.session.add(user)
db.session.commit()
message = "Successfully " + ", ".join(actions_performed)
elif "status" in message_body.lower():
message = "Current account status:\nACTIVE: {is_active}\nLOCATION: {location}\nTIME: {hour}:{minute}{meridian}\nTZ:{timezone}".format(
is_active=user.is_active,
location=user.location,
hour=user.alarm_hour,
minute=user.alarm_minute,
meridian=user.alarm_meridian,
timezone=user.time_zone
)
else:
message = "Reply w:\n'LOCATION:' with a town or region\n'TIME:' formatted HH:MM (in 24hr format)\n'TZ:' timezone offset, ie -4\n'STOP' to stop\n'STATUS' for current acct info"
print message
user.send_message(message)
return message
def send_message(self, message):
t = TwilioClient()
t.send_message(to=self.phone, message=message)
def process_inbound_message():
if request.method == "GET":
return "Send me messages! http://www.twilio.com/help/faq/sms"
print "incoming message"
message_number = re.sub("[^\d.]", "", request.form.get("From", ""))
message_body = request.form.get("Body").strip()
print "from %s" % message_number
print message_body
actions_performed = []
errors_encountered = []
user = User.query.filter(User.phone == message_number).first()
if user is None:
t = TwilioClient()
message = "Couldn't find %s in our system. Go to http://www.roosterapp.co to sign up!" % (
message_number)
t.send_message(to=message_number, message=message)
return message
# reactivate account
reactivate_keywords = ["start", "yes"]
for word in reactivate_keywords:
if word in message_body.lower():
user.is_active = True
actions_performed.append("reactivated your account. Welcome back!")
# deactivate account
deactivate_keywords = ["stop", "block", "cancel", "unsubscribe", "quit"]
for word in deactivate_keywords:
if word in message_body.lower():
user.is_active = False
actions_performed.append(
"deactivated your account. Send 'START' to reactive.")
# update location
location_index = message_body.lower().find("location:")
if location_index != -1:
location_offset = location_index + len("location:")
location = message_body[location_offset:].strip()
user.location = location
user.latitude = ""
user.longitude = ""
user.is_active = True
actions_performed.append("updated location to %s" % location)
# update wake up time
time_index = message_body.lower().find("time:")
if time_index != -1:
time_offset = time_index + len("time:")
time = message_body[time_offset:].strip()
try:
hour, minute, meridian = parse_time(time)
user.alarm_hour = hour
user.alarm_minute = minute
user.alarm_meridian = meridian
user.is_active = True
actions_performed.append(
"updated wake up time to {hour}:{min}{mer}".format(
hour=hour, min=minute, mer=meridian))
except Exception as e:
errors_encountered.append(str(e))
# update timezone
timezone_index = message_body.lower().find("tz:")
if timezone_index != -1:
timezone_offset = timezone_index + len("tz:")
timezone = message_body[timezone_offset:].strip()
try:
assert int(timezone) in range(-11, 13)
user.time_zone = timezone
user.is_active = True
actions_performed.append("updated time zone to %s" % timezone)
except:
errors_encountered.append("timezone %s appears to be invalid" %
timezone)
# see what happened
if errors_encountered:
message = "Uh oh! " + ", ".join(errors_encountered)
elif actions_performed:
db.session.add(user)
db.session.commit()
message = "Successfully " + ", ".join(actions_performed)
elif "status" in message_body.lower():
message = "Current account status:\nACTIVE: {is_active}\nLOCATION: {location}\nTIME: {hour}:{minute}{meridian}\nTZ:{timezone}".format(
is_active=user.is_active,
location=user.location,
hour=user.alarm_hour,
minute=user.alarm_minute,
meridian=user.alarm_meridian,
timezone=user.time_zone)
else:
message = "Reply w:\n'LOCATION:' with a town or region\n'TIME:' formatted HH:MM (in 24hr format)\n'TZ:' timezone offset, ie -4\n'STOP' to stop\n'STATUS' for current acct info"
print message
user.send_message(message, "response")
return message
