def check_price(self, symbol):
""" Checks current ticker symbol price to see if price is outside
user-defined range
"""
current_price = lookup(symbol)['price']
db = create_connection('tickers.db')
cursor = db.cursor()
cursor.execute(
"""SELECT price, price_low, price_high FROM symbols
WHERE ticker=?""", (symbol, ))
price, price_low, price_high = cursor.fetchone()
if current_price < price_low:
# send user a notification that lower bound has been exceeded
pct = abs(current_price - price) / price * 100
message = symbol + ' is down ' + str(round(pct, 2)) + '% to $' + \
str(round(current_price, 2)) + ' from your watch ' + \
'price of $' + str(round(price, 2)) + '.'
send_sms(message)
elif current_price > price_high:
# send user a notification that upper bound has been exceeded
pct = abs(current_price - price) / price * 100
message = symbol + ' is up ' + str(round(pct, 2)) + '% to $' + \
str(round(current_price, 2)) + ' from your watch ' + \
'price of $' + str(round(price, 2)) + '.'
send_sms(message)
def test_send_sms():
email = get_random_email()
create_user(email, 'pass')
token = login_user(email, 'pass')
verify_user(token)
send_sms(token, '+123', 'text', 'god')
last_message = query_last_message('+123')
assert last_message['text'] == 'text'
assert last_message['from'] == 'god'
def send_text():
try:
email, name = request.json.get('email'), request.json.get('email')
user = User.query.filter_by(email=email).all()[0]
except IndexError:
abort(404) # user doesn't exist
body: str = request.json.get('body')
phoneTo = request.json.get('number_to_send_to')
helpers.send_sms(phoneTo, name + '\n' + body)
return jsonify({})
def test_balance_sms_send_balance_depleted():
email = get_random_email()
create_user(email, 'pass')
token = login_user(email, 'pass')
verify_user(token)
for dummy in xrange(5):
send_sms(token, '+123', 'text', 'god')
with pytest.raises(requests.HTTPError):
send_sms(token, '+123', 'text', 'god')
def handler(event, context):
# Run all the configured jobs and alerts
helpers.run_jobs(JOBS)
# Run a custom set of alerts with the provided helpers
my_url = 'https://www.tickets.com/event/123123' # This isn't a real check
my_message = 'That ticket you wanted is now on sale! https://www.tickets.com/event/123123'
if helpers.contains_text('On sale now', my_url):
helpers.send_email('*****@*****.**',
'Your tickets are on sale!', my_message)
helpers.send_sms('+1555777888#', my_message)
def sms(request):
# TODO: secure this
user_id = request.REQUEST['id'] if request.REQUEST.has_key('id') else 0
msg = request.REQUEST['msg'] if request.REQUEST.has_key('msg') else ''
users = User.objects.filter(id=int(user_id))
if len(users) > 0:
phone = users[0].get_profile().phone
send_sms(phone, msg)
return JsonResponse({'success' : True})
return JsonResponse({'success' : False})
def tell(medium, friend, msg):
if medium not in VALID_MEDIUMS:
return "Medium '%s' not recognized" % (medium,)
config = CONFIG[friend]
if medium == "cloakcast":
# TODO: Add cloakcast support
print "Clandestinely messaging %s via Cloakcast" % (friend,)
elif medium == "email":
return send_email(EMAIL_USERNAME, EMAIL_PASSWORD, [config[medium]], msg)
elif medium == "gtalk":
return send_im(EMAIL_USERNAME, EMAIL_PASSWORD, config[medium], msg)
elif medium == "sms":
return send_sms(config[medium], msg)
elif medium == "twitter":
tokens = twitter_tokens(creds["twitter_consumer_key"], creds["twitter_consumer_secret"])
if len(tokens) != 2:
return "Problem getting twitter tokens: %s" % tokens
# twitter_oauth_token, twitter_oauth_token_secret = tokens
twitter_oauth_token = creds["twitter_oauth_token"]
twitter_oauth_token_secret = creds["twitter_oauth_token_secret"]
return send_tweet(
creds["twitter_consumer_key"],
creds["twitter_consumer_secret"],
"https://api.twitter.com/1.1/statuses/update.json",
twitter_oauth_token,
twitter_oauth_token_secret,
http_method="POST",
post_body=urllib.urlencode({"status": msg}),
)
return ""
def tell(medium, friend, msg):
if medium not in VALID_MEDIUMS:
return "Medium '%s' not recognized" % (medium, )
config = CONFIG[friend]
if medium == "cloakcast":
# TODO: Add cloakcast support
print "Clandestinely messaging %s via Cloakcast" % (friend, )
elif medium == "email":
return send_email(EMAIL_USERNAME, EMAIL_PASSWORD, [config[medium]],
msg)
elif medium == "gtalk":
return send_im(EMAIL_USERNAME, EMAIL_PASSWORD, config[medium], msg)
elif medium == "sms":
return send_sms(config[medium], msg)
elif medium == "twitter":
tokens = twitter_tokens(creds["twitter_consumer_key"],
creds["twitter_consumer_secret"])
if len(tokens) != 2:
return "Problem getting twitter tokens: %s" % tokens
# twitter_oauth_token, twitter_oauth_token_secret = tokens
twitter_oauth_token = creds["twitter_oauth_token"]
twitter_oauth_token_secret = creds["twitter_oauth_token_secret"]
return send_tweet(creds["twitter_consumer_key"],
creds["twitter_consumer_secret"],
'https://api.twitter.com/1.1/statuses/update.json',
twitter_oauth_token,
twitter_oauth_token_secret,
http_method="POST",
post_body=urllib.urlencode({'status': msg}))
return ""
def tell(medium, friend, msg):
if medium not in VALID_MEDIUMS:
return "Medium '%s' not recognized" % (medium,)
config = CONFIG[friend]
if medium == "cloakcast":
# TODO: Add cloakcast support
print "Clandestinely messaging %s via Cloakcast" % (friend,)
elif medium == "email":
return send_email(EMAIL_USERNAME, EMAIL_PASSWORD, [config[medium]], msg)
elif medium == "gtalk":
return send_im(EMAIL_USERNAME, EMAIL_PASSWORD, config[medium], msg)
elif medium == "sms":
return send_sms(config[medium], msg)
return ""
def tell(medium, friend, msg):
if medium not in VALID_MEDIUMS:
return "Medium '%s' not recognized" % (medium, )
config = CONFIG[friend]
if medium == "cloakcast":
# TODO: Add cloakcast support
print "Clandestinely messaging %s via Cloakcast" % (friend, )
elif medium == "email":
return send_email(EMAIL_USERNAME, EMAIL_PASSWORD, [config[medium]],
msg)
elif medium == "gtalk":
return send_im(EMAIL_USERNAME, EMAIL_PASSWORD, config[medium], msg)
elif medium == "sms":
return send_sms(config[medium], msg)
return ""
def test_send_sms_without_verify_throws_exception():
email = get_random_email()
create_user(email, 'pass')
token = login_user(email, 'pass')
with pytest.raises(requests.HTTPError):
send_sms(token, '+123', 'text', 'god')