def post(self):
user = self.get_user()
if not user:
return
query_id = self.request.get('query_id')
#user_email = self.request.get('user')
data = self.request.get('data')
time = self.request.get('time') #self.request.get('time', '')
# get the question from the DB
# get the user from the DB
# add a Response object to the DB
#user = User.get_by_email(user_email)
query = db.get(query_id) #hmmm
dp = DataPoint(
text = data,
query = query,
timestamp = datetime.now()
)
dp.lt_put()
ActionLog.log('NewDatapoint', query.user, query.name)
self.response.out.write('Got it!')
def send_query(query):
if query.user.query_medium == "sms":
send_query_by_sms(query)
else:
send_by_email(query)
logging.info("Sent Query: " + query.name + " for user " + query.user.email)
query.lastSentAt = datetime.now() # refresh the query
query.put() # commit it
ActionLog.log("SentQuery")
def post(self):
ActionLog.log('ReceivedSMS')
sender_phone = self.request.get('From')
body = self.request.get('Body')
# normalize the phone number to 10 digits
# '+12268681112' => '2268681112'
sender_phone = sender_phone[len(sender_phone) - 10:]
logging.info('Got text from ' + sender_phone)
# get the user
user = User.get_by_phone(sender_phone)
if not user:
logging.error("Couldn't get the user for phone: " + sender_phone)
return
# parse the response
query_value_pairs = self.parse_body(body)
for query_name in query_value_pairs:
value = query_value_pairs[query_name]
if query_name == '' or value == '':
logging.error('Got a bad response');
return
query = Query.get_by_user_and_name(user, query_name)
if not query:
logging.error("Couldn't get query for user " + user.email + ' and query ' + query.name)
continue
timestamp = datetime.now()
dp = DataPoint(
user = user,
query = query,
text = value,
timestamp = timestamp,
)
dp.lt_put()
ActionLog.log('NewDatapoint', user, query.name)
query.refresh()
logging.info('Received datapoint ' + query_name + ': ' + value + '\n')
self.response.out.write('<Response><Sms>Got it!</Sms></Response>')
def track(self):
start = time()
response = handler(self)
end = time()
walltime = int((end - start) * 1000)
data = {"walltime": walltime}
ActionLog.log(action="Walltime", data=json.dumps(data), page=self.request.path)
return response
def receive(self, mail_message):
# we need to make a new data point
# get the user from the sender field
user_email = mail_message.sender[ mail_message.sender.find('<') + 1 : mail_message.sender.rfind('>') ]
user = User.get_by_email(user_email)
if is_admin(user) and mail_message.to.find('users@') != -1:
forward_to_users(mail_message)
return
if mail_message.to.find('feedback@') != -1:
forward_to_admins(mail_message)
return
# get the datapoint from the body
data = ''
query_name = mail_message.subject[ mail_message.subject.rfind("Re:") + 4: ]
query = Query.get_by_user_and_name(user, query_name)
for content_type, body in mail_message.bodies('text/html'):
# basically deprecated, since we're having users submit forms
# straight from the emails now.
logging.info('Message Body: ' + body.decode())
data = body.decode()[ : body.decode().find('<')]
if data == None:
data = ''
# get the time from now()
timestamp = datetime.now()
log_str = "Want to create a new datapoint for user %s and with value %s and query name %s and query %s and timestamp %s" % (user_email, data, query_name, query.key(), timestamp)
logging.info("Received a message from " + mail_message.sender)
logging.info(log_str)
# create and put the datapoint
# dp = DataPoint(...)
dp = DataPoint(
text = data,
query = query,
timestamp = timestamp)
dp.lt_put()
ActionLog.log('ReceivedEmail')
ActionLog.log('NewDatapoint', data=query.name, user=user)
query.refresh()
def send_by_email(query):
# get the user
user = query.user
subject = query.name
to = user.email
sender = "Lifetracker <*****@*****.**>"
# construct the message
body = query.text
params = {"query_id": str(query.key()), "query_text": query.text}
body = open("ui/html/email_form.html").read() % params
# send the message
message = mail.EmailMessage(sender=sender, subject=subject, to=to, html=body)
message.send()
ActionLog.log("SentEmail")
def post(self):
user = self.get_user()
if not user:
return
name = self.request.get("name")
frequency = int(self.request.get("frequency"))
text = self.request.get('text')
user_email = self.request.get('user_email')
format = self.request.get('format').lower()
template_id = self.request.get('template_id')
# for now, default to always
ask_when = ['morning', 'afternoon', 'evening']
user = User.get_by_email(user_email)
query = Query(
name = name,
# we should really do normalization inside the Query constructor,
# but it will take some time to figure out how, lacking a nearby
# python badass
normalized_name = Query.normalize_name(name),
text = text,
frequency = frequency,
user = user,
format = format,
ask_when = ask_when,
)
if str(template_id) != "0":
query.template = db.get(template_id)
query.put()
ActionLog.log('NewMetric', user)
self.response.out.write(query.key());
def worst_walltime(page):
yesterday = datetime.now() - timedelta(hours=24)
request_times = ActionLog.get(action="Walltime", timewindow=yesterday, page=page).fetch(1000)
if len(request_times) < 1:
return None
max_rt = 0
for rt in request_times:
try:
data = json.loads(rt.data)
except TypeError:
continue
except ValueError:
continue
if int(data["walltime"]) > max_rt:
max_rt = int(data["walltime"])
return max_rt
def average_walltime(page):
yesterday = datetime.now() - timedelta(hours=24)
request_times = ActionLog.get(action="Walltime", timewindow=yesterday, page=page).fetch(1000)
if len(request_times) < 1:
return None
total_walltime = 0
for rt in request_times:
try:
data = json.loads(rt.data)
except TypeError:
continue
except ValueError:
continue
wt = int(data["walltime"])
total_walltime += wt
avg_walltime = total_walltime / len(request_times)
return avg_walltime
def get(self):
user = self.get_user()
if not user:
return
logout_url = users.create_logout_url(self.request.uri)
yesterday = datetime.now() - timedelta(hours=24)
new_datapoints = ActionLog.get(
action = 'NewDatapoint',
timewindow = yesterday,
).count()
new_metrics = ActionLog.get(
action = 'NewMetric',
timewindow = yesterday,
).count()
queries_sent = ActionLog.get(
action = 'SentQuery',
timewindow = yesterday,
).count()
sms_sent = ActionLog.get(
action = 'SentSMS',
timewindow = yesterday,
).count()
emails_sent = ActionLog.get(
action = 'SentEmail',
timewindow = yesterday,
).count()
emails_received = ActionLog.get(
action = 'ReceivedEmail',
timewindow = yesterday,
).count()
sms_received = ActionLog.get(
action = 'ReceivedSMS',
timewindow = yesterday,
).count()
new_logins = ActionLog.get(
action = 'FirstTimeLogin',
timewindow = yesterday,
).count()
dashboard_avg_walltime = average_walltime('/dashboard')
data_avg_walltime = average_walltime('/data')
home_avg_walltime = average_walltime('/')
analyze_avg_walltime = average_walltime('/analyze')
analyze_json_avg_walltime = average_walltime('/analyzeJSON')
dashboard_worst_walltime = worst_walltime('/dashboard')
data_worst_walltime = worst_walltime('/data')
home_worst_walltime = worst_walltime('/')
analyze_worst_walltime = worst_walltime('/analyze')
analyze_json_worst_walltime = worst_walltime('/analyzeJSON')
# hackey high-number for now.
total_metrics = Query.all().count(100000)
total_datapoints = DataPoint.all().count(100000)
f = open('intern/html/engagement.html')
html = f.read()
params = {
'new_datapoints': new_datapoints,
'new_metrics': new_metrics,
'total_metrics': total_metrics,
'total_datapoints': total_datapoints,
'queries_sent': queries_sent,
'sms_sent': sms_sent,
'emails_sent': emails_sent,
'sms_received': sms_received,
'emails_received': emails_received,
'new_logins': new_logins,
'dashboard_walltime': dashboard_avg_walltime,
'data_walltime': data_avg_walltime,
'home_walltime': home_avg_walltime,
'analyze_json_walltime': analyze_json_avg_walltime,
'analyze_walltime': analyze_avg_walltime,
'dashboard_worst_walltime': dashboard_worst_walltime,
'data_worst_walltime': data_worst_walltime,
'home_worst_walltime': home_worst_walltime,
'analyze_json_worst_walltime': analyze_json_worst_walltime,
'analyze_worst_walltime': analyze_worst_walltime,
}
self.response.out.write(html % params)
def send_query_by_sms(query):
text = query.text + ' Please reply "' + query.name + ': value"'
send_sms(query.user.phone, text)
ActionLog.log("SentSMS")
