def all_responses():
log("Getting all responses")
fs = SurveyResponse.all().fetch(100)
while fs:
for f in fs:
yield f
fs = SurveyResponse.all().filter('__key__ >', fs[-1].key()).fetch(100)
def save(self):
survey_response = SurveyResponse(
parent=self.candidacy,
agreement=int(self.cleaned_data['agreement']),
refined_issue=self.refined_issue.key(),
more_explanation=self.cleaned_data['more_explanation'],
candidacy=self.candidacy.key(),
national=self.national)
survey_response.put()
def save(self):
survey_response = SurveyResponse(
parent = self.candidacy,
agreement = int(self.cleaned_data['agreement']),
refined_issue = self.refined_issue.key(),
more_explanation = self.cleaned_data['more_explanation'],
candidacy = self.candidacy.key()
)
survey_response.put()
def post(self):
survey_response = SurveyResponse()
try: # HTTP_X_APPENGINE_CITY is added when deployed
survey_response.city = os.environ[
'HTTP_X_APPENGINE_CITY'] # Categorize by location
except:
pass
survey_response.user_agent = os.environ[
'HTTP_USER_AGENT'] # Categorize by browser type
survey_response.opinion = self.request.get('opinion')
survey_response.improvements = self.request.get('improvements')
survey_response.rating = self.request.get('rating')
logging.info(survey_response)
survey_response.put()
self.render_template('survey-thank_you.html')
def post(self):
survey_response = SurveyResponse()
try: # HTTP_X_APPENGINE_CITY is added when deployed
survey_response.city = os.environ['HTTP_X_APPENGINE_CITY'] # Categorize by location
except:
pass
survey_response.user_agent = os.environ['HTTP_USER_AGENT'] # Categorize by browser type
survey_response.opinion = self.request.get('opinion')
survey_response.improvements = self.request.get('improvements')
survey_response.rating = self.request.get('rating')
logging.info(survey_response)
survey_response.put()
self.render_template('survey-thank_you.html')
def getSurveys():
s1 = SurveyResponse.all().filter('formID','1').fetch(100)
s2 = SurveyResponse.all().filter('formID','2').fetch(100)
r1 = []
r2 = []
for s in s1:
resDic = {}
for ss in s.answers:
splitter = re.search(r'(.*) --- (.*)',ss)
if splitter is None:
continue
if splitter.group(1) == 'device_id':
resDic['0'] = splitter.group(2)
continue
result = re.search(r'element_([0-9]*) --- (.*)',ss)
if result is not None:
resDic[result.group(1)] = result.group(2)
r1.append(resDic)
for s in s2:
resDic = {}
for ss in s.answers:
splitter = re.search(r'(.*) --- (.*)',ss)
if splitter is None:
continue
if splitter.group(1) == 'device_id':
resDic['0'] = splitter.group(2)
continue
result = re.search(r'element_([0-9]*) --- (.*)',ss)
if result is not None:
resDic[result.group(1)] = result.group(2)
r2.append(resDic)
r = {'1':r1,'2':r2}
return str(r)
def upsert(self, user, answers):
survey = user.survey
for column, answer in answers.items():
# handle singular list responses--this conflicts with the sepcial
# case handling for MTL Trajet 2018. This is reverted by the special case
# function and should be handled better.
if isinstance(answer, list) and len(answer) == 1:
answer = answer[0]
text_answer = self._map_hardcoded_ints(survey, column, answer)
answers[column] = text_answer
if user.survey_response.one_or_none():
response = user.survey_response
response.answers = answers
else:
response = SurveyResponse(
survey_id=survey.id,
mobile_id=user.id,
response=answers)
db.session.add(response)
db.session.commit()
return response
