def delete(self, survey_id, action = 'self'):
if current_user.is_authenticated():
try:
s_id = HashId.decode(survey_id)
svey = Survey.objects(id = s_id).first()
if svey is None:
raise TypeError
if svey.hidden:
raise APIException("This Survey has already been deleted", 404)
except TypeError:
raise APIException("Invalid Survey ID", 404)
if action == 'self':
svey.hidden = True
svey.save()
ret = {
'id': str(svey),
'field': action,
'saved': True,
}
return ret, 200
elif action == 'img':
args = self.post_args()
dat = args['swag']
try:
im_id = HashId.decode(dat)
img = AttachmentImage.objects(id = im_id).first()
if img is None:
raise TypeError
if img.hidden:
raise APIException("This Image has already been deleted", 404)
img.hidden = True
svey.attachments.remove(img)
img.save()
svey.save()
ret = {
'id': str(svey),
'img_id': str(img),
'field': action,
'saved': True,
}
return ret, 200
except (TypeError, ValueError):
raise APIException("Invalid Image ID", 404)
else:
raise APIException("Login Required", 401)
def delete(self, survey_id, action = 'self'):
if current_user.is_authenticated():
try:
s_id = HashId.decode(survey_id)
svey = Survey.objects(id = s_id).first()
if svey is None:
raise TypeError
if svey.hidden:
raise APIException("This Survey has already been deleted", 404)
except TypeError:
raise APIException("Invalid Survey ID", 404)
if action == 'self':
svey.hidden = True
svey.save()
ret = {
'id': str(svey),
'field': action,
'saved': True,
}
return ret, 200
elif action == 'img':
args = self.post_args()
dat = args['swag']
try:
im_id = HashId.decode(dat)
img = AttachmentImage.objects(id = im_id).first()
if img is None:
raise TypeError
if img.hidden:
raise APIException("This Image has already been deleted", 404)
img.hidden = True
svey.attachments.remove(img)
img.save()
svey.save()
ret = {
'id': str(svey),
'img_id': str(img),
'field': action,
'saved': True,
}
return ret, 200
except (TypeError, ValueError):
raise APIException("Invalid Image ID", 404)
else:
raise APIException("Login Required", 401)
def get(self,survey_id,aggregate="false"):
##First get for all surveys
survey_id=HashId.decode(survey_id)
# survey_id=HashId.decode("goojkg5jyVnGj9V6Lnw")
# parent_survey=survey_id
# survey_id= HashId.decode("3NNl87yvoZXN4lypAjq")
parent_survey= survey_id
l = IrapiData(survey_id,1,1,aggregate)
# survey_strct= l.survey_strct()
#Check if survey has children.
#Check for parent too.
flag0= l.get_parent()
if flag0!=False:
"""There is a parent"""
parent_survey= flag0
flag= l.flag()
if flag ==False:
r= {}
r['parent_survey']= self.logic(survey_id,parent_survey,aggregate)
return r
else:
if aggregate=="true":
response={}
response['parent_survey']= self.logic(survey_id,parent_survey,aggregate)
# return self.logic(survey_id,parent_survey)
# response={}
units=[]
for i in flag:
units.append(self.logic(HashId.decode(i),parent_survey,aggregate))
# return response
units.append(self.logic(survey_id,parent_survey,"false"))
response['units']=units
return response
else:
r= {}
r['parent_survey']= self.logic(survey_id,parent_survey,aggregate)
return r
def get(self, survey_id, action = 'repr'):
args = self.get_args()
try:
s_id = HashId.decode(survey_id)
svey = Survey.objects(id = s_id).first()
if svey is None:
raise TypeError
if svey.hidden:
raise APIException("This Survey has been deleted", 404)
except TypeError:
raise APIException("Invalid Survey ID", 404)
if action == 'json':
if args['editing'] == 'true':
return svey.struct
try:
return svey.render_json
except TypeError as e:
raise APIException(str(e), 400)
elif action == 'deepjson':
return svey.render_deepjson
elif action == 'repr':
return svey.repr
raise APIException("Must specify a valid option", 400)
def get(self, survey_id, action = 'repr'):
args = self.get_args()
try:
s_id = HashId.decode(survey_id)
svey = Survey.objects(id = s_id).first()
if svey is None:
raise TypeError
if svey.hidden:
raise APIException("This Survey has been deleted", 404)
except TypeError:
raise APIException("Invalid Survey ID", 404)
if action == 'json':
if args['editing'] == 'true':
return svey.struct
try:
return svey.render_json
except TypeError as e:
raise APIException(str(e), 400)
elif action == 'deepjson':
return svey.render_deepjson
elif action == 'repr':
return svey.repr
raise APIException("Must specify a valid option", 400)
def get(self,survey_id,aggregate="false"):
##First get for all surveys
survey_id=HashId.decode(survey_id)
# survey_id=HashId.decode("goojkg5jyVnGj9V6Lnw")
# parent_survey=survey_id
# survey_id= HashId.decode("3NNl87yvoZXN4lypAjq")
parent_survey= survey_id
l = IrapiData(survey_id,1,1,aggregate)
# survey_strct= l.survey_strct()
#Check if survey has children.
#Check for parent too.
flag0= l.get_parent()
if flag0!=False:
"""There is a parent"""
parent_survey= flag0
flag= l.flag()
if flag ==False:
r= {}
r['parent_survey']= self.logic(survey_id,parent_survey,aggregate)
return r
else:
if aggregate=="true":
response={}
response['parent_survey']= self.logic(survey_id,parent_survey,aggregate)
units=[]
for i in flag:
units.append(self.logic(HashId.decode(i),parent_survey,aggregate))
# return response
units.append(self.logic(survey_id,parent_survey,"false"))
response['units']=units
# return "true"
return response
else:
r= {}
r['parent_survey']= self.logic(survey_id,parent_survey,aggregate)
return r
def get_multi_data(self, aList):
js = []
# return aLists
for i in aList:
i = HashId.decode(i)
raw = db.response.find({"parent_survey": ObjectId(i)})
js = js + d(raw)
return js
def get_multi_data(self,aList):
js=[]
# return aLists
for i in aList:
i= HashId.decode(i)
raw= db.response.find({"parent_survey":ObjectId(i)})
js= js +d(raw)
return js
def survey_strct(self):
try:
raw=Survey.objects(id = HashId.decode(self.sid))
except:
raw=Survey.objects(id = self.sid)
js=raw[0]['structure']['fields']
# js=raw[0]
return js
def getInsights(self):
raw_data = Insights.objects(survey_id = HashId.encode(self.sid))
if len(raw_data) == 0:
return None
unordered_insight_dict = d(raw_data[0].insights)
ordered_dates_list = sorted(unordered_insight_dict, key = lambda t: datetime.datetime.strptime(t, '%d-%m-%Y'), reverse=True)
ordered_insights_list = []
for i in ordered_dates_list:
ordered_insights_list.append([i, list(unordered_insight_dict[i].values())])
return ordered_insights_list
def get_analysis_page(survey_id):
try:
s_id = HashId.decode(survey_id)
svey = Survey.objects(id = s_id).first()
if svey is None:
raise TypeError
except TypeError:
raise ViewException("Invalid Survey ID", 404)
return render_template('survaiderdashboard/index.analysis.html', title = "Analytics", survey = svey.repr)
def get_analysis_page(survey_id):
try:
s_id = HashId.decode(survey_id)
svey = Survey.objects(id = s_id).first()
if svey is None:
raise TypeError
except TypeError:
raise ViewException("Invalid Survey ID", 404)
return render_template('srvy.analysis.html', title = "Analytics", survey = svey.repr)
def getLeaderboard(self):
raw_data = Leaderboard.objects(survey_ID = HashId.encode(self.sid))
if len(raw_data) == 0:
return None
ordered_leaderboard_list = []
unordered_leaderboard_dict = d(raw_data[0].competitors)
ordered_scores_list = sorted(unordered_leaderboard_dict, key = unordered_leaderboard_dict.get, reverse=True)
for i in ordered_scores_list:
ordered_leaderboard_list.append([i, unordered_leaderboard_dict[i]])
return ordered_leaderboard_list
def get(self, survey_id, response_id):
try:
s_id = HashId.decode(survey_id)
svey = Survey.objects(id = s_id).first()
if svey is None:
raise TypeError("Invalid Survey ID")
if svey.hidden:
raise APIException("This Survey has been deleted", 404)
r_id = HashId.decode(response_id)
res = Response.objects(id = r_id, parent_survey = s_id).first()
if res is None:
raise TypeError("Invalid Response ID")
except TypeError as e:
ret = str(e) if len(str(e)) > 0 else "Invalid Hash ID"
raise APIException(ret, 404)
return json.loads(res.to_json()), 201
def get(self, survey_id, response_id):
try:
s_id = HashId.decode(survey_id)
svey = Survey.objects(id = s_id).first()
if svey is None:
raise TypeError("Invalid Survey ID")
if svey.hidden:
raise APIException("This Survey has been deleted", 404)
r_id = HashId.decode(response_id)
res = Response.objects(id = r_id, parent_survey = s_id).first()
if res is None:
raise TypeError("Invalid Response ID")
except TypeError as e:
ret = str(e) if len(str(e)) > 0 else "Invalid Hash ID"
raise APIException(ret, 404)
return json.loads(res.to_json()), 201
def get(self, survey_id):
"""
GET /api/survey/<survey_id>/response
Returns whether any valid response object for the <survey_id> exists
in the Collection.
It is up to the Client Code to implement saving of the responses so that
the survey can be continued even after it is terminated pre-maturely.
For security, the responses are NOT returned.
Args:
new (bool): Send a True GET parameter in URL to end the currently
running response.
Example: GET /api/survey/<survey_id>/response?new=true
"""
try:
s_id = HashId.decode(survey_id)
svey = Survey.objects(id = s_id).first()
if svey is None:
raise TypeError
if svey.hidden:
raise APIException("This Survey has been deleted", 404)
except TypeError:
raise APIException("Invalid Survey ID", 404)
args = self.get_args()
is_running = ResponseSession.is_running(s_id)
ret = {
'response_session_running': is_running,
'will_accept_response': svey.active,
'will_end_session': False,
'is_expired': svey.expires <= datetime.datetime.now(),
'is_paused': svey.paused,
'is_active': svey.active,
'expires': str(svey.expires),
}
if is_running:
"End The Existing Survey."
if args['new']:
ResponseSession.finish_running(s_id)
ret['will_accept_response'] = False
ret['will_end_session'] = True
return ret, 201
def get(self, survey_id):
"""
GET /api/survey/<survey_id>/response
Returns whether any valid response object for the <survey_id> exists
in the Collection.
It is up to the Client Code to implement saving of the responses so that
the survey can be continued even after it is terminated pre-maturely.
For security, the responses are NOT returned.
Args:
new (bool): Send a True GET parameter in URL to end the currently
running response.
Example: GET /api/survey/<survey_id>/response?new=true
"""
try:
s_id = HashId.decode(survey_id)
svey = Survey.objects(id = s_id).first()
if svey is None:
raise TypeError
if svey.hidden:
raise APIException("This Survey has been deleted", 404)
except TypeError:
raise APIException("Invalid Survey ID", 404)
args = self.get_args()
is_running = ResponseSession.is_running(s_id)
ret = {
'response_session_running': is_running,
'will_accept_response': svey.active,
'will_end_session': False,
'is_expired': svey.expires <= datetime.datetime.now(),
'is_paused': svey.paused,
'is_active': svey.active,
'expires': str(svey.expires),
}
if is_running:
"End The Existing Survey."
if args['new']:
ResponseSession.finish_running(s_id)
ret['will_accept_response'] = False
ret['will_end_session'] = True
return ret, 201
def get_index(survey_id):
try:
s_id = HashId.decode(survey_id)
svey = Survey.objects(id = s_id).first()
if svey is None:
raise TypeError
if svey.hidden:
raise ViewException("This Survey has been deleted.", 404)
except TypeError:
raise ViewException("Invalid Survey ID", 404)
return render_template('srvy.index.html', title = "Editing Survaider", survey = svey)
def get_multi_data(self, aList):
js=[]
for i in aList:
child_id= HashId.decode(i)
# print (child_id)
raw = Response.objects(parent_survey=child_id)
raw_temp=[]
for i in raw:
temp_j=[]
temp_j.append(i.responses)
temp_j.append(i.metadata)
raw_temp.append(temp_j)
js= js + raw_temp
return js
def get_simple_survey(survey_id):
try:
s_id = HashId.decode(survey_id)
svey = Survey.objects(id = s_id).first()
if svey is None:
raise TypeError
if not svey.active:
raise ViewException("This Survey is not accepting Responses at this moment", 403)
except TypeError:
raise ViewException("Invalid Survey ID", 404)
return app.send_static_file('simplesurvey/index.simplesurvey.html')
def get_simple_survey(survey_id):
try:
s_id = HashId.decode(survey_id)
svey = Survey.objects(id = s_id).first()
if svey is None:
raise TypeError
if not svey.active:
raise ViewException("This Survey is not accepting Responses at this moment", 403)
except TypeError:
raise ViewException("Invalid Survey ID", 404)
return app.send_static_file('simplesurvey/index.simplesurvey.html')
def get_index(survey_id):
try:
s_id = HashId.decode(survey_id)
svey = Survey.objects(id = s_id).first()
if svey is None:
raise TypeError
if svey.hidden:
raise ViewException("This Survey has been deleted.", 404)
except TypeError:
raise ViewException("Invalid Survey ID", 404)
return render_template('srvy.index.html', title = "Editing Survaider", survey = svey)
def get_gamified_survey(survey_id):
try:
s_id = HashId.decode(survey_id)
svey = Survey.objects(id = s_id).first()
if svey is None:
raise TypeError
if not svey.active:
raise ViewException("This Survey is not accepting Responses at this moment", 403)
if not svey.gamified_enabled:
raise ViewException("This Survey cannot be rendered as a Game.", 403)
except TypeError:
raise ViewException("Invalid Survey ID", 404)
return app.send_static_file('gamified/index.html')
def get_uuid_label(self):
"""labels: question text ; options ; etc"""
#Extract the particular cid from the survey structure
# raw_label=db.survey.find() #returns empty
# raw_label=db.survey.find({"_id":ObjectId(self.sid)})
try:
raw_label=Survey.objects(id = HashId.decode(self.sid))
except:
raw_label=Survey.objects(id = self.sid)
# return d(raw_label)
aList= raw_label[0].structure['fields'] #A backup liseturn aList
# return aList
# aList= d(raw_label)
# return aList
for i in aList:
if i['cid']==self.uuid:
return i
def get_gamified_survey(survey_id):
try:
s_id = HashId.decode(survey_id)
svey = Survey.objects(id = s_id).first()
if svey is None:
raise TypeError
if not svey.active:
raise ViewException("This Survey is not accepting Responses at this moment", 403)
if not svey.gamified_enabled:
raise ViewException("This Survey cannot be rendered as a Game.", 403)
except TypeError:
raise ViewException("Invalid Survey ID", 404)
return app.send_static_file('gamified/index.html')
def get(self, survey_id, action = 'flat'):
try:
s_id = HashId.decode(survey_id)
svey = Survey.objects(id = s_id).first()
if svey is None:
raise TypeError
if svey.hidden:
raise APIException("This Survey has been deleted", 404)
except TypeError:
raise APIException("Invalid Survey ID", 404)
responses = ResponseAggregation(svey)
if action == 'flat':
return responses.flat(), 201
elif action == 'nested':
return responses.nested(), 201
raise APIException("Must specify a valid option", 400)
def get(self, survey_id, action = 'flat'):
try:
s_id = HashId.decode(survey_id)
svey = Survey.objects(id = s_id).first()
if svey is None:
raise TypeError
if svey.hidden:
raise APIException("This Survey has been deleted", 404)
except TypeError:
raise APIException("Invalid Survey ID", 404)
responses = ResponseAggregation(svey)
if action == 'flat':
return responses.flat(), 201
elif action == 'nested':
return responses.nested(), 201
raise APIException("Must specify a valid option", 400)
def post(self, survey_id):
"""
POST /api/survey/<survey_id>/response
Saves the Question Responses. The responses are saved atomically.
Aggregate saving of the responses is NOT implemented yet, since the
game requires atomic response storage.
Appends to the existing response document if it exists, otherwise
creats a new document.
Args:
q_id (str): Question ID, as generated in the survey structure.
q_res (str): Response.
"""
try:
s_id = HashId.decode(survey_id)
svey = Survey.objects(id = s_id).first()
if svey is None:
raise TypeError
if svey.hidden:
raise APIException("This Survey has been deleted", 404)
except TypeError:
raise APIException("Invalid Survey ID", 404)
if not svey.active:
raise APIException("This Survey is Inactive or is not accepting responses anymore.", 403)
resp = None
ret = {
"existing_response_session": False,
"new_response_session": False,
"will_add_id": None,
}
if ResponseSession.is_running(svey.id):
"Uses existing Response Session."
ret['existing_response_session'] = True
resp_id = ResponseSession.get_running_id(s_id)
resp = Response.objects(id = resp_id).first()
else:
"Creates a New Response Session."
ret['new_response_session'] = True
resp = Response(parent_survey = svey)
resp.metadata['started'] = datetime.datetime.now()
resp.save()
ResponseSession.start(s_id, resp.id)
args = self.post_args()
try:
resp.add(args['q_id'], args['q_res'])
ret['will_add_id'] = args['q_id']
except TypeError as te:
raise APIException(str(te), 400)
return ret, 200
def get(self,survey_id,start=None,end=None,aggregate="false"):
try:
survey_id=HashId.decode(survey_id)
except ValueError:
return "No survey_id or uuid provided"
lol = IrapiData(survey_id,start,end,aggregate)
all_responses= lol.get_data()
# return all_responses
#return all_responses
all_survey= lol.get_uuid_labels()
if "referenced" in all_survey[0]:
parent_survey= all_survey[0]['referenced']['$oid']
# parent_survey= HashId.decode(parent_survey)
s= IrapiData(parent_survey,start,end,aggregate)
all_survey=s.get_uuid_labels()
else:
all_survey= lol.get_uuid_labels()
# return all_responses
# try:
# all_survey=all_survey[0]
# except :
# pass
ret=[]
# return all_survey
for i in range(len(all_survey)):
j_data=all_survey[i]
uuid= j_data['cid']
response_data=all_responses
try:
options=[]
option_code={}
for i in range(len(j_data['field_options']['options'])):
options.append(j_data['field_options']['options'][i]['label'])
option_code["a_"+str(i+1)]=j_data['field_options']['options'][i]['label']
except:pass
"""Response Count """
temp=[]
for a in range(len(response_data)):
try:
temp.append(response_data[a]['responses'][uuid])
except:
pass
"""Option Count"""
options_count={}
options_count_segg={}
sentiment={'positive':0,'negative':0,'neutral':0}
long_text=""
if j_data['field_type'] not in ["ranking","rating","group_rating"]:
for b in temp:
if j_data['field_type']=='long_text':
dat= DatumBox()
sent= dat.get_sentiment(b)
sentiment[sent]+=1
options_count_segg[b]=sent
long_text+=" "+b
if j_data['field_type']=='multiple_choice':
split_b= b.split('###')
if len(split_b)==0:
if split_b[0] in options_count_segg:
options_count_segg[split_b[0]]+=1
else:options_count_segg[split_b[0]]=1
elif len(split_b)!=0:
for i in split_b:
if i in options_count_segg:
options_count_segg[i]+=1
else:options_count_segg[i]=1
if b in options_count:pass
else:options_count[b]=temp.count(b)
elif j_data['field_type'] in ["ranking"]:
values={}
for c in temp:#temp is an array of responses
aTempList=c.split("###") #split a##2###b##1### [ "a##1", "b##3", "c##2"]
for d in aTempList:
bTempList=d.split("##") #["a","1"]
e= bTempList[0] #Values are a ,b
rank_key= bTempList[1] #values are 1,2,3,4
if e in values:
if rank_key in values[e]:
values[e][rank_key]+=1
else:
# values[e]={}
values[e][rank_key]=1
else:
values[e]={}
values[e][rank_key]=1
if e in options_count:
"""
e is for eg : a_1 or a_2
aTempList is the total options
bTempList is option:value pair
"""
options_count[e]=int(options_count[e])+len(aTempList)-int(bTempList[1])
else:
options_count[e]=len(aTempList)-int(bTempList[1])
elif j_data['field_type']=="group_rating":
for f in temp:
aTempList=f.split("###")
for g in aTempList:
bTempList=g.split("##")
l= bTempList[0]
k=bTempList[1]
if l in options_count:
if k in options_count[l]:
options_count[l][k]+=1
else:options_count[l][k]=1
else:
options_count[l]={}
options_count[l][k]=1
elif j_data['field_type']=="rating":
for i in temp:
i = str(i)
if i in options_count:
options_count[i]+=1
else:options_count[i]=1
#return options_count
response={}
response['cid']=uuid
response['label']=j_data['label']
response['type']=j_data['field_type']
response['option_code']=option_code
if j_data['field_type']!='long_text': response['options_count']=options_count
if j_data['field_type']=='long_text':
response['sentiment']=sentiment
response['sentiment_segg']=options_count_segg
keywords=dat.get_keywords(long_text)
response['keywords']=keywords
#response['garbage']=temp
if j_data['field_type']=='ranking':
response['ranking_count']=values
if j_data['field_type']=='multiple_choice':
response['options_count_segg']=options_count_segg
response['total_resp']= len(temp)
if j_data['field_type']=="rating":
avg=0
for i in temp: avg+=int(i)
# response['avg_rating']= float(avg)/float(len(temp))
response['avg_rating']= float(avg)/len(temp)
if j_data['field_type']=="group_rating":
avg={}
for key in options_count:
counter=0
for bkey in options_count[key]:
if int(bkey)!=0:
counter+=float(bkey)*options_count[key][bkey]
else:pass
avg[key]= round(float(counter)/len(temp),2)
response['avg_rating']=avg
ret.append(response)
return ret
def get(self,survey_id,start=None,end=None,aggregate="false"):
try:
survey_id=HashId.decode(survey_id)
except ValueError:
return "No survey_id or uuid provided"
lol = IrapiData(survey_id,start,end,aggregate)
all_responses= lol.get_data()
#return all_responses
all_survey= lol.get_uuid_labels()
if "referenced" in all_survey[0]:
parent_survey= all_survey[0]['referenced']['$oid']
# parent_survey= HashId.decode(parent_survey)
s= IrapiData(parent_survey,start,end)
all_survey=s.get_uuid_labels()
else:
all_survey= lol.get_uuid_labels()
# return all_responses
# try:
# all_survey=all_survey[0]
# except :
# pass
ret=[]
# return all_survey
for i in range(len(all_survey)):
j_data=all_survey[i]
uuid= j_data['cid']
response_data=all_responses
try:
options=[]
option_code={}
for i in range(len(j_data['field_options']['options'])):
options.append(j_data['field_options']['options'][i]['label'])
option_code["a_"+str(i+1)]=j_data['field_options']['options'][i]['label']
except:pass
"""Response Count """
temp=[]
for a in range(len(response_data)):
temp.append(response_data[a]['responses'][uuid])
"""Option Count"""
options_count={}
if j_data['field_type'] not in ["ranking","rating","group_rating"]:
for b in temp:
if b in options_count:pass
else:options_count[b]=temp.count(b)
elif j_data['field_type'] in ["ranking"]:
for c in temp:
aTempList=c.split("###")
for d in aTempList:
bTempList=d.split("##")
e= bTempList[0]
if e in options_count:
options_count[e]=int(options_count[e])+len(aTempList)-int(bTempList[1])
else:
options_count[e]=len(aTempList)-int(bTempList[1])
elif j_data['field_type']=="group_rating":
for f in temp:
aTempList=f.split("###")
for g in aTempList:
bTempList=g.split("##")
l= bTempList[0]
k=bTempList[1]
if l in options_count:
if k in options_count[l]:
options_count[l][k]+=1
else:options_count[l][k]=1
else:
options_count[l]={}
options_count[l][k]=1
elif j_data['field_type']=="rating":
for i in temp:
i = str(i)
if i in options_count:
options_count[i]+=1
else:options_count[i]=1
#return options_count
response={}
response['cid']=uuid
response['label']=j_data['label']
response['type']=j_data['field_type']
response['option_code']=option_code
response['options_count']=options_count
response['total_resp']= len(temp)
if j_data['field_type']=="rating":
avg=0
for i in temp: avg+=int(i)
# response['avg_rating']= float(avg)/float(len(temp))
response['avg_rating']= float(avg)/len(temp)
if j_data['field_type']=="group_rating":
avg={}
for key in options_count:
counter=0
for bkey in options_count[key]:
if int(bkey)!=0:
counter+=float(bkey)*options_count[key][bkey]
else:pass
avg[key]= round(float(counter)/len(temp),2)
response['avg_rating']=avg
ret.append(response)
return ret
def get(self,survey_id,uuid,aggregate="false"):
survey_id=HashId.decode(survey_id) #Uncomment on Production
# survey_id="IamASurveyId"
lol= DataSort(survey_id,uuid,aggregate)
all_survey= lol.get_survey()
if "referenced" in all_survey[0]:
# return "reference"
parent_survey= all_survey[0]['referenced']['$oid']
# parent_survey= HashId.decode(parent_survey)
s= DataSort(parent_survey,uuid)
survey_data= s.get_uuid_label()
else:
survey_data= lol.get_uuid_label()
j_data= d(survey_data)
#return j_data
# Get Responses for a cid
response_data= lol.get_data()
#return j_data['field_options']['options'][0]['label']
# Options
try:
options=[]
option_code={}
for i in range(len(j_data['field_options']['options'])):
options.append(j_data['field_options']['options'][i]['label'])
option_code["a_"+str(i+1)]=j_data['field_options']['options'][i]['label']
except:
return "error"
#Response Count
temp= []
for i in range(len(response_data)):
temp.append(response_data[i]['responses'][uuid])
#eturn j_data['field_type']
options_count={}
if j_data['field_type'] not in ["ranking","rating","group_rating"]:
for i in temp:
if i in options_count:pass
else:options_count[i]= temp.count(i)
elif j_data['field_type'] in ["ranking"]:
for i in temp:
aTempList= i.split("###")
for j in aTempList:
bTempList= j.split("##")
l = bTempList[0]
if l in options_count:
options_count[l]= int(options_count[l])+len(aTempList)-int(bTempList[1])
else:
options_count[l]=len(aTempList)-int(bTempList[1])
# elif j_data['field_type']=="rating":
# for i in temp:
# aTempList= i.split("###") #Check if this breaks the logic
# for j in aTempList:
# bTempList= j.split("##")
# if j in options_count:
# options_count[j]= int(options_count[j])+ int(bTempList[1])
# else:
# options_count[j]= int(bTempList[1])
elif j_data['field_type']=="group_rating":
for i in temp:
aTempList= i.split("###")
#options_count={}
for j in aTempList:
bTempList= j.split("##")
l = bTempList[0]
#o_c= {a_1:}
k= bTempList[1]
if l in options_count:
if k in options_count[l]:
options_count[l][k]+=1
else:
options_count[l][k]=1
else:
options_count[l]={}
options_count[l][k]=1
elif j_data['field_type']=="rating":
for i in temp:
if str(i) in options_count:
options_count[str(i)] +=1
else:
options_count[str(i)]=1
# if int(i)>6:
# if "above_5" in options_count:
# options_count["above_5"]= options_count["above_5"]+1
# else:
# options_count["above_5"]=1
# elif int(i)<6 and int(i)>3 :
# if "above_3" in options_count:
# options_count["above_3"]= options_count["above_3"]+1
# else:
# options_count["above_3"]=1
# elif int(i)<=3:
# if "below_3" in options_count:
# options_count["below_3"]= options_count["below_3"]+1
# else:
# options_count["below_3"]=1
# elif j_data['field_type']=="short_text":
# return "lol"
response= {}
if j_data['field_type']=="rating":
avg= 0
for i in temp: avg= avg + int(i)
response['avg_rating']= round(float(avg)/float(len(temp)))
if j_data['field_type']=="group_rating":
avg={}
for key in options_count:
counter=0
for bkey in options_count[key]:
if int(bkey)!=0:
counter+= float(bkey) * options_count[key][bkey]
else:
pass
avg[key]= round(float(counter)/len(temp),2)
# avg[key]=float(sum(options_count[key].values()))/float(len(temp))
response['avg_rating']=avg
response['cid']= uuid
# survey_id= j_data['survey_id']
response['survey_id']=survey_id
response['label']=j_data['label']
response['type']=j_data['field_type']
response['option_code']=option_code
response['option_count']=options_count
#return option_code
response['total_resp']=len(temp)
response['garbage']= temp
return d(response)
def post(self, survey_id):
"""
POST /api/survey/<survey_id>/response
Saves the Question Responses. The responses are saved atomically.
Aggregate saving of the responses is NOT implemented yet, since the
game requires atomic response storage.
Appends to the existing response document if it exists, otherwise
creats a new document.
Args:
q_id (str): Question ID, as generated in the survey structure.
q_res (str): Response.
"""
try:
s_id = HashId.decode(survey_id)
svey = Survey.objects(id = s_id).first()
if svey is None:
raise TypeError
if svey.hidden:
raise APIException("This Survey has been deleted", 404)
except TypeError:
raise APIException("Invalid Survey ID", 404)
if not svey.active:
raise APIException("This Survey is Inactive or is not accepting responses anymore.", 403)
resp = None
ret = {
"existing_response_session": False,
"new_response_session": False,
"will_add_id": None,
}
if ResponseSession.is_running(svey.id):
"Uses existing Response Session."
ret['existing_response_session'] = True
resp_id = ResponseSession.get_running_id(s_id)
resp = Response.objects(id = resp_id).first()
else:
"Creates a New Response Session."
ret['new_response_session'] = True
resp = Response(parent_survey = svey)
resp.metadata['started'] = datetime.datetime.now()
resp.save()
ResponseSession.start(s_id, resp.id)
args = self.post_args()
try:
resp.add(args['q_id'], args['q_res'])
ret['will_add_id'] = args['q_id']
except TypeError as te:
raise APIException(str(te), 400)
return ret, 200
def __init__(self,survey_id): self.sid= HashId.decode(survey_id)
def __unicode__(self):
return HashId.encode(self.id)
def __unicode__(self):
return HashId.encode(self.id)
def get(self,survey_id,uuid,aggregate="false"):
survey_id=HashId.decode(survey_id) #Uncomment on Production
# survey_id="IamASurveyId"
lol= DataSort(survey_id,uuid,aggregate)
all_survey= lol.get_survey()
if "referenced" in all_survey[0]:
# return "reference"
parent_survey= all_survey[0]['referenced']['$oid']
# parent_survey= HashId.decode(parent_survey)
s= DataSort(parent_survey,uuid,aggregate)
survey_data= s.get_uuid_label()
else:
survey_data= lol.get_uuid_label()
j_data= d(survey_data)
#return j_data
# Get Responses for a cid
response_data= lol.get_data()
#return j_data['field_options']['options'][0]['label']
# Options
try:
options=[]
option_code={}
for i in range(len(j_data['field_options']['options'])):
options.append(j_data['field_options']['options'][i]['label'])
option_code["a_"+str(i+1)]=j_data['field_options']['options'][i]['label']
except:
return "error"
#Response Count
temp= []
for i in range(len(response_data)):
temp.append(response_data[i]['responses'][uuid])
#eturn j_data['field_type']
options_count={}
if j_data['field_type'] not in ["ranking","rating","group_rating"]:
for i in temp:
if i in options_count:pass
else:options_count[i]= temp.count(i)
elif j_data['field_type'] in ["ranking"]:
for i in temp:
aTempList= i.split("###")
for j in aTempList:
bTempList= j.split("##")
l = bTempList[0]
if l in options_count:
options_count[l]= int(options_count[l])+len(aTempList)-int(bTempList[1])
else:
options_count[l]=len(aTempList)-int(bTempList[1])
# elif j_data['field_type']=="rating":
# for i in temp:
# aTempList= i.split("###") #Check if this breaks the logic
# for j in aTempList:
# bTempList= j.split("##")
# if j in options_count:
# options_count[j]= int(options_count[j])+ int(bTempList[1])
# else:
# options_count[j]= int(bTempList[1])
elif j_data['field_type']=="group_rating":
for i in temp:
aTempList= i.split("###")
#options_count={}
for j in aTempList:
bTempList= j.split("##")
l = bTempList[0]
#o_c= {a_1:}
k= bTempList[1]
if l in options_count:
if k in options_count[l]:
options_count[l][k]+=1
else:
options_count[l][k]=1
else:
options_count[l]={}
options_count[l][k]=1
elif j_data['field_type']=="rating":
for i in temp:
if str(i) in options_count:
options_count[str(i)] +=1
else:
options_count[str(i)]=1
# if int(i)>6:
# if "above_5" in options_count:
# options_count["above_5"]= options_count["above_5"]+1
# else:
# options_count["above_5"]=1
# elif int(i)<6 and int(i)>3 :
# if "above_3" in options_count:
# options_count["above_3"]= options_count["above_3"]+1
# else:
# options_count["above_3"]=1
# elif int(i)<=3:
# if "below_3" in options_count:
# options_count["below_3"]= options_count["below_3"]+1
# else:
# options_count["below_3"]=1
# elif j_data['field_type']=="short_text":
# return "lol"
response= {}
if j_data['field_type']=="rating":
avg= 0
for i in temp: avg= avg + int(i)
response['avg_rating']= round(float(avg)/float(len(temp)))
if j_data['field_type']=="group_rating":
avg={}
for key in options_count:
counter=0
for bkey in options_count[key]:
if int(bkey)!=0:
counter+= float(bkey) * options_count[key][bkey]
else:
pass
avg[key]= round(float(counter)/len(temp),2)
# avg[key]=float(sum(options_count[key].values()))/float(len(temp))
response['avg_rating']=avg
response['cid']= uuid
# survey_id= j_data['survey_id']
response['survey_id']=survey_id
response['label']=j_data['label']
response['type']=j_data['field_type']
response['option_code']=option_code
response['option_count']=options_count
#return option_code
response['total_resp']=len(temp)
response['garbage']= temp
return d(response)
