def get_evaluated_quizitems_count(self,
correct_ans_flag=False,
incorrect_ans_flag=False):
if not hasattr(self, 'list_of_qi_ids') and not hasattr(
self, 'total_qi_cur'):
self.total_qi_cur = self.get_attempted_quizitems_count(True)
self.list_of_qi_ids = []
for each_qi in self.total_qi_cur:
correct_ans_list = None
if each_qi.origin:
prior_node_id = each_qi.origin[0].get(
'prior_node_id_of_thread', None)
if prior_node_id:
prior_node_obj = node_collection.one(
{'_id': ObjectId(prior_node_id)}, {
'_id': 1,
'attribute_set': 1
})
if prior_node_obj.attribute_set:
for pr_each_attr in prior_node_obj.attribute_set:
if pr_each_attr and 'correct_answer' in pr_each_attr:
correct_ans_list = pr_each_attr[
'correct_answer']
break
if each_qi.attribute_set:
for each_attr in each_qi.attribute_set:
if each_attr and 'quizitempost_user_submitted_ans' in each_attr:
if each_attr[
'quizitempost_user_submitted_ans']:
submitted_ans = each_attr[
'quizitempost_user_submitted_ans']
if all(
type(edict) == dict
for edict in submitted_ans):
submitted_ans = get_dict_from_list_of_dicts(
each_attr[
'quizitempost_user_submitted_ans']
)
submitted_ans = reduce(
lambda x, y: x + y,
submitted_ans.values())
if correct_ans_list and submitted_ans:
if sublistExists(
submitted_ans,
correct_ans_list):
if each_qi._id not in self.list_of_qi_ids:
self.list_of_qi_ids.append(
each_qi._id)
break
if correct_ans_flag:
return len(self.list_of_qi_ids)
elif incorrect_ans_flag:
return (self.total_qi_cur.count() - len(self.list_of_qi_ids))
else:
return 0
def get_evaluated_quizitems_count(self, correct_ans_flag=False, incorrect_ans_flag=False):
t0 = time.time()
if not hasattr(self, "list_of_qi_ids") and not hasattr(self, "total_qi_cur"):
self.total_qi_cur = self.get_attempted_quizitems_count(True)
self.list_of_qi_ids = []
for each_qi in self.total_qi_cur:
if each_qi.origin:
prior_node_id = each_qi.origin[0].get("prior_node_id_of_thread", None)
if prior_node_id:
prior_node_obj = node_collection.one(
{"_id": ObjectId(prior_node_id)}, {"_id": 1, "attribute_set": 1}
)
if prior_node_obj.attribute_set:
for pr_each_attr in prior_node_obj.attribute_set:
if pr_each_attr and "correct_answer" in pr_each_attr:
correct_ans_list = pr_each_attr["correct_answer"]
if each_qi.attribute_set:
for each_attr in each_qi.attribute_set:
if each_attr and "quizitempost_user_submitted_ans" in each_attr:
if each_attr["quizitempost_user_submitted_ans"]:
submitted_ans = each_attr["quizitempost_user_submitted_ans"]
if all(type(edict) == dict for edict in submitted_ans):
submitted_ans = get_dict_from_list_of_dicts(
each_attr["quizitempost_user_submitted_ans"]
)
submitted_ans = reduce(lambda x, y: x + y, submitted_ans.values())
if correct_ans_list and submitted_ans:
if sublistExists(submitted_ans, correct_ans_list):
if each_qi._id not in self.list_of_qi_ids:
self.list_of_qi_ids.append(each_qi._id)
if correct_ans_flag:
t1 = time.time()
time_diff = t1 - t0
# print "\n get_evaluated_quizitems_count == ", time_diff
return len(self.list_of_qi_ids)
elif incorrect_ans_flag:
t1 = time.time()
time_diff = t1 - t0
# print "\n get_evaluated_quizitems_count == ", time_diff
return self.total_qi_cur.count() - len(self.list_of_qi_ids)
else:
return 0
def get_evaluated_quizitems_count(self,correct_ans_flag=False, incorrect_ans_flag=False):
if not hasattr(self,'list_of_qi_ids') and not hasattr(self,'total_qi_cur'):
self.total_qi_cur = self.get_attempted_quizitems_count(True)
self.list_of_qi_ids = []
for each_qi in self.total_qi_cur:
if each_qi.origin:
prior_node_id = each_qi.origin[0].get('prior_node_id_of_thread',None)
if prior_node_id:
prior_node_obj = node_collection.one({'_id': ObjectId(prior_node_id)},{'_id':1, 'attribute_set':1})
if prior_node_obj.attribute_set:
for pr_each_attr in prior_node_obj.attribute_set:
if pr_each_attr and 'correct_answer' in pr_each_attr:
correct_ans_list = pr_each_attr['correct_answer']
break
if each_qi.attribute_set:
for each_attr in each_qi.attribute_set:
if each_attr and 'quizitempost_user_submitted_ans' in each_attr:
if each_attr['quizitempost_user_submitted_ans']:
submitted_ans = each_attr['quizitempost_user_submitted_ans']
if all(type(edict)==dict for edict in submitted_ans):
submitted_ans = get_dict_from_list_of_dicts(each_attr['quizitempost_user_submitted_ans'])
submitted_ans = reduce(lambda x, y: x+y, submitted_ans.values())
if correct_ans_list and submitted_ans:
if sublistExists(submitted_ans, correct_ans_list):
if each_qi._id not in self.list_of_qi_ids:
self.list_of_qi_ids.append(each_qi._id)
break
if correct_ans_flag:
return len(self.list_of_qi_ids)
elif incorrect_ans_flag:
return (self.total_qi_cur.count()-len(self.list_of_qi_ids))
else:
return 0
def get_filtered_topic_resources(request, group_id, node_id):
selfilters = request.POST.get('filters', None)
query_dict = get_filter_querydict(
json.loads(selfilters)) if selfilters else {}
# print query_dict
node_rel_cur = node_collection.one(
{
'_id': ObjectId(node_id),
'relation_set.taught_by': {
'$exists': 'true'
}
}, {
'relation_set.taught_by': 1,
'_id': 0
})
node_rel_list = node_rel_cur.relation_set[0].get('taught_by', [])
filtered_taught_by_res = node_collection.find({
'_id': {
'$in': node_rel_list
},
'$and': query_dict
})
primary_lang_resources = {}
other_lang_resources = {}
all_educationaluse = []
language_selected = list(get_language_tuple(request.LANGUAGE_CODE))
# print language_selected,"request.LANGUAGE_CODE: ", request.LANGUAGE_CODE
# print filtered_taught_by_res.count()
for each_res in filtered_taught_by_res:
# if each_res.language :
# pass
att_set_dict = get_dict_from_list_of_dicts(each_res.attribute_set)
educationaluse = att_set_dict['educationaluse']
all_educationaluse.append(educationaluse)
if language_selected == each_res.language:
temp = primary_lang_resources.get(educationaluse, [])
temp.append(each_res)
primary_lang_resources[educationaluse] = temp
temp = ""
else:
temp = other_lang_resources.get(educationaluse, [])
temp.append(each_res)
other_lang_resources[educationaluse] = temp
temp = ""
# print "primary_lang_resources : ", primary_lang_resources
# print "other_lang_resources: ", other_lang_resources
all_educationaluse = list(set(all_educationaluse))
# data = json.dumps({'primary_lang_resources': primary_lang_resources, 'other_lang_resources': other_lang_resources, 'all_educationaluse': all_educationaluse })
# return HttpResponse(data)
# return HttpResponse({'primary_lang_resources': primary_lang_resources, 'other_lang_resources': other_lang_resources, 'all_educationaluse': all_educationaluse })
return render_to_response(
'ndf/topic_resources_listing.html',
{
'primary_lang_resources': primary_lang_resources,
'other_lang_resources': other_lang_resources,
'all_educationaluse': all_educationaluse,
# 'node': obj,'app_id': app_id,"theme_id": theme_id, "prior_obj": prior_obj,
'group_id': group_id,
'groupid': group_id,
'filtered_topics': 'filtered_topics'
# 'shelves': shelves,'topic': topic, 'nav_list':nav_li,
# 'shelf_list': shelf_list,'breadcrumbs_list': breadcrumbs_list
},
context_instance=RequestContext(request))
def get_filtered_topic_resources(request, group_id, node_id):
selfilters = request.POST.get('filters', None)
query_dict = get_filter_querydict(json.loads(selfilters)) if selfilters else {}
# print query_dict
node_rel_cur = node_collection.one(
{
'_id': ObjectId( node_id ),
'relation_set.taught_by': {'$exists': 'true'}
},
{
'relation_set.taught_by': 1, '_id': 0
}
)
node_rel_list = node_rel_cur.relation_set[0].get('taught_by', [])
filtered_taught_by_res = node_collection.find({
'_id': {'$in': node_rel_list},
'$and': query_dict
})
primary_lang_resources = {}
other_lang_resources = {}
all_educationaluse = []
language_selected = list(get_language_tuple(request.LANGUAGE_CODE))
# print language_selected,"request.LANGUAGE_CODE: ", request.LANGUAGE_CODE
# print filtered_taught_by_res.count()
for each_res in filtered_taught_by_res:
# if each_res.language :
# pass
att_set_dict = get_dict_from_list_of_dicts(each_res.attribute_set)
educationaluse = att_set_dict['educationaluse']
all_educationaluse.append(educationaluse)
if language_selected == each_res.language:
temp = primary_lang_resources.get(educationaluse, [])
temp.append(each_res)
primary_lang_resources[educationaluse] = temp
temp = ""
else:
temp = other_lang_resources.get(educationaluse, [])
temp.append(each_res)
other_lang_resources[educationaluse] = temp
temp = ""
# print "primary_lang_resources : ", primary_lang_resources
# print "other_lang_resources: ", other_lang_resources
all_educationaluse = list(set(all_educationaluse))
# data = json.dumps({'primary_lang_resources': primary_lang_resources, 'other_lang_resources': other_lang_resources, 'all_educationaluse': all_educationaluse })
# return HttpResponse(data)
# return HttpResponse({'primary_lang_resources': primary_lang_resources, 'other_lang_resources': other_lang_resources, 'all_educationaluse': all_educationaluse })
return render_to_response('ndf/topic_resources_listing.html',
{
'primary_lang_resources': primary_lang_resources, 'other_lang_resources': other_lang_resources, 'all_educationaluse': all_educationaluse,
# 'node': obj,'app_id': app_id,"theme_id": theme_id, "prior_obj": prior_obj,
'group_id': group_id,'groupid':group_id,
'filtered_topics': 'filtered_topics'
# 'shelves': shelves,'topic': topic, 'nav_list':nav_li,
# 'shelf_list': shelf_list,'breadcrumbs_list': breadcrumbs_list
},
context_instance = RequestContext(request)
)
