def revision_result(user, subject_key):
"""
Save the result and calculate points
"""
subject = Utils.urlsafe_to_key(subject_key).get()
post = Utils.parse_json(request)
points_counter = 0
for result in post['result']:
if result['marked'] == "read":
concept = Utils.urlsafe_to_key(result['key']).get()
data = UserConcept.query(UserConcept.concept == concept.key,
ancestor=user.key).get()
if not data:
data = UserConcept(parent=user.key,
subject=subject.key,
concept=concept.key)
data.read += 1
data.put()
user.addPoints(1, "Read concept")
points_counter += 1
return Respond.success({
"new_points": points_counter,
"balance": user.getPoints()
})
def test_result(user, subject_key):
"""
Save the result and calculate points
"""
# subject = Utils.urlsafe_to_key(subject_key).get()
post = Utils.parse_json(request)
points_counter = 0
for result in post['result']:
if result['marked'] == "right":
UserTests(concept=Utils.urlsafe_to_key(result['key']),
right=True,
parent=user.key).put()
user.addPoints(1, "Answered correctly")
points_counter += 1
if result['marked'] == "wrong":
UserTests(concept=Utils.urlsafe_to_key(result['key']),
right=False,
parent=user.key).put()
user.addPoints(1, "Answered incorrectly")
points_counter += 1
return Respond.success({
"new_points": points_counter,
"balance": user.getPoints()
})
def mark_concept_important(user, concept_key):
"""
Mark a concept as important
"""
concept = Utils.urlsafe_to_key(concept_key).get()
# Get the user data for the concept
user_data = UserConcept.query(UserConcept.concept == concept.key,
ancestor=user.key).get()
if not user_data:
subject = concept.key.parent().parent()
user_data = UserConcept(subject=subject,
concept=concept.key,
important=True,
parent=user.key)
user_data.put()
else:
if user_data.important:
return Respond.error('Concept already marked important')
user_data.important = True
user_data.put()
return Respond.success('Concept marked important')
def payment_status(user, payment_key):
payment_request = Utils.urlsafe_to_key(payment_key).get()
return Respond.success({
'status': payment_request.status,
'balance': user.getPoints()
})
def subject_test(user, subject_key):
"""
Send test concepts
"""
subject_key = Utils.urlsafe_to_key(subject_key)
session_data = user.getSession()
if session_data['views'] < 5:
return Respond.error("Not enough views left", error_code=400)
# Find revised concepts
concepts = UserConcept.query(UserConcept.subject == subject_key,
ancestor=user.key).fetch()
# select 5 randomly
if len(concepts) < 5:
return Respond.error("Less than 5 concepts read", error_code=400)
# Unique indices
random_nums = random.sample(range(1, len(concepts)), 5)
test_concepts = []
for i in random_nums:
test_concepts.append(concepts[i].concept.get().to_dict())
user.subtractSessionViews(5)
return Respond.success({
"concepts": test_concepts,
"session_data": user.getSession()
})
def subject_index(user, subject_key):
subject = Utils.urlsafe_to_key(subject_key).get()
index = []
chapters = Chapter.query(ancestor=subject.key).order(Chapter.srno)
# user_data = UserConcept.query(
# UserConcept.subject == subject.key,
# ancestor=user.key
# ).fetch()
for chapter in chapters:
concepts = []
concepts_list = Concept.query(ancestor=chapter.key).order(Concept.srno)
for concept in concepts_list:
concepts.append({"key": concept.key, "name": concept.name})
for concept in concepts:
# for data in user_data:
# if data.concept == concept['key']:
# concept['read'] = data.read
# concept['important'] = data.important
concept['key'] = concept['key'].urlsafe()
index.append({
"key": chapter.key.urlsafe(),
"name": chapter.name,
"concepts": concepts
})
return Respond.success({"index": index})
def get_chapters(user, subject_key):
subject = Utils.urlsafe_to_key(subject_key).get()
chapters = map(
Chapter.for_list,
Chapter.query(ancestor=subject.key).order(Chapter.srno).fetch())
return Respond.success({"chapters": chapters})
def read_concept(user, concept_key):
"""
Send the concept to the user
"""
if not user_has_views(user, 1):
return Respond.error('Not enough views left', error_code=420)
concept = Utils.urlsafe_to_key(concept_key).get()
return Respond.success({"concept": concept.to_dict()})
def add_code_for_user(user, user_key):
"""
Add a code for a user to user
"""
post = Utils.parse_json(request)
UserCodes(parent=Utils.urlsafe_to_key(user_key),
code=post['code'],
points=post['points']).put()
return Respond.success("Code added")
def subscribe(user, course_key):
"""
Subscribe a course
:param user:
:param course_key:
:return: Response
"""
post = Utils.parse_json(request)
user.course = Utils.urlsafe_to_key(course_key)
user.college = post['college']
user.put()
return Respond.success("Course subscribed by user")
def right_concept(user, concept_key):
"""
Mark a concept as right
"""
# get the concept data entity
concept_data = UserConceptData.query(
UserConceptData.concept == Utils.urlsafe_to_key(concept_key),
ancestor=user.key).get()
if not concept_data:
return Respond.error(error="No data of user for this concept")
# increase right count
concept_data.right = concept_data.right + 1
concept_data.put()
# return
return Respond.success("Marked right")
def wrong_concept(user, concept_key):
"""
Mark a concept as wrong
"""
# get the concept data entity
concept_data = UserConceptData.query(
UserConceptData.concept == Utils.urlsafe_to_key(concept_key),
ancestor=user.key).get()
if not concept_data:
return Respond.error(error="No data of user for this concept")
# mark done as false
concept_data.done = False
concept_data.put()
# return
return Respond.success("Marked wrong")
def done_concept(user, concept_key):
"""
Mark a concept as done
"""
# get the concept data entity
concept_data = UserConceptData.query(
UserConceptData.concept == Utils.urlsafe_to_key(concept_key),
ancestor=user.key).get()
if not concept_data:
return Respond.error(error="No data of user for this concept")
# mark it as understood
concept_data.done = True
concept_data.put()
# return
return Respond.success("Marked done")
def subject_revise(user, subject_key):
"""
Send revision concepts
"""
# Find not read concepts
# Fetch the first 5 from them
# Send concepts
subject = Utils.urlsafe_to_key(subject_key).get()
session_data = user.getSession()
if session_data['views'] < 5:
return Respond.error("Not enough views left", error_code=420)
user_concepts = UserConcept.query(UserConcept.subject == subject.key,
ancestor=user.key).fetch()
chapters = Chapter.query(ancestor=subject.key).order(Chapter.srno)
revision_concepts = []
for chapter in chapters:
concepts = Concept.query(ancestor=chapter.key).order(
Concept.srno).fetch()
for concept in concepts:
if len(revision_concepts) < 5:
if any(x.concept == concept.key for x in user_concepts):
pass
else:
revision_concepts.append(concept.to_dict())
else:
break
if len(revision_concepts) is 0:
return Respond.error("No concepts left to revise", error_code=400)
user.subtractSessionViews(len(revision_concepts))
return Respond.success({
"concepts": revision_concepts,
"session_data": user.getSession()
})
def get_concepts(user, chapter_key):
"""
Get the concepts of a chapter
:param chapter_key:
:param user:
:return:
"""
chapter = ndb.Key(urlsafe=chapter_key).get().single_dic()
chapter['concepts'] = []
concepts = Concept.query(ancestor=Utils.urlsafe_to_key(chapter_key)).order(
Concept.srno).fetch()
for concept in concepts:
chapter['concepts'].append(concept.to_dict())
return Respond.success({'chapter': chapter})
def save_data_offline(user, subject_key):
"""
Send a json file to download all concept data of the subject
"""
if not user.pro:
return Respond.error('User not a pro', error_code=410)
subject = Utils.urlsafe_to_key(subject_key).get()
index = []
user_data_list = UserConcept.query(UserConcept.subject == subject.key,
ancestor=user.key).fetch()
user_data = {}
for data in user_data_list:
user_data[data.concept.urlsafe()] = {
'important': data.important,
'read': data.read
}
chapters = Chapter.query(ancestor=subject.key).order(Chapter.srno)
for chapter in chapters:
concepts = []
concept_list = Concept.query(ancestor=chapter.key).order(Concept.srno)
for concept in concept_list:
concept_data = concept.to_dict()
key = concept_data['key']
if key in user_data:
concept_data.update(user_data[key])
concepts.append(concept_data)
index.append({
"name": chapter.name,
"key": chapter.key.urlsafe(),
"concepts": concepts
})
return Respond.success(index)
def get_batch_concepts(user):
"""
Send concepts required by in the request
:param user:
:return:
"""
post = Utils.parse_json(request)
concepts = post['concepts']
if not user_has_views(user, len(concepts)):
return Respond.error('Not enough views left', error_code=420)
response = []
for concept in concepts:
entity = Utils.urlsafe_to_key(concept).get()
response.append(entity.to_dict())
return Respond.success({"concepts": response})
def save_result(user):
"""
Save the result for the user
:param user:
:return:
"""
post = Utils.parse_json(request)
points_counter = 0
for result in post['result']:
if result['marked'] == "read":
concept = Utils.urlsafe_to_key(result['key']).get()
data = UserConcept.query(UserConcept.concept == concept.key,
ancestor=user.key).get()
if not data:
data = UserConcept(parent=user.key, concept=concept.key)
data.read += 1
data.put()
user.addPoints(1, "Read concept")
points_counter += 1
user.subtractSessionViews(len(post['result']))
return Respond.success({
"new_points": points_counter,
"balance": user.getPoints(),
"session": user.getSession()
})
