def _get_assessment_ids(self):
questions_by_usage_id = event_transforms.get_questions_by_usage_id(
self.app_context)
assessment_ids = set()
for instance_id in questions_by_usage_id:
assessment_ids.add(questions_by_usage_id[instance_id]['unit'])
return assessment_ids
def post(self):
# Sort questions into a dictionary based on their unit number
questions_by_usage_id = event_transforms.get_questions_by_usage_id(
self.app_context)
sorted_questions_by_unit = self._rearrange_dict_by_field(
questions_by_usage_id, 'unit')
# Only use Students we generated.
students = common_utils.iter_all(models.Student.all().filter(
'email >', 'gen_sample_student_').filter('email <',
'gen_sample_student`'))
source = 'submit-assessment'
for student in students:
user = users.User(email=student.email, _user_id=student.user_id)
assessment_data = self._generate_answers(student,
sorted_questions_by_unit)
for data in assessment_data:
EventEntity.record(
source, user,
transforms.dumps({
'values': data,
'location': 'AnswerHandler'
}))
self.redirect(self.request.referer)
def _get_assessment_ids(self):
questions_by_usage_id = event_transforms.get_questions_by_usage_id(
self.app_context)
assessment_ids = set()
for instance_id in questions_by_usage_id:
assessment_ids.add(questions_by_usage_id[instance_id]['unit'])
return assessment_ids
def build_additional_mapper_params(self, app_context):
return {
'questions_by_usage_id': (
event_transforms.get_questions_by_usage_id(app_context)),
'group_to_questions': (
event_transforms.get_group_to_questions())
}
def build_additional_mapper_params(self, app_context):
return {
'questions_by_usage_id':
(event_transforms.get_questions_by_usage_id(app_context)),
'valid_question_ids': (event_transforms.get_valid_question_ids()),
'group_to_questions': (event_transforms.get_group_to_questions()),
'assessment_weights':
event_transforms.get_assessment_weights(app_context),
'unscored_lesson_ids':
event_transforms.get_unscored_lesson_ids(app_context),
}
def build_additional_mapper_params(self, app_context):
return {
'questions_by_usage_id': (
event_transforms.get_questions_by_usage_id(app_context)),
'valid_question_ids': (
event_transforms.get_valid_question_ids()),
'group_to_questions': (
event_transforms.get_group_to_questions()),
'assessment_weights':
event_transforms.get_assessment_weights(app_context),
'unscored_lesson_ids':
event_transforms.get_unscored_lesson_ids(app_context),
}
def _compare_answers(self, answers_before, answers_after):
# We need a dictionary of the text for each question ID, so we can check
# whether a question has been marked as automatically generated.
question_names = self._get_question_texts()
all_questions = event_transforms.get_questions_by_usage_id(
self.app_context)
for student in common_utils.iter_all(models.Student.all()):
user_id = str(student.user_id)
if not self._is_generated_student(student):
# If a student has not been automatically generated, then
# either they should not exist in either dictionary, or
# their number of answers provided should be the same for
# every question that they have answered
if user_id not in answers_before:
self.assertEquals(True, user_id not in answers_after)
else:
for instance_id in all_questions:
before = answers_before[user_id][instance_id]
after = answers_after[user_id][instance_id]
self.assertEquals(before, after)
else:
# If a student has been automatically generated, then their
# number of answers should have increased by one for every
# automatically generated question.
for instance_id in all_questions:
countBefore = 0
countAfter = 0
if user_id in answers_before:
countBefore = answers_before[user_id][instance_id]
if user_id in answers_after:
countAfter = answers_after[user_id][instance_id]
question_id = all_questions[instance_id]['id']
if question_names[question_id].startswith('gen_sample:'):
self.assertEquals(countBefore + 1, countAfter)
else:
self.assertEquals(countBefore, countAfter)
def _compare_answers(self, answers_before, answers_after):
# We need a dictionary of the text for each question ID, so we can check
# whether a question has been marked as automatically generated.
question_names = self._get_question_texts()
all_questions = event_transforms.get_questions_by_usage_id(
self.app_context)
for student in common_utils.iter_all(models.Student.all()):
user_id = str(student.user_id)
if not self._is_generated_student(student):
# If a student has not been automatically generated, then
# either they should not exist in either dictionary, or
# their number of answers provided should be the same for
# every question that they have answered
if user_id not in answers_before:
self.assertEquals(True, user_id not in answers_after)
else:
for instance_id in all_questions:
before = answers_before[user_id][instance_id]
after = answers_after[user_id][instance_id]
self.assertEquals(before, after)
else:
# If a student has been automatically generated, then their
# number of answers should have increased by one for every
# automatically generated question.
for instance_id in all_questions:
countBefore = 0
countAfter = 0
if user_id in answers_before:
countBefore = answers_before[user_id][instance_id]
if user_id in answers_after:
countAfter = answers_after[user_id][instance_id]
question_id = all_questions[instance_id]['id']
if question_names[question_id].startswith('gen_sample:'):
self.assertEquals(countBefore + 1, countAfter)
else:
self.assertEquals(countBefore, countAfter)
def post(self):
# Sort questions into a dictionary based on their unit number
questions_by_usage_id = event_transforms.get_questions_by_usage_id(
self.app_context)
sorted_questions_by_unit = self._rearrange_dict_by_field(
questions_by_usage_id, 'unit')
# Only use Students we generated.
students = common_utils.iter_all(models.Student.all().filter(
'email >', 'gen_sample_student_').filter(
'email <', 'gen_sample_student`'))
source = 'submit-assessment'
for student in students:
user = users.User(email=student.email, _user_id=student.user_id)
assessment_data = self._generate_answers(student,
sorted_questions_by_unit)
for data in assessment_data:
EventEntity.record(source, user, transforms.dumps({
'values': data, 'location': 'AnswerHandler'}))
self.redirect(self.request.referer)
