def _create_responses(question_parts, submission, is_single):
"""
Creates `Response` models for this `submission` and sets
the correct answer pages for it
"""
for question_part in question_parts:
answer_pages = ''
for page in question_part.pages.split(','):
page = int(page)
if is_single:
if page < submission.page_count:
answer_pages = answer_pages + str(page) + ','
elif answer_pages == '':
answer_pages = str(submission.page_count) + ','
else:
# When the PDF of the exam was uploaded, we assumed it had no blank
# pages whereas there were blank pages during upload. Hence, the 2x - 1
if 2 * page - 1 <= submission.page_count:
answer_pages = answer_pages + str(2 * page - 1) + ','
elif answer_pages == '':
# If the page is out of bounds, and we have no pages associated
# with this question part, the last page is our best guess.
answer_pages = str(submission.page_count) + ','
break
# remove the trailing comma (,) from the end of answer_pages
answer_pages = answer_pages[:-1]
response = models.Response(question_part=question_part,
submission=submission,
pages=answer_pages)
response.save()
def create_course_user_exam_answer(c, exam, num_pages, question_parts,
rubric, course_user):
pdf = open('scorystapp/static/development/exam.pdf', 'r')
exam_answer = models.Submission(exam=exam,
course_user=c,
page_count=num_pages)
exam_answer.pdf.save('new', File(pdf))
exam_answer.save()
pdf.close()
for i in range(num_pages):
f = open(
'scorystapp/static/development/img' + str(i) + '.jpeg',
'r')
exam_answer_page = models.SubmissionPage(
exam_answer=exam_answer, page_number=i + 1)
exam_answer_page.page_jpeg.save('new', File(f))
exam_answer_page.save()
f.close()
for i in range(num_pages):
response = models.Response(exam_answer=exam_answer,
question_part=question_parts[i],
pages=i + 1)
response.save()
response.grader = course_user
response.rubrics.add(rubric)
response.save()
def _create_empty_responses(submission):
""" Creates empty responses for the given submission. """
question_parts = submission.assessment.questionpart_set.all()
for qp in question_parts:
response = models.Response(submission=submission,
question_part=qp,
pages=None,
grader_comments=None,
grader=None,
custom_points=None)
response.save()
def create_unmapped_exam_answers(exam, folder, name_prefix,
num_pages_per_exam, num_students):
question_parts = models.QuestionPart.objects.filter(exam=exam)
for cur_student in range(num_students):
exam_answer = models.Submission(course_user=None,
exam=exam,
page_count=num_pages_per_exam)
temp_pdf_name = '%s/%s%d.pdf' % (folder, name_prefix,
cur_student)
temp_pdf = file(temp_pdf_name, 'rb')
exam_answer.pdf.save('new', files.File(temp_pdf))
exam_answer.save()
os.remove(temp_pdf_name)
for cur_page in range(num_pages_per_exam):
exam_answer_page = models.SubmissionPage(
exam_answer=exam_answer, page_number=cur_page + 1)
cur_page_num = cur_student * num_pages_per_exam + cur_page
temp_jpeg_name = '%s/%s%d.jpeg' % (folder, name_prefix,
cur_page_num)
temp_jpeg = file(temp_jpeg_name, 'rb')
exam_answer_page.page_jpeg.save('new',
files.File(temp_jpeg))
# Doing this because this script is a worst case scenario and we're probably
# short on time so don't want another upload.
exam_answer_page.page_jpeg_large = exam_answer_page.page_jpeg
exam_answer_page.save()
temp_jpeg.close()
for question_part in question_parts:
answer_pages = ''
for page in question_part.pages.split(','):
page = int(page)
answer_pages = answer_pages + str(2 * page - 1) + ','
# Remove the trailing comma (,) from the end of answer_pages
answer_pages = answer_pages[:-1]
response = models.Response(question_part=question_part,
exam_answer=exam_answer,
pages=answer_pages)
response.save()
for cur_page in range(num_pages_per_exam):
cur_page_num = cur_student * num_pages_per_exam + cur_page
temp_jpeg_name = '%s/%s%d.jpeg' % (folder, name_prefix,
cur_page_num)
def handle(self, *args, **options):
# We are in debug mode, so the database can be deleted
if options['delete'] and settings.DEBUG:
os.system('python manage.py reset_db --noinput')
os.system('python manage.py syncdb --all --noinput')
elif options['delete']:
responsibility = 'Catherine takes full responsibility for my mistakes'
self.stdout.write('You are going to delete everything. I mean everything. FROM PRODUCTION.' +
' Chances are you will regret this. If you still want to go ahead please type:\n' +
responsibility)
text = raw_input('Enter in correct case: ')
if text == responsibility:
os.system('python manage.py reset_db --noinput')
os.system('python manage.py syncdb --all --noinput')
else:
self.stdout.write('Incorrect text. Not deleting anything.')
return
superuser_data = json.load(open('scorystapp/fixtures/demo/json/superuser.json'))
superuser = None
if models.User.objects.filter(email=superuser_data['email']).count():
superuser = models.User.objects.filter(email=superuser_data['email'])[0]
self.stdout.write('Super user from superuser.json already exists. Not recreating.')
else:
superuser = get_user_model().objects.create_superuser(superuser_data['email'],
superuser_data['first_name'], superuser_data['last_name'],
superuser_data['id'], superuser_data['password'])
class_name = options['classname'] if options['classname'] else 'CS221'
user = get_user_model().objects.create_user('*****@*****.**' % class_name.lower(),
'Demo', 'User','12345678', 'demo')
course = models.Course(name=class_name, term=0)
course.save()
# Make the newly created user the instructor for this course
course_user = models.CourseUser(user=user, course=course, privilege=models.CourseUser.INSTRUCTOR)
course_user.save()
# Make the super user an instructor as well
course_user_super = models.CourseUser(user=superuser, course=course, privilege=models.CourseUser.INSTRUCTOR)
course_user_super.save()
questions = json.load(open('scorystapp/fixtures/demo/json/questions.json'))
users = []
course_users = []
user_first_names = sorted(['John', 'Cynthia', 'Arushi', 'Chenyuan',
'Jose', 'Brett', 'Crystal', 'Jenny', 'Andy',
'Ben', 'George', 'Sheila', 'Stephanie', 'Kunal',
'Alp', 'Keith', 'Daryl', 'Neeraj', 'Eileen',
'Ahmed', 'Keegan', 'Adam', 'Reid', 'Sarah'])
user_last_names = ['Holmstead', 'Boyle', 'Goel', 'Wong',
'Sharma', 'White', 'Whittaker', 'Hong', 'Moeur',
'Turk', 'Wyngar', 'Wong', 'Seth', 'Nguyen',
'Bourabee', 'Go', 'Jensen', 'Johnson', 'Lockheart']
# TODO: Not 7
num_users = 14
for i in range(num_users):
email = 'fake_email' + str(i) + '@scoryst.com'
if models.User.objects.filter(email=email).count():
user2 = models.User.objects.get(email=email)
else:
user2 = get_user_model().objects.create_user(email, user_first_names[i],
user_last_names[i], '0' + str(5715000 + random.randint(1001,9999)), 'demo')
user2.save()
course_user2 = models.CourseUser(user=user2, course=course, privilege=0)
course_user2.save()
users.append(user2)
course_users.append(course_user2)
num_pages = 6
pdf = open('scorystapp/fixtures/demo/midterm.pdf', 'r')
exam = models.Exam(name='Midterm Exam', course=course, page_count=num_pages)
exam.exam_pdf.save('new', File(pdf))
solutions_pdf = open('scorystapp/fixtures/demo/midterm_solution.pdf', 'r')
exam.solutions_pdf.save('new', File(solutions_pdf))
exam.save()
for i in range(num_pages):
f = open('scorystapp/fixtures/demo/midterm' + str(i) + '.jpeg', 'r')
exam_page = models.ExamPage(exam=exam, page_number=i+1)
exam_page.page_jpeg.save('new', File(f))
exam_page.save()
f.close()
question_parts = []
for question_part_data in questions:
question_part = models.QuestionPart(exam=exam, question_number=question_part_data['question'],
part_number=question_part_data['part'], max_points=question_part_data['max_points'],
pages=question_part_data['pages'])
question_part.save()
question_parts.append(question_part)
rubric = models.Rubric(question_part=question_part, description='Correct answer', points=0)
rubric.save()
# rubric2 = models.Rubric(question_part=question_part, description='Incorrect answer', points=question_part_data['max_points'])
# rubric2.save()
for rubric in question_part_data['rubrics']:
rubric3 = models.Rubric(question_part=question_part,
description=rubric['description'], points=rubric['points'])
rubric3.save()
for i in range(num_users):
name = users[i].first_name.lower()
pdf = open('scorystapp/fixtures/demo/%s.pdf' % name, 'r')
user_question_data = json.load(open('scorystapp/fixtures/demo/json/%s.json' % name, 'r'))
num_pages = user_question_data[0]['num_pages']
exam_answer = models.Submission(exam=exam, course_user=course_users[i],
page_count=num_pages)
exam_answer.pdf.save('new', File(pdf))
exam_answer.save()
pdf.close()
for j in range(num_pages):
f = open('scorystapp/fixtures/demo/' + name + str(j) + '.jpeg', 'r')
exam_answer_page = models.SubmissionPage(exam_answer=exam_answer, page_number=j+1)
exam_answer_page.page_jpeg.save('new', File(f))
exam_answer_page.save()
f.close()
for j in range(len(question_parts)):
response = models.Response(exam_answer=exam_answer,
question_part=question_parts[j], pages=user_question_data[j]['pages'])
response.save()
self.stdout.write('Successfully initialized database')
def handle(self, *args, **options):
os.system('python manage.py reset_db --noinput')
os.system('python manage.py syncdb --noinput')
superuser_data = json.load(
open('scorystapp/fixtures/development/superuser.json'))
get_user_model().objects.create_superuser(superuser_data['email'],
superuser_data['first_name'],
superuser_data['last_name'],
superuser_data['id'],
superuser_data['password'])
rubrics_data = json.load(
open('scorystapp/fixtures/development/rubrics.json'))
course = models.Course(name='CS144', term=0)
course.save()
# Make the superuser the Instructor for this course
user = models.User.objects.get(pk=1)
course_user = models.CourseUser(user=user, course=course, privilege=2)
course_user.save()
users = []
course_users = []
num_rubrics = 5
user_first_names = sorted([
'John', 'Cynthia', 'Albert', 'Arushi', 'Chenyuan', 'Jose', 'Brett',
'Crystal', 'Jenny', 'Andy', 'Benjamin', 'George', 'Sheila',
'Stephanie', 'Kunal', 'Alp', 'Keith', 'Daryl', 'Neeraj', 'Eileen',
'Ahmed', 'Keegan', 'Adam', 'Reid', 'Sarah'
])
user_last_names = [
'Holmstead', 'Boyle', 'Wu', 'Goel', 'Wong', 'Garcia', 'White',
'Whittaker', 'Hong', 'Moeur', 'Turk', 'Wyngar', 'Wong', 'Seth',
'Nguyen', 'Bourabee', 'Go', 'Jensen', 'Johnson', 'Lockheart'
]
for i in range(len(user_last_names)):
email = 'fake_email' + str(i) + '@gmail.com'
user2 = models.User(email=email,
first_name=user_first_names[i],
last_name=user_last_names[i],
student_id='0' +
str(5715000 + random.randint(1001, 9999)),
is_signed_up=True)
user2.save()
course_user2 = models.CourseUser(user=user2,
course=course,
privilege=0)
course_user2.save()
users.append(user2)
course_users.append(course_user2)
num_pages = 8
pdf = open('scorystapp/fixtures/demo/kv.pdf', 'r')
exam = models.Exam(name='Midterm Exam',
course=course,
page_count=num_pages)
exam.exam_pdf.save('new', File(pdf))
solutions_pdf = open('scorystapp/fixtures/demo/solutions.pdf', 'r')
exam.solutions_pdf.save('new', File(solutions_pdf))
exam.save()
for i in range(num_pages):
f = open('scorystapp/fixtures/demo/kv' + str(i) + '.jpeg', 'r')
exam_page = models.ExamPage(exam=exam, page_number=i + 1)
exam_page.page_jpeg.save('new', File(f))
exam_page.save()
f.close()
question_parts = []
# i is for questions, j is for parts
# Requires: i*j = num_pages
for i in range(num_pages / 2):
for j in range(2):
question_part = models.QuestionPart(exam=exam,
question_number=i + 1,
part_number=j + 1,
max_points=10,
pages=2 * i + j + 1)
question_part.save()
question_parts.append(question_part)
rubric = models.Rubric(question_part=question_part,
description='Correct answer',
points=0)
rubric.save()
rubric2 = models.Rubric(question_part=question_part,
description='Incorrect answer',
points=10)
rubric2.save()
random.shuffle(rubrics_data)
for k in range(num_rubrics - 2):
rubric3 = models.Rubric(
question_part=question_part,
description=rubrics_data[k]['description'],
points=rubrics_data[k]['points'])
rubric3.save()
course_user_a = course_users[0]
course_user_b = course_users[1]
# Exam for first course user - uses karanveer's exam
pdf = open('scorystapp/fixtures/demo/kv.pdf', 'r')
exam_answer = models.Submission(exam=exam,
course_user=course_user_a,
page_count=num_pages)
exam_answer.pdf.save('new', File(pdf))
exam_answer.save()
pdf.close()
for i in range(num_pages):
f = open('scorystapp/fixtures/demo/kv' + str(i) + '.jpeg', 'r')
exam_answer_page = models.SubmissionPage(exam_answer=exam_answer,
page_number=i + 1)
exam_answer_page.page_jpeg.save('new', File(f))
exam_answer_page.save()
f.close()
for i in range(num_pages):
response = models.Response(exam_answer=exam_answer,
question_part=question_parts[i],
pages=i + 1)
response.save()
# Exam for second course user - uses squishy's exam
pdf = open('scorystapp/fixtures/demo/cglu.pdf', 'r')
exam_answer = models.Submission(exam=exam,
course_user=course_user_b,
page_count=num_pages)
exam_answer.pdf.save('new', File(pdf))
exam_answer.save()
pdf.close()
for i in range(num_pages):
f = open('scorystapp/fixtures/demo/cglu' + str(i) + '.jpeg', 'r')
exam_answer_page = models.SubmissionPage(exam_answer=exam_answer,
page_number=i + 1)
exam_answer_page.page_jpeg.save('new', File(f))
exam_answer_page.save()
f.close()
for i in range(num_pages):
response = models.Response(exam_answer=exam_answer,
question_part=question_parts[i],
pages=i + 1)
response.save()
self.stdout.write('Successfully initialized database')
# Create another exam that has no students mapped so can be editted
num_pages = 5
exam = models.Exam(name='Final Exam',
course=course,
page_count=num_pages)
pdf = open('scorystapp/fixtures/demo/cs221.pdf', 'r')
exam.exam_pdf.save('new', File(pdf))
exam.save()
for i in range(num_pages):
f = open('scorystapp/fixtures/demo/cs221' + str(i) + '.jpeg', 'r')
exam_page = models.ExamPage(exam=exam, page_number=i + 1)
exam_page.page_jpeg.save('new', File(f))
exam_page.save()
f.close()
question_parts = []
# i is for questions, j is for parts
# Requires: i*j = num_pages
for i in range(2):
for j in range(2):
question_part = models.QuestionPart(exam=exam,
question_number=i + 1,
part_number=j + 1,
max_points=10,
pages=2 * i + j + 2)
question_part.save()
rubric = models.Rubric(question_part=question_part,
description='Correct answer',
points=0)
rubric.save()
rubric2 = models.Rubric(question_part=question_part,
description='Incorrect answer',
points=10)
rubric2.save()
random.shuffle(rubrics_data)
for k in range(num_rubrics - 2):
rubric3 = models.Rubric(
question_part=question_part,
description=rubrics_data[k]['description'],
points=rubrics_data[k]['points'])
rubric3.save()