def delete_unused_accounts(account):
"""Delete accounts for uses that don't participate in any reviews."""
email = account.user.email()
if Issue.all().filter('owner_email =', email).get():
return
if Issue.all().filter('cc =', email).get():
return
if Issue.all().filter('reviewers =', email).get():
return
logging.warn('Deleting %s' % email)
yield op.db.Delete(account)
def delete_unused_accounts(account):
"""Delete accounts for uses that don't participate in any reviews."""
email = account.user.email()
if Issue.query(Issue.owner_email == email).get():
return
if Issue.query(Issue.cc == email).get():
return
if Issue.query(Issue.reviewers == email).get():
return
logging.warn('Deleting {0!s}'.format(email))
yield op.db.Delete(account)
def main():
sem = Semester.all().get()
readers = Account.all().ancestor(sem).filter('role =', 1).run()
grade_mapping = {} # mapping of reader email to average grade
reader_mapping = {} # mapping of student login to reader login
login_to_email = {}
with open('data') as data_f:
for line in data_f:
login, email = [x.strip() for x in line.split(',')]
login_to_email[login] = email
for reader in readers:
print reader.email
stus = list(Account.all().ancestor(sem).filter('reader = ', reader).run())
issues = []
for stu in stus:
reader_mapping[stu.email] = reader.email
issues.extend(list(Issue.all().filter("semester =", sem.name).filter('subject =', 'proj1').filter('owners =', stu.email).run()))
grade_mapping[reader.email] = float(sum(iss.comp_score for iss in issues if iss.comp_score > -1)) / len(issues)
print grade_mapping
print reader_mapping
print login_to_email
def test_not_an_email_address(self):
descriptions = [
'Howdie!\n\nCOLLABORATOR=joi\nBUG=12345',
'Howdie!\n\nCOLLABORATOR=joi@google\nBUG=12345',
]
for description in descriptions:
self.assertEqual(
[], Issue._collaborator_emails_from_description(description))
def test_not_an_email_address(self):
descriptions = [
'Howdie!\n\nCOLLABORATOR=joi\nBUG=12345',
'Howdie!\n\nCOLLABORATOR=joi@google\nBUG=12345',
]
for description in descriptions:
self.assertEqual(
[], Issue._collaborator_emails_from_description(description))
def test_one_valid_collaborator(self):
descriptions = [
'Howdie!\n\[email protected]\nBUG=12345',
'Howdie!\n\[email protected] \nBUG=12345',
'Howdie!\n\n COLLABORATOR =\[email protected] \nBUG=12345',
'Howdie!\nCOLLABORATOR = [email protected] \nCOLLABORATOR=smurf',
]
for description in descriptions:
self.assertEqual(
['*****@*****.**'],
Issue._collaborator_emails_from_description(description))
def test_one_valid_collaborator(self):
descriptions = [
'Howdie!\n\[email protected]\nBUG=12345',
'Howdie!\n\[email protected] \nBUG=12345',
'Howdie!\n\n COLLABORATOR =\[email protected] \nBUG=12345',
'Howdie!\nCOLLABORATOR = [email protected] \nCOLLABORATOR=smurf',
]
for description in descriptions:
self.assertEqual(
['*****@*****.**'],
Issue._collaborator_emails_from_description(description))
def main():
good = seen = 0
for issue in Issue.all().filter('subject =', args.assignment).filter('semester =', args.semester):
seen += 1
if issue.comp_score > -1:
for stu in issue.owners:
good += 1
grades[stu] = issue.comp_score
if seen % 50 == 0 or good % 50 == 0:
print "good {} seen {}".format(good, seen)
for k in grades:
print "{} : {}".format(k, grades[k])
if args.file:
with open(args.file, 'w') as f:
for k in grades:
f.write("{} : {}\n".format(k, grades[k]))
def find_all(assign):
with open('out', 'w') as f:
issues = Issue.all().filter(u'subject =', assign).fetch(100)
for iss in issues:
#print iss.reviewers
acc = [Account.get_account_for_email(stu) for stu in iss.reviewers]
#print accs
acc = [a for a in acc if len(str(a)) > 4]
#print [a.email for a in acc]
sections = [a.sections for a in acc]
if sections:
all_sections = set(reduce(lambda a, b: a + b, sections))
#print all_sections
if len(set(all_sections)) > 1:
val = iss.key().id()
print val, iss.sections
f.write("{} {}\n".format(val, iss.sections))
else:
print 'uhoh'
print iss.sections
def test_multiple_collaborators(self):
collaborators = Issue._collaborator_emails_from_description(
'Hello world!\[email protected]\[email protected]')
self.assertEqual(['*****@*****.**', '*****@*****.**'], collaborators)
def test_no_collaborator(self):
description = 'Hello!\n\nBUG=12345'
self.assertEqual(
[], Issue._collaborator_emails_from_description(description))
def test_multiple_collaborators(self):
collaborators = Issue._collaborator_emails_from_description(
'Hello world!\[email protected]\[email protected]')
self.assertEqual(['*****@*****.**', '*****@*****.**'], collaborators)
def test_no_collaborator(self):
description = 'Hello!\n\nBUG=12345'
self.assertEqual(
[], Issue._collaborator_emails_from_description(description))
