def setUp(self):
self.c_slug = TEST_COURSE_SLUG
self.client = Client()
self.c = CourseOffering.objects.get(slug = self.c_slug)
self.a1 = LetterActivity(offering = self.c, name = 'test_assignment_1_let',
short_name = 'tal1', status = 'RLS',
due_date = datetime.now(),
position = 0)
self.a1.save()
class TestImportViewsLet(TestCase):
fixtures = ['basedata', 'coredata', 'grades']
def setUp(self):
self.c_slug = TEST_COURSE_SLUG
self.client = Client()
self.c = CourseOffering.objects.get(slug=self.c_slug)
self.a1 = LetterActivity(offering=self.c,
name='test_assignment_1_let',
short_name='tal1',
status='RLS',
due_date=datetime.now(),
position=0)
self.a1.save()
def check_student_db_grade(self, grade, s, g):
self.assertEqual(grade.member, s)
self.assertEqual(grade.letter_grade, g)
self.assertEqual(grade.flag, 'GRAD')
def test_import_view_let(self):
self.client.login_user('ggbaker')
# Import the file, check that resulting HTML has correct entries in fields for two affected students
url = reverse('offering:mark_all_students',
kwargs={
'course_slug': self.c_slug,
'activity_slug': self.a1.slug
})
with open('marking/testfiles/newformat_noprob_userid_let.csv') as file:
post_data = {'import-file-file': [file]}
response = self.client.post(url + "?import=true",
post_data,
follow=True)
self.assertEqual(response.status_code, 200)
stud1 = Member.objects.get(person=Person.objects.get(userid='0aaa0'),
offering=self.c)
stud2 = Member.objects.get(person=Person.objects.get(userid='0aaa1'),
offering=self.c)
STUD1_GRADE = 'A'
STUD2_GRADE = 'C-'
self.assertContains(response,
b'value="%b"' % (STUD1_GRADE.encode('utf8'), ))
self.assertContains(response,
b'value="%b"' % (STUD2_GRADE.encode('utf8'), ))
# Submit the grades, check that they were added to DB
post_data = {'0aaa0-value': STUD1_GRADE, '0aaa1-value': STUD2_GRADE}
response = self.client.post(url, post_data, follow=True)
self.assertEqual(response.status_code, 200)
let_grades = LetterGrade.objects.filter(
activity=self.a1).order_by('member__person__userid')
self.assertEqual(len(let_grades), 2)
self.check_student_db_grade(let_grades[0], stud1, STUD1_GRADE)
self.check_student_db_grade(let_grades[1], stud2, STUD2_GRADE)
def setUp(self):
self.c_slug = TEST_COURSE_SLUG
self.c = CourseOffering.objects.get(slug = self.c_slug)
self.a1 = LetterActivity(offering = self.c, name = 'test_assignment_let_1',
short_name = 'tal1', status = 'RLS',
due_date = datetime.now(),
position = 0)
self.a1.save()
self.students = self.c.members.filter(person__role='STUD')
self.userids = [p.userid for p in self.students]
self.emplids = [p.emplid for p in self.students]
def test_sort_letter(self):
"""
Test sorting letter grades
"""
s, c = create_offering()
a = LetterActivity(name="Assignment 1", short_name="A1", status="RLS", offering=c, position=2, due_date=None, group=False)
a.save()
ms = []
for i in range(10):
p = Person.objects.get(userid="0aaa%i"%i)
m = Member(person=p, offering=c, role="STUD", added_reason="UNK")
m.save()
ms.append(m)
g = LetterGrade(activity=a, member=ms[0], letter_grade="B+", flag="GRAD")
g.save(entered_by='ggbaker')
g = LetterGrade(activity=a, member=ms[1], letter_grade="A", flag="GRAD")
g.save(entered_by='ggbaker')
g = LetterGrade(activity=a, member=ms[2], letter_grade="D", flag="GRAD")
g.save(entered_by='ggbaker')
g = LetterGrade(activity=a, member=ms[3], letter_grade="B-", flag="GRAD")
g.save(entered_by='ggbaker')
g = LetterGrade(activity=a, member=ms[4], letter_grade="P", flag="GRAD")
g.save(entered_by='ggbaker')
g = LetterGrade(activity=a, member=ms[5], letter_grade="GN", flag="GRAD")
g.save(entered_by='ggbaker')
g = LetterGrade(activity=a, member=ms[6], letter_grade="F", flag="GRAD")
g.save(entered_by='ggbaker')
g = LetterGrade(activity=a, member=ms[7], letter_grade="DE", flag="GRAD")
g.save(entered_by='ggbaker')
g = LetterGrade(activity=a, member=ms[8], letter_grade="C-", flag="GRAD")
g.save(entered_by='ggbaker')
g = LetterGrade(activity=a, member=ms[9], letter_grade="N", flag="GRAD")
g.save(entered_by='ggbaker')
g_objs = LetterGrade.objects.filter(activity=a)
gs = [g.letter_grade for g in g_objs]
gs_sort = sorted_letters(gs)
self.assertEquals(gs_sort, ['A', 'B+', 'B-', 'C-', 'D', 'P', 'F', 'DE', 'N', 'GN'])
# pre-sort by userid for median testing (so we know which subsets we're grabbing)
gs = [(int(g.member.person.userid[4:]), g.letter_grade) for g in g_objs]
gs.sort()
gs = [g for u,g in gs]
# odd-length case
self.assertEquals(median_letters(sorted_letters(gs[0:5])), "B-")
# even length with median at boundary
self.assertEquals(median_letters(sorted_letters(gs[0:6])), "B-/D")
# empty list
self.assertEquals(median_letters([]), u"\u2014")
def test_sort_letter(self):
"""
Test sorting letter grades
"""
s, c = create_offering()
a = LetterActivity(name="Assignment 1", short_name="A1", status="RLS", offering=c, position=2, due_date=None, group=False)
a.save()
ms = []
for i in range(10):
p = Person.objects.get(userid="0aaa%i"%i)
m = Member(person=p, offering=c, role="STUD", added_reason="UNK")
m.save()
ms.append(m)
g = LetterGrade(activity=a, member=ms[0], letter_grade="B+", flag="GRAD")
g.save(entered_by='ggbaker')
g = LetterGrade(activity=a, member=ms[1], letter_grade="A", flag="GRAD")
g.save(entered_by='ggbaker')
g = LetterGrade(activity=a, member=ms[2], letter_grade="D", flag="GRAD")
g.save(entered_by='ggbaker')
g = LetterGrade(activity=a, member=ms[3], letter_grade="B-", flag="GRAD")
g.save(entered_by='ggbaker')
g = LetterGrade(activity=a, member=ms[4], letter_grade="P", flag="GRAD")
g.save(entered_by='ggbaker')
g = LetterGrade(activity=a, member=ms[5], letter_grade="GN", flag="GRAD")
g.save(entered_by='ggbaker')
g = LetterGrade(activity=a, member=ms[6], letter_grade="F", flag="GRAD")
g.save(entered_by='ggbaker')
g = LetterGrade(activity=a, member=ms[7], letter_grade="DE", flag="GRAD")
g.save(entered_by='ggbaker')
g = LetterGrade(activity=a, member=ms[8], letter_grade="C-", flag="GRAD")
g.save(entered_by='ggbaker')
g = LetterGrade(activity=a, member=ms[9], letter_grade="N", flag="GRAD")
g.save(entered_by='ggbaker')
g_objs = LetterGrade.objects.filter(activity=a)
gs = [g.letter_grade for g in g_objs]
gs_sort = sorted_letters(gs)
self.assertEqual(gs_sort, ['A', 'B+', 'B-', 'C-', 'D', 'P', 'F', 'DE', 'N', 'GN'])
# pre-sort by userid for median testing (so we know which subsets we're grabbing)
gs = [(int(g.member.person.userid[4:]), g.letter_grade) for g in g_objs]
gs.sort()
gs = [g for u,g in gs]
# odd-length case
self.assertEqual(median_letters(sorted_letters(gs[0:5])), "B-")
# even length with median at boundary
self.assertEqual(median_letters(sorted_letters(gs[0:6])), "B-/D")
# empty list
self.assertEqual(median_letters([]), "\u2014")
class TestImportFunctionsLetter(TestCase):
fixtures = ['basedata', 'coredata', 'grades']
def setUp(self):
self.c_slug = TEST_COURSE_SLUG
self.c = CourseOffering.objects.get(slug=self.c_slug)
self.a1 = LetterActivity(offering=self.c,
name='test_assignment_let_1',
short_name='tal1',
status='RLS',
due_date=datetime.now(),
position=0)
self.a1.save()
self.students = self.c.members.filter(person__role='STUD')
self.userids = [p.userid for p in self.students]
self.emplids = [p.emplid for p in self.students]
def get_test_file(self, name):
with open(name, 'r') as inp:
r = csv.reader(inp)
self.values = []
for line in r:
self.values.append(line)
def compare_grade_lists(self, data_returned):
for sname, grade in self.values:
self.assertIn(sname, data_returned.keys())
self.assertEqual(data_returned[sname], grade)
def test_import_grades_new_format_l(self):
inName = 'marking/testfiles/newformat_noprob_userid_let.csv'
self.get_test_file(inName)
del self.values[0] # Delete header row
data_to_return = {}
with open(inName, 'r') as inp:
err = _compose_imported_grades(inp, self.students, data_to_return,
self.a1)
self.assertEqual(err, [])
self.assertEqual(len(data_to_return), len(self.values))
self.compare_grade_lists(data_to_return)
def test_import_grades_old_format_l(self):
inName = 'marking/testfiles/oldformat_noprob_let.csv'
self.get_test_file(inName)
data_to_return = {}
with open(inName, 'r') as inp:
err = _compose_imported_grades(inp, self.students, data_to_return,
self.a1)
self.assertEqual(err, [])
self.assertEqual(len(data_to_return), len(self.values))
self.compare_grade_lists(data_to_return)
class TestImportFunctionsLetter(TestCase):
fixtures = ['basedata', 'coredata', 'grades']
def setUp(self):
self.c_slug = TEST_COURSE_SLUG
self.c = CourseOffering.objects.get(slug = self.c_slug)
self.a1 = LetterActivity(offering = self.c, name = 'test_assignment_let_1',
short_name = 'tal1', status = 'RLS',
due_date = datetime.now(),
position = 0)
self.a1.save()
self.students = self.c.members.filter(person__role='STUD')
self.userids = [p.userid for p in self.students]
self.emplids = [p.emplid for p in self.students]
def get_test_file(self, name):
with open(name, 'r') as inp:
r = csv.reader(inp)
self.values = []
for line in r:
self.values.append(line)
def compare_grade_lists(self, data_returned):
for sname, grade in self.values:
self.assertIn(sname, list(data_returned.keys()))
self.assertEqual(data_returned[sname], grade)
def test_import_grades_new_format_l(self):
inName = 'marking/testfiles/newformat_noprob_userid_let.csv'
self.get_test_file(inName)
del self.values[0] # Delete header row
data_to_return = {}
with open(inName, 'rb') as inp:
err = _compose_imported_grades(inp, self.students, data_to_return, self.a1)
self.assertEqual(err, [])
self.assertEqual(len(data_to_return), len(self.values))
self.compare_grade_lists(data_to_return)
def test_import_grades_old_format_l(self):
inName = 'marking/testfiles/oldformat_noprob_let.csv'
self.get_test_file(inName)
data_to_return = {}
with open(inName, 'rb') as inp:
err = _compose_imported_grades(inp, self.students, data_to_return, self.a1)
self.assertEqual(err, [])
self.assertEqual(len(data_to_return), len(self.values))
self.compare_grade_lists(data_to_return)
class TestImportViewsLet(TestCase):
fixtures = ['basedata', 'coredata', 'grades']
def setUp(self):
self.c_slug = TEST_COURSE_SLUG
self.client = Client()
self.c = CourseOffering.objects.get(slug = self.c_slug)
self.a1 = LetterActivity(offering = self.c, name = 'test_assignment_1_let',
short_name = 'tal1', status = 'RLS',
due_date = datetime.now(),
position = 0)
self.a1.save()
def check_student_db_grade(self, grade, s, g):
self.assertEqual(grade.member, s)
self.assertEqual(grade.letter_grade, g)
self.assertEqual(grade.flag, 'GRAD')
def test_import_view_let(self):
self.client.login_user('ggbaker')
# Import the file, check that resulting HTML has correct entries in fields for two affected students
url = reverse('offering:mark_all_students', kwargs={'course_slug':self.c_slug, 'activity_slug':self.a1.slug})
with open('marking/testfiles/newformat_noprob_userid_let.csv') as file:
post_data = {'import-file-file':[file]}
response = self.client.post(url+"?import=true", post_data, follow=True)
self.assertEqual(response.status_code, 200)
stud1 = Member.objects.get(person = Person.objects.get(userid = '0aaa0'), offering = self.c)
stud2 = Member.objects.get(person = Person.objects.get(userid = '0aaa1'), offering = self.c)
STUD1_GRADE = 'A'
STUD2_GRADE = 'C-'
self.assertContains(response, b'value="%b"' % (STUD1_GRADE.encode('utf8'),))
self.assertContains(response, b'value="%b"' % (STUD2_GRADE.encode('utf8'),))
# Submit the grades, check that they were added to DB
post_data={'0aaa0-value':STUD1_GRADE, '0aaa1-value':STUD2_GRADE}
response = self.client.post(url, post_data, follow=True)
self.assertEqual(response.status_code, 200)
let_grades = LetterGrade.objects.filter(activity = self.a1).order_by('member__person__userid')
self.assertEqual(len(let_grades), 2)
self.check_student_db_grade(let_grades[0], stud1, STUD1_GRADE)
self.check_student_db_grade(let_grades[1], stud2, STUD2_GRADE)
def test_activities(self):
"""
Test activity classes: subclasses, selection, sorting.
"""
s, c = create_offering()
a = NumericActivity(name="Assignment 1", short_name="A1", status="RLS", offering=c, position=2, max_grade=15)
a.save()
a = NumericActivity(name="Assignment 2", short_name="A2", status="RLS", offering=c, position=6, max_grade=15)
a.save()
a = LetterActivity(name="Project", short_name="Proj", status="URLS", offering=c, position=1)
a.save()
a = CalNumericActivity(name="Total", short_name="Total", status="URLS", offering=c, position=42, max_grade=30, formula="[A1]+[A2]")
a.save()
allact = all_activities_filter(offering=c)
self.assertEqual(len(allact), 4)
self.assertEqual(allact[0].slug, 'proj') # make sure position=1 is first
self.assertEqual(type(allact[1]), NumericActivity)
self.assertEqual(type(allact[3]), CalNumericActivity)
def test_replace_activity(self):
"""
Can we safely replace an activity with one of the same name/shortname?
"""
c = CourseOffering.objects.get(slug=self.course_slug)
a = NumericActivity(offering=c,
name="Assign1",
short_name="A1",
status="RLS",
group=False,
deleted=False,
max_grade=10,
position=1)
a.save()
a.safely_delete()
self.assertEqual(a.deleted, True)
self.assertNotEqual(a.name, 'Assign1')
self.assertNotEqual(a.short_name, 'A1')
# replace with same type
a = CalNumericActivity(offering=c,
name="Assign1",
short_name="A1",
status="URLS",
group=True,
deleted=False,
max_grade=15,
position=2)
a.save()
a.safely_delete()
# replace with a different type
a = LetterActivity(offering=c,
name="Assign1",
short_name="A1",
status="RLS",
group=False,
deleted=False,
position=3)
a.save()
def create_test_offering():
"""
main test course: interesting data for grades, marking, submission, groups
"""
from grades.models import Activity, LetterActivity, CalNumericActivity, CalLetterActivity
from submission.models import SubmissionComponent
from submission.models.code import CodeComponent
from submission.models.pdf import PDFComponent
from groups.models import Group, GroupMember
from marking.models import ActivityComponent
crs = CourseOffering.objects.get(slug=TEST_COURSE_SLUG)
crs.set_labtut(True)
crs.set_url("http://www.cs.sfu.ca/CC/165/common/")
crs.set_taemail("*****@*****.**")
crs.save()
# create example activities
a1 = NumericActivity.objects.get(offering=crs, slug='a1')
a2 = NumericActivity(offering=crs,
name="Assignment 2",
short_name="A2",
status="URLS",
due_date=crs.semester.start +
datetime.timedelta(days=70),
percent=10,
group=True,
max_grade=20,
position=2)
a2.set_url("http://www.cs.sfu.ca/CC/165/common/a2")
a2.save()
pr = LetterActivity(offering=crs,
name="Project",
short_name="Proj",
status="URLS",
due_date=crs.semester.start +
datetime.timedelta(days=80),
percent=40,
group=True,
position=3)
pr.save()
re = LetterActivity(offering=crs,
name="Report",
short_name="Rep",
status="URLS",
due_date=crs.semester.start +
datetime.timedelta(days=81),
percent=10,
group=False,
position=4)
re.save()
ex = NumericActivity(offering=crs,
name="Final Exam",
short_name="Exam",
status="URLS",
due_date=None,
percent=30,
group=False,
max_grade=90,
position=5)
ex.save()
to = CalNumericActivity(offering=crs,
name="Final Percent",
short_name="Perc",
status="INVI",
due_date=None,
percent=0,
group=False,
max_grade=100,
formula="[[activitytotal]]",
position=6)
to.save()
to = CalLetterActivity(offering=crs,
name="Letter Grade",
short_name="Letter",
status="INVI",
due_date=None,
percent=0,
group=False,
numeric_activity=to,
position=6)
to.save()
# make A1 submittable and markable
s = CodeComponent(activity=a1,
title=u"Cöde File",
description="The code you're submitting.",
allowed=".py,.java")
s.save()
s = PDFComponent(activity=a1,
title="Report",
description="Report on what you did.",
specified_filename="report.pdf")
s.save()
m = ActivityComponent(
numeric_activity=a1,
max_mark=5,
title=u"Part ➀",
description="Part ➀ was done well and seems to work.",
position=1,
slug='part-1')
m.save()
m = ActivityComponent(
numeric_activity=a1,
max_mark=5,
title="Part 2",
description="Part 2 was done well and seems to work.",
position=2)
m.save()
# create some groups
members = list(Member.objects.filter(offering=crs, role='STUD'))
random.shuffle(members)
m = members.pop()
g = Group(name="SomeGroup", courseoffering=crs, manager=m)
g.save()
for m in [m, members.pop()]:
gm = GroupMember(group=g, student=m, confirmed=True, activity=a2)
gm.save()
m = members.pop()
g = Group(name="AnotherGroup", courseoffering=crs, manager=m)
g.save()
for m in [m, members.pop(), members.pop()]:
gm = GroupMember(group=g, student=m, confirmed=True, activity=a2)
gm.save()
gm = GroupMember(group=g, student=m, confirmed=True, activity=pr)
gm.save()
return itertools.chain(
Activity.objects.all(),
NumericActivity.objects.all(),
LetterActivity.objects.all(),
CalNumericActivity.objects.all(),
CalLetterActivity.objects.all(),
SubmissionComponent.objects.all(),
CodeComponent.objects.all(),
PDFComponent.objects.all(),
Group.objects.all(),
GroupMember.objects.all(),
ActivityComponent.objects.all(),
)
def create_test_offering():
"""
main test course: interesting data for grades, marking, submission, groups
"""
from grades.models import Activity, LetterActivity, CalNumericActivity, CalLetterActivity
from submission.models import SubmissionComponent
from submission.models.code import CodeComponent
from submission.models.pdf import PDFComponent
from groups.models import Group, GroupMember
from marking.models import ActivityComponent
crs = CourseOffering.objects.get(slug=TEST_COURSE_SLUG)
crs.set_labtut(True)
crs.set_url("http://www.cs.sfu.ca/CC/165/common/")
crs.set_taemail("*****@*****.**")
crs.save()
# create example activities
a1 = NumericActivity.objects.get(offering=crs, slug='a1')
a2 = NumericActivity(offering=crs, name="Assignment 2", short_name="A2", status="URLS",
due_date=crs.semester.start + datetime.timedelta(days=70), percent=10, group=True,
max_grade=20, position=2)
a2.set_url("http://www.cs.sfu.ca/CC/165/common/a2")
a2.save()
pr = LetterActivity(offering=crs, name="Project", short_name="Proj", status="URLS",
due_date=crs.semester.start + datetime.timedelta(days=80), percent=40, group=True, position=3)
pr.save()
re = LetterActivity(offering=crs, name="Report", short_name="Rep", status="URLS",
due_date=crs.semester.start + datetime.timedelta(days=81), percent=10, group=False, position=4)
re.save()
ex = NumericActivity(offering=crs, name="Final Exam", short_name="Exam", status="URLS",
due_date=None, percent=30, group=False, max_grade=90, position=5)
ex.save()
to = CalNumericActivity(offering=crs, name="Final Percent", short_name="Perc", status="INVI",
due_date=None, percent=0, group=False, max_grade=100, formula="[[activitytotal]]", position=6)
to.save()
to = CalLetterActivity(offering=crs, name="Letter Grade", short_name="Letter", status="INVI",
due_date=None, percent=0, group=False, numeric_activity=to, position=6)
to.save()
# make A1 submittable and markable
s = CodeComponent(activity=a1, title="Code File", description="The code you're submitting.",
allowed=".py,.java")
s.save()
s = PDFComponent(activity=a1, title="Report", description="Report on what you did.",
specified_filename="report.pdf")
s.save()
m = ActivityComponent(numeric_activity=a1, max_mark=5, title="Part 1", description="Part 1 was done well and seems to work.", position=1)
m.save()
m = ActivityComponent(numeric_activity=a1, max_mark=5, title="Part 2", description="Part 2 was done well and seems to work.", position=2)
m.save()
# create some groups
members = list(Member.objects.filter(offering=crs, role='STUD'))
random.shuffle(members)
m = members.pop()
g = Group(name="SomeGroup", courseoffering=crs, manager=m)
g.save()
for m in [m, members.pop()]:
gm = GroupMember(group=g, student=m, confirmed=True, activity=a2)
gm.save()
m = members.pop()
g = Group(name="AnotherGroup", courseoffering=crs, manager=m)
g.save()
for m in [m, members.pop(), members.pop()]:
gm = GroupMember(group=g, student=m, confirmed=True, activity=a2)
gm.save()
gm = GroupMember(group=g, student=m, confirmed=True, activity=pr)
gm.save()
return itertools.chain(
Activity.objects.all(),
NumericActivity.objects.all(),
LetterActivity.objects.all(),
CalNumericActivity.objects.all(),
CalLetterActivity.objects.all(),
SubmissionComponent.objects.all(),
CodeComponent.objects.all(),
PDFComponent.objects.all(),
Group.objects.all(),
GroupMember.objects.all(),
ActivityComponent.objects.all(),
)
def test_class_1(slug):
"""
main test course: 20 students, TA, some assignments
"""
crs = CourseOffering.objects.get(slug=slug)
crs.set_labtut(True)
crs.set_url("http://www.cs.sfu.ca/CC/165/common/")
crs.set_taemail("*****@*****.**")
crs.save()
for i in range(10):
lab = "D1%02i" % (random.randint(1,4))
p = Person.objects.get(userid="0aaa%i"%(i))
if Member.objects.filter(person=p, offering=crs, role="STUD"):
# randomly added by other student-adder: skip
continue
m = Member(person=p, offering=crs, role="STUD", credits=3, career="UGRD", added_reason="AUTO",
labtut_section=lab)
m.save()
if not Member.objects.filter(person__userid='ggbaker', offering=crs, role='INST'):
Member(person=Person.objects.get(userid='ggbaker'), offering=crs, role='INST').save()
# create a TA
p = Person(emplid=fake_emplid(), userid="0grad1", last_name="Gradstudent", first_name="Douglas", middle_name="", pref_first_name="Doug")
p.save()
m = Member(person=p, offering=crs, role="TA", credits=0, career="NONS", added_reason="AUTO",
labtut_section=None)
m.save()
# create example activities
crs.activity_set.all().update(deleted=True)
a1 = NumericActivity(offering=crs, name="Assignment 1", short_name="A1", status="RLS",
due_date=crs.semester.start + datetime.timedelta(days=60), percent=10, group=False,
max_grade=10, position=1)
a1.set_url("http://www.cs.sfu.ca/CC/165/common/a1")
a1.save()
a2 = NumericActivity(offering=crs, name="Assignment 2", short_name="A2", status="URLS",
due_date=crs.semester.start + datetime.timedelta(days=70), percent=10, group=True,
max_grade=20, position=2)
a2.save()
pr = LetterActivity(offering=crs, name="Project", short_name="Proj", status="URLS",
due_date=crs.semester.start + datetime.timedelta(days=80), percent=40, group=True, position=3)
pr.save()
re = LetterActivity(offering=crs, name="Report", short_name="Rep", status="URLS",
due_date=crs.semester.start + datetime.timedelta(days=81), percent=10, group=False, position=4)
re.save()
ex = NumericActivity(offering=crs, name="Final Exam", short_name="Exam", status="URLS",
due_date=None, percent=30, group=False, max_grade=90, position=5)
ex.save()
to = CalNumericActivity(offering=crs, name="Final Percent", short_name="Perc", status="INVI",
due_date=None, percent=0, group=False, max_grade=100, formula="[[activitytotal]]", position=6)
to.save()
to = CalLetterActivity(offering=crs, name="Letter Grade", short_name="Letter", status="INVI",
due_date=None, percent=0, group=False, numeric_activity=to, position=6)
to.save()
# make A1 submittable and markable
s = CodeComponent(activity=a1, title="Code File", description="The code you're submitting.",
allowed=".py,.java")
s.save()
s = PDFComponent(activity=a1, title="Report", description="Report on what you did.",
specified_filename="report.pdf")
s.save()
m = ActivityComponent(numeric_activity=a1, max_mark=5, title="Part 1", description="Part 1 was done well and seems to work.", position=1)
m.save()
m = ActivityComponent(numeric_activity=a1, max_mark=5, title="Part 2", description="Part 2 was done well and seems to work.", position=2)
m.save()
# create some groups
g = Group(name="SomeGroup", courseoffering=crs, manager=Member.objects.get(offering=crs, person__userid="0aaa0", role='STUD'))
g.save()
for userid in ['0aaa0', '0aaa1', '0aaa5', '0aaa8']:
gm = GroupMember(group=g, student=Member.objects.get(offering=crs, person__userid=userid), confirmed=True, activity=a2)
gm.save()
g = Group(name="AnotherGroup", courseoffering=crs, manager=Member.objects.get(offering=crs, person__userid="0aaa4"))
g.save()
for userid in ['0aaa4', '0aaa6', '0aaa7', '0aaa2']:
gm = GroupMember(group=g, student=Member.objects.get(offering=crs, person__userid=userid), confirmed=True, activity=a2)
gm.save()
gm = GroupMember(group=g, student=Member.objects.get(offering=crs, person__userid=userid), confirmed=True, activity=pr)
gm.save()
def test_class_1(slug):
"""
main test course: 20 students, TA, some assignments
"""
crs = CourseOffering.objects.get(slug=slug)
crs.set_labtut(True)
crs.set_url("http://www.cs.sfu.ca/CC/165/common/")
crs.set_taemail("*****@*****.**")
crs.save()
for i in range(10):
lab = "D1%02i" % (random.randint(1, 4))
p = Person.objects.get(userid="0aaa%i" % (i))
if Member.objects.filter(person=p, offering=crs, role="STUD"):
# randomly added by other student-adder: skip
continue
m = Member(person=p,
offering=crs,
role="STUD",
credits=3,
career="UGRD",
added_reason="AUTO",
labtut_section=lab)
m.save()
if not Member.objects.filter(
person__userid='ggbaker', offering=crs, role='INST'):
Member(person=Person.objects.get(userid='ggbaker'),
offering=crs,
role='INST').save()
# create a TA
p = Person(emplid=fake_emplid(),
userid="0grad1",
last_name="Gradstudent",
first_name="Douglas",
middle_name="",
pref_first_name="Doug")
p.save()
m = Member(person=p,
offering=crs,
role="TA",
credits=0,
career="NONS",
added_reason="AUTO",
labtut_section=None)
m.save()
# create example activities
crs.activity_set.all().update(deleted=True)
a1 = NumericActivity(offering=crs,
name="Assignment 1",
short_name="A1",
status="RLS",
due_date=crs.semester.start +
datetime.timedelta(days=60),
percent=10,
group=False,
max_grade=10,
position=1)
a1.set_url("http://www.cs.sfu.ca/CC/165/common/a1")
a1.save()
a2 = NumericActivity(offering=crs,
name="Assignment 2",
short_name="A2",
status="URLS",
due_date=crs.semester.start +
datetime.timedelta(days=70),
percent=10,
group=True,
max_grade=20,
position=2)
a2.save()
pr = LetterActivity(offering=crs,
name="Project",
short_name="Proj",
status="URLS",
due_date=crs.semester.start +
datetime.timedelta(days=80),
percent=40,
group=True,
position=3)
pr.save()
re = LetterActivity(offering=crs,
name="Report",
short_name="Rep",
status="URLS",
due_date=crs.semester.start +
datetime.timedelta(days=81),
percent=10,
group=False,
position=4)
re.save()
ex = NumericActivity(offering=crs,
name="Final Exam",
short_name="Exam",
status="URLS",
due_date=None,
percent=30,
group=False,
max_grade=90,
position=5)
ex.save()
to = CalNumericActivity(offering=crs,
name="Final Percent",
short_name="Perc",
status="INVI",
due_date=None,
percent=0,
group=False,
max_grade=100,
formula="[[activitytotal]]",
position=6)
to.save()
to = CalLetterActivity(offering=crs,
name="Letter Grade",
short_name="Letter",
status="INVI",
due_date=None,
percent=0,
group=False,
numeric_activity=to,
position=6)
to.save()
# make A1 submittable and markable
s = CodeComponent(activity=a1,
title="Code File",
description="The code you're submitting.",
allowed=".py,.java")
s.save()
s = PDFComponent(activity=a1,
title="Report",
description="Report on what you did.",
specified_filename="report.pdf")
s.save()
m = ActivityComponent(
numeric_activity=a1,
max_mark=5,
title="Part 1",
description="Part 1 was done well and seems to work.",
position=1)
m.save()
m = ActivityComponent(
numeric_activity=a1,
max_mark=5,
title="Part 2",
description="Part 2 was done well and seems to work.",
position=2)
m.save()
# create some groups
g = Group(name="SomeGroup",
courseoffering=crs,
manager=Member.objects.get(offering=crs,
person__userid="0aaa0",
role='STUD'))
g.save()
for userid in ['0aaa0', '0aaa1', '0aaa5', '0aaa8']:
gm = GroupMember(group=g,
student=Member.objects.get(offering=crs,
person__userid=userid),
confirmed=True,
activity=a2)
gm.save()
g = Group(name="AnotherGroup",
courseoffering=crs,
manager=Member.objects.get(offering=crs, person__userid="0aaa4"))
g.save()
for userid in ['0aaa4', '0aaa6', '0aaa7', '0aaa2']:
gm = GroupMember(group=g,
student=Member.objects.get(offering=crs,
person__userid=userid),
confirmed=True,
activity=a2)
gm.save()
gm = GroupMember(group=g,
student=Member.objects.get(offering=crs,
person__userid=userid),
confirmed=True,
activity=pr)
gm.save()