def test_collate_without_names():
nb = nbcollate(ASSIGNMENT_NB, SUBMISSION_NBS, clear_outputs=True)
maybe_write_notebook(nb, 'anonymous.ipynb')
assert nb.metadata
assert nb.metadata == ASSIGNMENT_NB.metadata
sections = nb_sections(nb)
assert "Question 1" in sections
assert section_contains_string(sections, "Question 1",
'print("Student 1 answers question 1.")')
assert section_contains_string(sections, "Question 1",
'print("Student 2 answers question 1.")')
# assert section_contains_string(sections, "Question 1", 'print("Student 2 answers question 1 with more code.")')
assert section_contains_string(sections, "Question 1",
'print("Student 3 answers question 1.")')
assert "Question 2" in sections
assert section_contains_string(sections, "Question 2",
'print("Student 1 answers question 2.")')
assert not section_contains_string(
sections, "Question 2", 'print("Student 2 answers question 2.")')
assert section_contains_string(sections, "Question 2",
'print("Student 3 answers question 2.")')
assert "A Quick Poll" in sections
assert section_contains_string(sections, "A Quick Poll",
'Student 1 answers the quick poll')
assert section_contains_string(sections, "A Quick Poll",
'Student 2 answers the quick poll')
assert not section_contains_string(sections, "A Quick Poll",
'Student 3 answers the quick poll')
def test_report_missing_answers():
answers = get_answer_tuples(nbcollate(ASSIGNMENT_NB, SUBMISSION_NBS))
assert {title
for title, _ in answers
} == {'A Quick Poll', 'Question 1', 'Question 2'}
assert {student
for _, student in answers
} == {'student-1', 'student-2', 'student-3', 'student-4'}
assert ('Question 1', 'student-1') in answers
assert ('Question 1', 'student-2') in answers
assert ('Question 1', 'student-3') in answers
assert ('Question 2', 'student-1') in answers
assert ('Question 2', 'student-2') not in answers
assert ('Question 2', 'student-3') in answers
def test_nbcollate_remove_dups():
submission_nbs = [read_notebook('dups-%d.ipynb' % i) for i in [1, 2]]
nb = nbcollate(ASSIGNMENT_NB, submission_nbs, clear_outputs=True)
nbc.remove_duplicate_answers(nb)
assert_golden(nb, 'deduped.ipynb', clear_outputs=True)
def test_nbcollate_sort():
submission_nbs = [read_notebook('sorted-%d.ipynb' % i) for i in [1, 2]]
nb = nbcollate(ASSIGNMENT_NB, submission_nbs, clear_outputs=True)
nbc.sort_answers(nb)
assert_golden(nb, 'sorted.ipynb', clear_outputs=True)
def test_nbcollate_without_labels():
nb = nbcollate(ASSIGNMENT_NB, SUBMISSION_NBS.values(), clear_outputs=True)
assert_golden(nb, 'assignment-collated.ipynb', clear_outputs=True)
nb = nbcollate(ASSIGNMENT_NB, SUBMISSION_NBS.values(), clear_outputs=False)
assert_golden(nb, 'assignment-collated.ipynb', clear_outputs=False)