def test_new_solution_override_old_solutions(
self,
exercise: Exercise,
student_user: User,
):
first_solution = conftest.create_solution(exercise, student_user)
second_solution = conftest.create_solution(exercise, student_user)
assert second_solution.state == self.created_state
assert first_solution.refresh().state == self.old_solution_state
next_unchecked = Solution.next_unchecked()
assert next_unchecked is not None
assert next_unchecked.id == second_solution.id
next_unchecked = Solution.next_unchecked_of(exercise.id)
assert next_unchecked is not None
assert next_unchecked.id == second_solution.id
assert next_unchecked.start_checking()
assert next_unchecked.refresh().state == self.in_checking_state
assert Solution.next_unchecked() is None
assert Solution.next_unchecked_of(exercise.id) is None
general_tasks.reset_solution_state_if_needed(second_solution.id)
next_unchecked = Solution.next_unchecked()
next_unchecked_by_id = Solution.next_unchecked_of(exercise.id)
assert next_unchecked is not None and next_unchecked_by_id is not None
assert next_unchecked.id == second_solution.id
assert next_unchecked_by_id.id == second_solution.id
def test_new_solution_override_old_solutions(
self,
exercise: Exercise,
student_user: User,
):
first_solution = conftest.create_solution(exercise, student_user)
second_solution = conftest.create_solution(exercise, student_user)
assert second_solution.state == self.created_state
assert first_solution.refresh().state == self.old_solution_state
next_unchecked = Solution.next_unchecked()
assert next_unchecked is not None
assert next_unchecked.id == second_solution.id
next_unchecked = Solution.next_unchecked_of(exercise.id)
assert next_unchecked is not None
assert next_unchecked.id == second_solution.id
assert next_unchecked.start_checking()
assert next_unchecked.refresh().state == self.in_checking_state
assert Solution.next_unchecked() is None
assert Solution.next_unchecked_of(exercise.id) is None
general_tasks.reset_solution_state_if_needed(second_solution.id)
next_unchecked = Solution.next_unchecked()
next_unchecked_by_id = Solution.next_unchecked_of(exercise.id)
assert next_unchecked is not None and next_unchecked_by_id is not None
assert next_unchecked.id == second_solution.id
assert next_unchecked_by_id.id == second_solution.id
third_solution = conftest.create_solution(
exercise,
student_user,
code='123',
)
fourth_solution = conftest.create_solution(
exercise,
student_user,
code='1234',
)
assert not Solution.is_duplicate(
third_solution.hashed,
student_user,
exercise,
already_hashed=True,
)
assert Solution.is_duplicate(
fourth_solution.hashed,
student_user,
exercise,
already_hashed=True,
)
def test_next_exercise_with_cleanest_code(
self,
comment: Comment,
staff_user: User,
):
student_user: User = conftest.create_student_user(index=1)
first_solution = comment.solution
comment_text = comment.comment
second_solution = conftest.create_solution(comment.solution.exercise,
student_user)
# comment exists on first solution - second one should be the first
next_unchecked = Solution.next_unchecked()
assert next_unchecked is not None
assert next_unchecked.id == second_solution.id
# delete the comment should give us back the first solution
Comment.delete_by_id(comment.id)
next_unchecked = Solution.next_unchecked()
assert next_unchecked is not None
assert next_unchecked.id == first_solution.id
# if second_solution has comments we should get first solution
Comment.create_comment(
commenter=staff_user,
line_number=1,
comment_text=comment_text,
file=second_solution.solution_files.get(),
is_auto=False,
)
next_unchecked = Solution.next_unchecked()
assert next_unchecked is not None
assert next_unchecked.id == first_solution.id
# both have comments - the first one should be the first solution
Comment.create_comment(
commenter=staff_user,
line_number=1,
comment_text=comment_text,
file=first_solution.solution_files.get(),
is_auto=False,
)
next_unchecked = Solution.next_unchecked()
assert next_unchecked is not None
assert next_unchecked.id == first_solution.id
def start_checking(exercise_id):
if exercise_id != 0:
next_exercise = Solution.next_unchecked_of(exercise_id)
else:
next_exercise = Solution.next_unchecked()
if next_exercise and next_exercise.start_checking():
general_tasks.reset_solution_state_if_needed.apply_async(
args=(next_exercise.id, ),
countdown=Solution.MAX_CHECK_TIME_SECONDS,
)
return redirect(f'/view/{next_exercise.id}')
return redirect('/exercises')
def test_manager_reset_state_expect_exceptions(
solution: Solution,
caplog: pytest.LogCaptureFixture,
):
reset = general_tasks.reset_solution_state_if_needed
assert reset(solution.id) is None
assert 'does not exist' not in caplog.text
next_unchecked = Solution.next_unchecked()
assert next_unchecked
next_unchecked.start_checking()
assert reset(solution.id) is None
assert 'does not exist' not in caplog.text
solution_id_that_does_not_exists = 1234567890
with pytest.raises(models.Solution.DoesNotExist):
assert reset(solution_id_that_does_not_exists) is None
assert 'does not exist' in caplog.text
def get_next_unchecked(exercise_id: int = 0) -> Optional[Solution]:
if exercise_id == 0:
return Solution.next_unchecked()
return Solution.next_unchecked_of(exercise_id)
