def test_do_attempt_feedback_is_updated(self):
"""
Test updating overall feedback after submitting solution in assessment mode
"""
# used keyboard mode to avoid bug/feature with selenium "selecting" everything instead of dragging an element
self.place_item(0, TOP_ZONE_ID, Keys.RETURN)
self.click_submit()
# There are five items total (4 items with zones and one decoy item).
# We place the first item into correct zone and left the decoy item in the bank,
# which means the current grade is 2/5.
expected_grade = 2.0 / 5.0
feedback_lines = [
"FEEDBACK",
FeedbackMessages.correctly_placed(1),
FeedbackMessages.not_placed(3),
START_FEEDBACK,
FeedbackMessages.GRADE_FEEDBACK_TPL.format(score=expected_grade)
]
expected_feedback = "\n".join(feedback_lines)
self.assertEqual(self._get_feedback().text, expected_feedback)
# Place the item into incorrect zone. The score does not change.
self.place_item(1, BOTTOM_ZONE_ID, Keys.RETURN)
self.click_submit()
feedback_lines = [
"FEEDBACK",
FeedbackMessages.correctly_placed(1),
FeedbackMessages.misplaced_returned(1),
FeedbackMessages.not_placed(2),
START_FEEDBACK,
FeedbackMessages.GRADE_FEEDBACK_TPL.format(score=expected_grade)
]
expected_feedback = "\n".join(feedback_lines)
self.assertEqual(self._get_feedback().text, expected_feedback)
# reach final attempt
for _ in xrange(self.MAX_ATTEMPTS-3):
self.click_submit()
self.place_item(1, MIDDLE_ZONE_ID, Keys.RETURN)
self.place_item(2, BOTTOM_ZONE_ID, Keys.RETURN)
self.place_item(3, TOP_ZONE_ID, Keys.RETURN)
self.click_submit()
# All items are correctly placed, so we get the full score (1.0).
expected_grade = 1.0
feedback_lines = [
"FEEDBACK",
FeedbackMessages.correctly_placed(4),
FINISH_FEEDBACK,
FeedbackMessages.FINAL_ATTEMPT_TPL.format(score=expected_grade)
]
expected_feedback = "\n".join(feedback_lines)
self.assertEqual(self._get_feedback().text, expected_feedback)
def test_do_attempt_feedback_is_updated(self):
"""
Test updating overall feedback after submitting solution in assessment mode
"""
# used keyboard mode to avoid bug/feature with selenium "selecting" everything instead of dragging an element
self.place_item(0, TOP_ZONE_ID, Keys.RETURN)
self.click_submit()
feedback_lines = [
"FEEDBACK",
FeedbackMessages.correctly_placed(1),
FeedbackMessages.not_placed(3),
START_FEEDBACK
]
expected_feedback = "\n".join(feedback_lines)
self.assertEqual(self._get_feedback().text, expected_feedback)
self.place_item(1, BOTTOM_ZONE_ID, Keys.RETURN)
self.click_submit()
feedback_lines = [
"FEEDBACK",
FeedbackMessages.correctly_placed(1),
FeedbackMessages.misplaced_returned(1),
FeedbackMessages.not_placed(2),
START_FEEDBACK
]
expected_feedback = "\n".join(feedback_lines)
self.assertEqual(self._get_feedback().text, expected_feedback)
# reach final attempt
for _ in xrange(self.MAX_ATTEMPTS-3):
self.click_submit()
self.place_item(1, MIDDLE_ZONE_ID, Keys.RETURN)
self.place_item(2, BOTTOM_ZONE_ID, Keys.RETURN)
self.place_item(3, TOP_ZONE_ID, Keys.RETURN)
self.click_submit()
feedback_lines = [
"FEEDBACK",
FeedbackMessages.correctly_placed(4),
FINISH_FEEDBACK,
FeedbackMessages.FINAL_ATTEMPT_TPL.format(score=1.0)
]
expected_feedback = "\n".join(feedback_lines)
self.assertEqual(self._get_feedback().text, expected_feedback)
def test_do_attempt_no_grade_feedback_with_zero_weight(self):
self.block.weight = 0
self.block.save()
self._submit_solution({0: self.ZONE_1}) # partial solution
self._do_attempt()
self._submit_solution({
0: self.ZONE_1,
1: self.ZONE_2,
2: self.ZONE_2
}) # correct solution
res = self._do_attempt()
expected_item_feedback = []
expected_overall_feedback = [
self._make_feedback_message(
FeedbackMessages.correctly_placed(3),
FeedbackMessages.MessageClasses.CORRECTLY_PLACED),
self._make_feedback_message(
self.FINAL_FEEDBACK,
FeedbackMessages.MessageClasses.CORRECT_SOLUTION)
]
self._assert_item_and_overall_feedback(res, expected_item_feedback,
expected_overall_feedback)
def test_do_attempt_feedback_correct_and_decoy(self):
self._submit_solution({
0: self.ZONE_1,
1: self.ZONE_2,
3: self.ZONE_2
}) # incorrect solution - decoy placed
res = self._do_attempt()
expected_item_feedback = []
expected_overall_feedback = [
self._make_feedback_message(
FeedbackMessages.correctly_placed(2),
FeedbackMessages.MessageClasses.CORRECTLY_PLACED),
self._make_feedback_message(
FeedbackMessages.misplaced_returned(1),
FeedbackMessages.MessageClasses.MISPLACED),
self._make_feedback_message(
FeedbackMessages.not_placed(1),
FeedbackMessages.MessageClasses.NOT_PLACED),
self._make_feedback_message(self.INITIAL_FEEDBACK, None),
self._make_feedback_message(
FeedbackMessages.GRADE_FEEDBACK_TPL.format(
score=self.block.grade),
FeedbackMessages.MessageClasses.PARTIAL_SOLUTION),
]
self._assert_item_and_overall_feedback(res, expected_item_feedback,
expected_overall_feedback)
def test_do_attempt_feedback_correct_and_decoy(self):
self._submit_solution({0: self.ZONE_1, 1: self.ZONE_2, 3: self.ZONE_2}) # incorrect solution - decoy placed
res = self._do_attempt()
expected_item_feedback = []
expected_overall_feedback = [
self._make_feedback_message(
FeedbackMessages.correctly_placed(2),
FeedbackMessages.MessageClasses.CORRECTLY_PLACED
),
self._make_feedback_message(
FeedbackMessages.misplaced_returned(1),
FeedbackMessages.MessageClasses.MISPLACED
),
self._make_feedback_message(
FeedbackMessages.not_placed(1),
FeedbackMessages.MessageClasses.NOT_PLACED
),
self._make_feedback_message(
self.INITIAL_FEEDBACK,
None
),
]
self._assert_item_and_overall_feedback(res, expected_item_feedback, expected_overall_feedback)
def test_do_attempt_feedback_is_updated(self):
"""
Test updating overall feedback after submitting solution in assessment mode
"""
# used keyboard mode to avoid bug/feature with selenium "selecting" everything instead of dragging an element
self.place_item(0, TOP_ZONE_ID, Keys.RETURN)
self.click_submit()
feedback_lines = [
"FEEDBACK",
FeedbackMessages.correctly_placed(1),
FeedbackMessages.not_placed(3), START_FEEDBACK
]
expected_feedback = "\n".join(feedback_lines)
self.assertEqual(self._get_feedback().text, expected_feedback)
self.place_item(1, BOTTOM_ZONE_ID, Keys.RETURN)
self.click_submit()
feedback_lines = [
"FEEDBACK",
FeedbackMessages.correctly_placed(1),
FeedbackMessages.misplaced_returned(1),
FeedbackMessages.not_placed(2), START_FEEDBACK
]
expected_feedback = "\n".join(feedback_lines)
self.assertEqual(self._get_feedback().text, expected_feedback)
# reach final attempt
for _ in xrange(self.MAX_ATTEMPTS - 3):
self.click_submit()
self.place_item(1, MIDDLE_ZONE_ID, Keys.RETURN)
self.place_item(2, BOTTOM_ZONE_ID, Keys.RETURN)
self.place_item(3, TOP_ZONE_ID, Keys.RETURN)
self.click_submit()
feedback_lines = [
"FEEDBACK",
FeedbackMessages.correctly_placed(4), FINISH_FEEDBACK,
FeedbackMessages.FINAL_ATTEMPT_TPL.format(score=1.0)
]
expected_feedback = "\n".join(feedback_lines)
self.assertEqual(self._get_feedback().text, expected_feedback)
def test_do_attempt_feedback_correct(self):
self._submit_solution({0: self.ZONE_1, 1: self.ZONE_2, 2: self.ZONE_2}) # correct solution
res = self._do_attempt()
expected_item_feedback = []
expected_overall_feedback = [
self._make_feedback_message(
FeedbackMessages.correctly_placed(3), FeedbackMessages.MessageClasses.CORRECTLY_PLACED
),
self._make_feedback_message(self.FINAL_FEEDBACK, FeedbackMessages.MessageClasses.CORRECT_SOLUTION),
]
self._assert_item_and_overall_feedback(res, expected_item_feedback, expected_overall_feedback)
def test_do_attempt_feedback_partial(self):
self._submit_solution({0: self.ZONE_1}) # partial solution
res = self._do_attempt()
expected_item_feedback = []
expected_overall_feedback = [
self._make_feedback_message(
FeedbackMessages.correctly_placed(1), FeedbackMessages.MessageClasses.CORRECTLY_PLACED
),
self._make_feedback_message(FeedbackMessages.not_placed(2), FeedbackMessages.MessageClasses.NOT_PLACED),
self._make_feedback_message(self.INITIAL_FEEDBACK, None),
]
self._assert_item_and_overall_feedback(res, expected_item_feedback, expected_overall_feedback)
def test_do_attempt_feedback_partial(self):
self._submit_solution({0: self.ZONE_1}) # partial solution
res = self._do_attempt()
expected_item_feedback = []
expected_overall_feedback = [
self._make_feedback_message(
FeedbackMessages.correctly_placed(1),
FeedbackMessages.MessageClasses.CORRECTLY_PLACED),
self._make_feedback_message(
FeedbackMessages.not_placed(2),
FeedbackMessages.MessageClasses.NOT_PLACED),
self._make_feedback_message(self.INITIAL_FEEDBACK, None),
]
self._assert_item_and_overall_feedback(res, expected_item_feedback,
expected_overall_feedback)
def test_do_attempt_feedback_correct(self):
self._submit_solution({0: self.ZONE_1, 1: self.ZONE_2, 2: self.ZONE_2}) # correct solution
res = self._do_attempt()
expected_item_feedback = []
expected_overall_feedback = [
self._make_feedback_message(
FeedbackMessages.correctly_placed(3), FeedbackMessages.MessageClasses.CORRECTLY_PLACED
),
self._make_feedback_message(self.FINAL_FEEDBACK, FeedbackMessages.MessageClasses.CORRECT_SOLUTION),
self._make_feedback_message(
FeedbackMessages.GRADE_FEEDBACK_TPL.format(score=self.block.weighted_grade()),
FeedbackMessages.MessageClasses.CORRECT_SOLUTION
),
]
self._assert_item_and_overall_feedback(res, expected_item_feedback, expected_overall_feedback)
def test_do_attempt_feedback_partial(self):
self._submit_solution({0: self.ZONE_1}) # partial solution
res = self._do_attempt()
expected_item_feedback = []
expected_overall_feedback = [
self._make_feedback_message(
FeedbackMessages.correctly_placed(1), FeedbackMessages.MessageClasses.CORRECTLY_PLACED
),
self._make_feedback_message(FeedbackMessages.not_placed(2), FeedbackMessages.MessageClasses.NOT_PLACED),
self._make_feedback_message(self.INITIAL_FEEDBACK, None),
self._make_feedback_message(
FeedbackMessages.GRADE_FEEDBACK_TPL.format(score=self.block.weighted_grade()),
FeedbackMessages.MessageClasses.PARTIAL_SOLUTION
),
]
self._assert_item_and_overall_feedback(res, expected_item_feedback, expected_overall_feedback)
def test_do_attempt_feedback_incorrect_not_placed(self):
self._submit_solution({0: self.ZONE_2, 1: self.ZONE_2})
res = self._do_attempt()
expected_item_feedback = [
self._make_feedback_message(self.FEEDBACK[0]['incorrect'])
]
expected_overall_feedback = [
self._make_feedback_message(
FeedbackMessages.correctly_placed(1),
FeedbackMessages.MessageClasses.CORRECTLY_PLACED),
self._make_feedback_message(
FeedbackMessages.misplaced_returned(1),
FeedbackMessages.MessageClasses.MISPLACED),
self._make_feedback_message(
FeedbackMessages.not_placed(1),
FeedbackMessages.MessageClasses.NOT_PLACED),
self._make_feedback_message(self.INITIAL_FEEDBACK, None),
]
self._assert_item_and_overall_feedback(res, expected_item_feedback,
expected_overall_feedback)
def test_do_attempt_feedback_is_updated(self):
"""
Test updating overall feedback after submitting solution in assessment mode
"""
def check_feedback(overall_feedback_lines,
per_item_feedback_lines=None):
# Check that the feedback is correctly displayed in the overall feedback area.
expected_overall_feedback = "\n".join(["FEEDBACK"] +
overall_feedback_lines)
self.assertEqual(self._get_feedback().text,
expected_overall_feedback)
# Check that the SR.readText function was passed correct feedback messages.
sr_feedback_lines = overall_feedback_lines
if per_item_feedback_lines:
sr_feedback_lines += [
"Some of your answers were not correct.", "Hints:"
]
sr_feedback_lines += per_item_feedback_lines
self.assert_reader_feedback_messages(sr_feedback_lines)
# used keyboard mode to avoid bug/feature with selenium "selecting" everything instead of dragging an element
self.place_item(0, TOP_ZONE_ID, Keys.RETURN)
self.click_submit()
# There are five items total (4 items with zones and one decoy item).
# We place the first item into correct zone and left the decoy item in the bank,
# which means the current grade is 2/5.
expected_grade = 2.0 / 5.0
feedback_lines = [
FeedbackMessages.correctly_placed(1),
FeedbackMessages.not_placed(3), START_FEEDBACK,
FeedbackMessages.GRADE_FEEDBACK_TPL.format(score=expected_grade)
]
check_feedback(feedback_lines)
# Place the item into incorrect zone. The score does not change.
self.place_item(1, BOTTOM_ZONE_ID, Keys.RETURN)
self.click_submit()
feedback_lines = [
FeedbackMessages.correctly_placed(1),
FeedbackMessages.misplaced_returned(1),
FeedbackMessages.not_placed(2), START_FEEDBACK,
FeedbackMessages.GRADE_FEEDBACK_TPL.format(score=expected_grade)
]
check_feedback(feedback_lines,
["No, this item does not belong here. Try again."])
# reach final attempt
for _ in xrange(self.MAX_ATTEMPTS - 3):
self.click_submit()
self.place_item(1, MIDDLE_ZONE_ID, Keys.RETURN)
self.place_item(2, BOTTOM_ZONE_ID, Keys.RETURN)
self.place_item(3, TOP_ZONE_ID, Keys.RETURN)
self.click_submit()
# All items are correctly placed, so we get the full score (1.0).
expected_grade = 1.0
feedback_lines = [
FeedbackMessages.correctly_placed(4), FINISH_FEEDBACK,
FeedbackMessages.FINAL_ATTEMPT_TPL.format(score=expected_grade)
]
check_feedback(feedback_lines)
