def test_parse_from_xml(self, data):
# Update the block based on the fixture XML definition
config = parse_from_xml_str("".join(data["xml"]))
# Check that the contents of the modified XBlock are correct
expected_fields = [
"title",
"prompt",
"start",
"due",
"submission_start",
"submission_due",
"criteria",
"assessments",
"allow_file_upload",
"leaderboard_show",
]
for field_name in expected_fields:
if field_name in data:
actual = config[field_name]
expected = data[field_name]
if field_name in ["start", "due"]:
expected = _parse_date(expected)
self.assertEqual(
actual,
expected,
msg=u"Wrong value for '{key}': was {actual} but expected {expected}".format(
key=field_name, actual=repr(actual), expected=repr(expected)
),
)
def test_serialize_missing_names_and_labels(self):
# Configure rubric criteria and options with no names or labels
# This *should* never happen, but if it does, recover gracefully
# by assigning unique names and empty labels
self._configure_xblock({})
for criterion in self.oa_block.rubric_criteria:
del criterion["name"]
del criterion["label"]
for option in criterion["options"]:
del option["name"]
del option["label"]
xml = serialize_content(self.oa_block)
content_dict = parse_from_xml_str(xml)
# Verify that all names are unique
# and that all labels are empty
criterion_names = set()
option_names = set()
criteria_count = 0
options_count = 0
for criterion in content_dict["rubric_criteria"]:
criterion_names.add(criterion["name"])
self.assertEqual(criterion["label"], u"")
criteria_count += 1
for option in criterion["options"]:
option_names.add(option["name"])
self.assertEqual(option["label"], u"")
options_count += 1
self.assertEqual(len(criterion_names), criteria_count)
self.assertEqual(len(option_names), options_count)
def test_parse_from_xml(self, data):
# Update the block based on the fixture XML definition
config = parse_from_xml_str("".join(data['xml']))
# Check that the contents of the modified XBlock are correct
expected_fields = [
'title', 'prompts', 'start', 'due', 'submission_start',
'submission_due', 'criteria', 'assessments', 'file_upload_type',
'white_listed_file_types', 'allow_multiple_files', 'allow_latex',
'leaderboard_show'
]
for field_name in expected_fields:
if field_name in data:
actual = config[field_name]
expected = data[field_name]
if field_name in ['start', 'due']:
expected = _parse_date(expected)
self.assertEqual(
actual,
expected,
msg=
"Wrong value for '{key}': was {actual} but expected {expected}"
.format(key=field_name,
actual=repr(actual),
expected=repr(expected)))
def test_serialize_missing_names_and_labels(self):
# Configure rubric criteria and options with no names or labels
# This *should* never happen, but if it does, recover gracefully
# by assigning unique names and empty labels
self._configure_xblock({})
for criterion in self.oa_block.rubric_criteria:
del criterion['name']
del criterion['label']
for option in criterion['options']:
del option['name']
del option['label']
xml = serialize_content(self.oa_block)
content_dict = parse_from_xml_str(xml)
# Verify that all names are unique
# and that all labels are empty
criterion_names = set()
option_names = set()
criteria_count = 0
options_count = 0
for criterion in content_dict['rubric_criteria']:
criterion_names.add(criterion['name'])
self.assertEqual(criterion['label'], '')
criteria_count += 1
for option in criterion['options']:
option_names.add(option['name'])
self.assertEqual(option['label'], '')
options_count += 1
self.assertEqual(len(criterion_names), criteria_count)
self.assertEqual(len(option_names), options_count)
def test_parse_from_xml(self, data):
# Update the block based on the fixture XML definition
config = parse_from_xml_str("".join(data['xml']))
# Check that the contents of the modified XBlock are correct
expected_fields = [
'title',
'prompts',
'start',
'due',
'submission_start',
'submission_due',
'criteria',
'assessments',
'allow_file_upload',
'allow_latex',
'leaderboard_show'
]
for field_name in expected_fields:
if field_name in data:
actual = config[field_name]
expected = data[field_name]
if field_name in ['start', 'due']:
expected = _parse_date(expected)
self.assertEqual(
actual, expected,
msg=u"Wrong value for '{key}': was {actual} but expected {expected}".format(
key=field_name,
actual=repr(actual),
expected=repr(expected)
)
)
def test_parse_from_xml_error(self, data):
with self.assertRaises(UpdateFromXmlError):
parse_from_xml_str("".join(data["xml"]))
def test_parse_from_xml_error(self, data):
with self.assertRaises(UpdateFromXmlError):
parse_from_xml_str("".join(data['xml']))