def parse_problem(cls, problem_content):
problem_content = Problem.parse_problem(problem_content)
try:
problem_content['exclude'] = load(problem_content['exclude']) or {}
except ValueError as e:
raise ValueError('Exclude fields does not contain valid YAML: %s' % e)
try:
problem_content['redact'] = load(problem_content['redact']) or {}
except ValueError as e:
raise ValueError('Redacted fields does not contain valid YAML: %s' % e)
try:
problem_content['hide'] = load(problem_content['hide']) or {}
except ValueError as e:
raise ValueError('Hide fields does not contain valid YAML: %s' % e)
try:
problem_content['feedback'] = load(problem_content['feedback']) or {}
except ValueError as e:
raise ValueError('Feedback does not contain valid YAML: %s' % e)
problem_content['shuffle'] = problem_content.get('shuffle') == 'on'
if problem_content.get('range', '').strip():
r = problem_content.get('range').strip()
values = ('network', 'transport', 'application', 'network-transport', 'network-application', 'transport-application')
if r not in values:
raise ValueError('The network layers selected must be a value in ' + repr(values))
problem_content['range'] = r
return problem_content
def parse_problem(cls, problem_content):
problem_content = Problem.parse_problem(problem_content)
if "tolerance" in problem_content:
if problem_content["tolerance"]:
problem_content["tolerance"] = float(
problem_content["tolerance"])
else:
del problem_content["tolerance"]
if "choices" in problem_content:
problem_content["choices"] = [
val
for _, val in sorted(iter(problem_content["choices"].items()),
key=lambda x: int(x[0]))
if val["feedback"].strip()
]
if "answers" in problem_content:
problem_content["answers"] = [
val for _, val in problem_content["answers"].items()
]
for message in ["error_message", "success_message"]:
if message in problem_content and problem_content[message].strip(
) == "":
del problem_content[message]
return problem_content
def parse_problem(self, problem_content):
problem_content = Problem.parse_problem(problem_content)
try:
problem_content["boxes"] = json.loads(problem_content["boxes"], object_pairs_hook=OrderedDict)
except:
raise Exception("Invalid JSON in boxes content")
return problem_content
def parse_problem(cls, problem_content):
problem_content = Problem.parse_problem(problem_content)
if "error_msg_visibility_start" in problem_content and problem_content[
"error_msg_visibility"] == "hidden_until":
if problem_content["error_msg_visibility_start"] == '':
problem_content[
"error_msg_visibility_start"] = '2000-01-01 00:00:00'
else:
try:
datetime.strptime(
problem_content["error_msg_visibility_start"],
'%Y-%m-%d %X')
except ValueError:
raise ValueError("Invalid date format")
if "error_msg_attempts" in problem_content and problem_content[
"error_msg_visibility"] == "after_attempt" and problem_content[
"error_msg_attempts"] == '':
problem_content["error_msg_attempts"] = 0
if "tolerance" in problem_content:
if problem_content["tolerance"]:
problem_content["tolerance"] = float(
problem_content["tolerance"])
else:
del problem_content["tolerance"]
if "choices" in problem_content:
problem_content["choices"] = [
val
for _, val in sorted(iter(problem_content["choices"].items()),
key=lambda x: int(x[0]))
if val["feedback"].strip()
]
if "answers" in problem_content:
problem_content["answers"] = [
val for _, val in problem_content["answers"].items()
]
for message in ["error_message", "success_message"]:
if message in problem_content and problem_content[message].strip(
) == "":
del problem_content[message]
return problem_content
def parse_problem(self, problem_content):
return Problem.parse_problem(problem_content)