def checkStack(q,correct):
stack=getStack(input.get_input(q))
response = ""
errors = 0
grade = 0
if(stack == correct):
grade=100
feedback.set_problem_result("success", q)
feedback.set_problem_feedback(response, q)
return grade
else:
if not (stack.startswith( correct[0:1] ) ):
response += "The top-label of your stack is incorrect.\n"
if not (stack.endswith( correct[-2:] ) ):
response += "The bottom label of your stack is incorrect.\n"
clist=correct.split(':')
slist=stack.split(':')
if len(slist) > len(clist):
response += "Your answer contains more labels in its stack than the correct one.\n"
if len(slist) < len(clist):
response += "Your answer contains fewer labels in its stack than the correct one.\n"
feedback.set_problem_result("failed", q)
response += "Your answer to this question is incorrect.\n"
feedback.set_problem_feedback(response, q)
return grade
def checkSinglePath(q, correct):
path = getPath(input.get_input(q))
response = ""
errors = 0
grade = 0
if (path == correct):
grade = 100
feedback.set_problem_result("success", q)
feedback.set_problem_feedback(response, q)
return grade
else:
if not (path.startswith(correct[0:1])):
response += "Your answer does not start with {}\n".format(
correct[0:1])
if not (path.endswith(correct[-2:])):
response += "Your answer does not end with {}\n".format(
correct[-2:])
if (',' in path):
response += "There is only one path from this router.\n"
feedback.set_problem_result("failed", q)
response += "Your answer to this question is incorrect. There is only one path from this router to the destination.\n"
feedback.set_problem_feedback(response, q)
return grade
def checkNPaths(q, correct):
path = getPath(input.get_input(q))
list = path.split(',')
clist = correct.split(',')
errors = 0
grade = 0
response = ""
if (len(list) != len(clist)):
feedback.set_problem_result("failed", q)
response += "Your answer to this question is incorrect. There are {} paths from this router.\n".format(
len(clist))
feedback.set_problem_feedback(response, q)
return 0
for l in clist:
if not (l in list):
feedback.set_problem_result("failed", q)
response += "Your answer to this question is incorrect.\n"
feedback.set_problem_feedback(response, q)
return 0
feedback.set_problem_result("success", q)
feedback.set_problem_feedback(response, "q1")
return 100
simp_answer = "("
for el in answer:
if el in "-.,1234567890":
simp_answer += el
simp_answer += ")"
return simp_answer == correction
answer = input.get_input(
"q1") #Remplacez tous les 'q1' par l'ID du sous-problème
grade = 0
check = is_coordinates(answer)
if check != True: #Renvoie un feedback personnalisé en fonction des erreurs rencontrées
feedback.set_problem_result("failed", "q1") #Ici
if check == "parenthese":
feedback.set_problem_feedback(
"Votre réponse doit contenir des parenthèses pour délimiter le point",
"q1") #Ici
if check == "lettre":
feedback.set_problem_feedback(
"Votre réponse ne doit contenir que des chiffres", "q1") #Ici
if check == "separateur":
feedback.set_problem_feedback(
"Les coordonnées doivent être séparées par une virgule",
"q1") #Ici
elif check == True:
if is_correct(
answer, "(2,2)"
"* {desc}\n\n => réussi ({weight}/{weight}) pts)\n\n".format(
**test) + (" Info: {}\n\n".format(" — ".join(
test['info_msgs'])) if test['info_msgs'] else '\n'),
test['pid'], True)
tests_result[test['pid']] = True if tests_result.get(
test['pid'], True) else False
else:
feedback.set_problem_feedback(
"* {desc}\n\n => échoué (0/{weight}) pts)\n\n".format(**test) +
(" Info: {}\n\n".format(" — ".join(test['info_msgs']))
if test['info_msgs'] else '\n'), test['pid'], True)
tests_result[test['pid']] = False
for pid, result in tests_result.items():
if result:
feedback.set_problem_result("success", pid)
else:
feedback.set_problem_result("failed", pid)
with open("../task.yaml", 'r') as stream:
problems = yaml.load(stream)['problems']
for name, meta in problems.items():
if meta['type'] == 'match':
answer = input.get_input(name)
if answer == meta['answer']:
feedback.set_problem_result("success", name)
feedback.set_problem_feedback(
"Votre réponse est correcte. (1/1 pts)", name, True)
score += 1
else:
def set_problem_result(problem_id, result, fb):
"""Set the result and the feedback to a problem."""
feedback.set_problem_result(result, problem_id)
feedback.set_problem_feedback(fb, problem_id)