def new_answer(question, form, user):
if isinstance(question, QuestionYN):
answer = Answer(answerYN=(form["c" + str(question.id)].data == "Yes"), user=user, question=question)
answer.answerText = str(answer.answerYN)
if isinstance(question, QuestionText):
if question.isNumber:
if question.isNumberFloat:
answer = Answer(
answerNumeric=form["c" + str(question.id)].data.replace(",", "."), user=user, question=question
)
else:
answer = Answer(answerNumeric=form["c" + str(question.id)].data, user=user, question=question)
answer.answerText = answer.answerNumeric
else:
answer = Answer(answerText=form["c" + str(question.id)].data, user=user, question=question)
if isinstance(question, QuestionChoice):
answer = Answer(answerNumeric=form["c" + str(question.id)].data, user=user, question=question)
if question.render != "select":
answer.answerText = form["c" + str(question.id)].choices[int(form["c" + str(question.id)].data)][1]
else:
# if ==select, the firts element is empty, form[0]=''
answer.answerText = form["c" + str(question.id)].choices[int(form["c" + str(question.id)].data) + 1][1]
if isinstance(question, QuestionLikertScale):
answer = Answer(answerNumeric=form["c" + str(question.id)].data, user=user, question=question)
answer.answerText = form["c" + str(question.id)].choices[int(form["c" + str(question.id)].data)][1]
answer.globalTime = form["globalTimec" + str(question.id)].data
answer.differentialTime = form["differentialTimec" + str(question.id)].data
return answer
def new_answer(question,form,user):
if isinstance (question,QuestionYN):
answer = Answer (answerYN = (form["c"+str(question.id)].data=='Yes'), user= user, question = question)
answer.answerText = str(answer.answerYN)
if isinstance (question,QuestionText):
if question.isNumber:
if question.isNumberFloat:
answer = Answer (answerNumeric = form["c"+str(question.id)].data.replace(",","."), user= user, question = question)
else:
answer = Answer (answerNumeric = form["c"+str(question.id)].data, user= user, question = question)
answer.answerText= answer.answerNumeric
else:
answer = Answer (answerText = form["c"+str(question.id)].data, user= user, question = question)
if isinstance (question,QuestionChoice):
answer = Answer (answerNumeric = form["c"+str(question.id)].data, user= user, question = question)
answer.answerText = form["c"+str(question.id)].choices[int(form["c"+str(question.id)].data)][1]
if isinstance (question, QuestionLikertScale):
answer = Answer (answerNumeric = form["c"+str(question.id)].data, user= user, question = question)
answer.answerText = form["c"+str(question.id)].choices[int(form["c"+str(question.id)].data)][1]
answer.globalTime = form["globalTimec"+str(question.id)].data
answer.differentialTime = form["differentialTimec"+str(question.id)].data
return answer
def answer_question(user,q, time):
l=[0,0.5,1,1.5,2,2.5,3,3.5,4,4.5,5,5.5,6,6.5,7,7.5,8,8.5,9,9.5,10]
l2=[0,2,4,6,8,10,12,14,16,18,20]
if q.decision=="decision_one_v1":
i=random.choice(l)
answer=models.Answer(answerNumeric=i,user=user,question=q)
answer.answerText=(i)
elif q.decision=="decision_one_v2":
i=random.choice(l)
answer=models.Answer(answerNumeric=i,user=user,question=q)
answer.answerText=(i)
elif q.decision=="decision_two":
i=random.choice(l)
answer=models.Answer(answerNumeric=i,user=user,question=q)
answer.answerText=(i)
elif q.decision=="decision_three":
i=random.choice(l)
answer=models.Answer(answerNumeric=i,user=user,question=q)
answer.answerText=(i)
elif q.decision=="decision_four":
i=random.choice(l2)
answer=models.Answer(answerNumeric=i,user=user,question=q)
answer.answerText=(i)
elif q.decision=="decision_six":
i=random.choice(l2)
answer=models.Answer(answerNumeric=i,user=user,question=q)
answer.answerText=(i)
elif q.decision=="decision_five":
i=random.randrange(0,2)
answer=models.Answer(answerNumeric=i,user=user,question=q)
answer.answerText = q.choices[answer.answerNumeric]
elif isinstance (q, QuestionYN):
answer = Answer (answerYN =random.randrange(0,2)==1, user= user, question = q)
answer.answerText = str(answer.answerYN)
elif isinstance (q, QuestionText):
if q.isExpectedAnswer():
if random.choice([0,1,1])==1:
# 66% of know the answer
answer = Answer (answerText =q.expectedAnswer.lower(), user= user, question = q)
answer.numberAttempt= random.randrange(1, q.maxNumberAttempt+1)
else:
answer = Answer (answerText =forgery_py.forgery.lorem_ipsum.word(), user= user, question = q)
answer.numberAttempt= q.maxNumberAttempt+1
elif q.isNumber:
answer = Answer (answerNumeric =random.randrange(0,100), user= user, question = q)
answer.answerText = answer.answerNumeric
else:
answer = Answer (answerText =forgery_py.forgery.lorem_ipsum.word(), user= user, question = q)
elif isinstance (q,QuestionChoice):
if q.is_range:
answer = Answer (answerNumeric =random.randrange(q.range_min,q.range_max), user= user, question = q)
answer.answerText = answer.answerNumeric
else:
answer = Answer (answerNumeric =random.randrange(0,len(q.choices)), user= user, question = q)
answer.answerText = q.choices[answer.answerNumeric]
elif isinstance (q,QuestionLikertScale):
answer = Answer (answerNumeric =random.randrange(q.minLikert,q.maxLikert+1), user= user, question = q)
answer.answerText = answer.answerNumeric
else:
print "tipo de pregunta invalido"
quit()
t = random.randrange(900, 6500)
time = time + t
answer.globalTime = time
answer.differentialTime = t
db.session.add(answer)
return time
