def fromXmlQuestion(root,section,msg):
text = findField('text',root,msg)
required = (findField('required',root,msg) =="True")
#CHOICES = findField('sequence',root,msg)
l=[]
for choice in root.findall('choice'):
l.append(choice.text)
expectedAnswer = findField('expectedAnswer',root,msg)
maxNumberAttempt = findField('maxNumberAttempt',root,msg)
type = findField('type',root,msg)
if type == 'yn':
question = QuestionYN()
elif type == 'text':
isNumber = (findField('isNumber',root,msg)=="True")
regularExpression = findField('regularExpression',root,msg)
errorMessage = findField('errorMessage',root,msg)
question = QuestionText(isNumber=isNumber,
regularExpression=regularExpression,
errorMessage=errorMessage)
elif type == 'choice':
question = QuestionChoice()
elif type == 'likertScale':
minLikert = findField('minLikert',root,msg)
maxLikert = findField('maxLikert',root,msg)
labelMin = findField('labelMin',root,msg)
labelMax = findField('labelMax',root,msg)
question = QuestionLikertScale(minLikert=minLikert,
maxLikert=maxLikert,
labelMin=labelMin,
labelMax=labelMax)
elif type == 'partTwo':
question = QuestionPartTwo()
elif type == 'decisionOne':
question = QuestionDecisionOne()
elif type == 'decisionTwo':
question = QuestionDecisionTwo()
elif type == 'decisionThree':
question = QuestionDecisionThree()
elif type == 'decisionFour':
question = QuestionDecisionFour()
elif type == 'decisionFive':
question = QuestionDecisionFive()
elif type == 'decisionSix':
question = QuestionDecisionSix()
else:
print "MIERDA, typo:", type
print "mierta texto: ", text
return False
question.text = text
question.required = required
question.expectedAnswer = expectedAnswer
question.maxNumberAttempt = maxNumberAttempt
question.choices = l
question.section = section
question.registerTime = False
db.session.add(question)
def selectType(form,section):
'''Function that read the form and generates the object the type Question
'''
if form.questionType.data =='yn':
question = QuestionYN()
if form.questionType.data == 'text':
question = QuestionText(isNumber=form.isNumber.data,
isNumberFloat=form.isNumberFloat.data,
regularExpression=form.regularExpression.data,
errorMessage=form.errorMessage.data)
if form.questionType.data == 'choice':
if form.range_min.data is not None:
question = QuestionChoice(range_min=form.range_min.data,
range_max=form.range_max.data,
range_step = form.range_step.data)
else:
l = [form.answer1.data,
form.answer2.data,
form.answer3.data,
form.answer4.data,
form.answer5.data,
form.answer6.data,
form.answer7.data,
form.answer8.data,
form.answer9.data,
form.answer10.data,
form.answer11.data,
form.answer12.data]
l_aux=[]
for i in l:
if len(i)!=0:
l_aux.append(i)
question = QuestionChoice(choices = l_aux)
question.render = form.render.data
if form.questionType.data == 'likertScale':
question = QuestionLikertScale(minLikert=form.minLikert.data,
maxLikert=form.maxLikert.data, labelMin=form.labelMinLikert.data,
labelMax=form.labelMaxLikert.data)
# subquestion
if form.operation.data!='none':
condition=Condition(operation=form.operation.data,
value=form.value.data)
db.session.add(condition)
question.condition=condition
question.parent=form.question.data
#decision:
if form.decisionType.data !='none':
question.is_real_money= form.is_real_money.data
if form.decisionType.data == "part_two":
l = [form.answer1.data,
form.answer2.data]
question.choices = l[0:2]
if form.decisionType.data == "decision_five":
l = [form.container.data]
question.container = l[0:1]
if form.feedback.data:
question.container = ["feedback"]
question.decision=form.decisionType.data
question.text = form.text.data
question.required = form.required.data
question.expectedAnswer = form.expectedAnswer.data
question.help_text = form.help_text.data
question.maxNumberAttempt = form.maxNumberAttempt.data
question.section=section
question.last_position()
return question
