def _table_headers(questions):
"""
Return the header labels for a set of questions as a list of strings.
This will create separate columns for each multiple-choice possiblity
and freeform options, to avoid mixing data types and make charting easier.
"""
ql = list(questions)
ql.sort(lambda x, y: numal_sort(x.number, y.number))
columns = []
for q in ql:
if q.type == 'choice-yesnocomment':
columns.extend([q.number, q.number + "-freeform"])
elif q.type == 'choice-freeform':
columns.extend([q.number, q.number + "-freeform"])
elif q.type.startswith('choice-multiple'):
cl = [c.value for c in q.choice_set.all()]
cl.sort(numal_sort)
columns.extend([q.number + '-' + value for value in cl])
if q.type == 'choice-multiple-freeform':
columns.append(q.number + '-freeform')
else:
columns.append(q.number)
return columns
def _table_headers(questions):
"""
Return the header labels for a set of questions as a list of strings.
This will create separate columns for each multiple-choice possiblity
and freeform options, to avoid mixing data types and make charting easier.
"""
ql = list(questions)
ql.sort(lambda x, y: numal_sort(x.number, y.number))
columns = []
for q in ql:
if q.type == 'choice-yesnocomment':
columns.extend([q.number, q.number + "-freeform"])
elif q.type == 'choice-freeform':
columns.extend([q.number, q.number + "-freeform"])
elif q.type.startswith('choice-multiple'):
cl = [c.value for c in q.choice_set.all()]
cl.sort(numal_sort)
columns.extend([q.number + '-' + value for value in cl])
if q.type == 'choice-multiple-freeform':
columns.append(q.number + '-freeform')
else:
columns.append(q.number)
return columns