def _add_to_question_response_map(data, repeat_index=None):
for index, question in enumerate(data):
if question.children:
next_index = repeat_index if question.repeat else index
_add_to_question_response_map(question.children,
repeat_index=next_index)
elif question.editable and question.response is not None: # ignore complex and skipped questions
value = question.value
if question.repeat:
if question.repeat not in repeats:
repeats[question.repeat] = repeat_index + 1
else:
# This is the second or later instance of a repeat group, so it gets [i] notation
value = _repeat_question_value(question,
repeat_index + 1)
# Update first instance of repeat group, which didn't know it needed [i] notation
if question.value in question_response_map:
first_value = _repeat_question_value(
question, repeat_index)
question_response_map[
first_value] = question_response_map.pop(
question.value)
try:
index = ordered_question_values.index(
question.value)
ordered_question_values[index] = first_value
except ValueError:
pass
# Limit data cleaning to nodes that can be found in the response submission.
# form_data may contain other data that shouldn't be clean-able, like subcase attributes.
try:
get_node(instance.get_xml_element(), value, instance.xmlns)
except XFormQuestionValueNotFound:
continue
question_response_map[value] = {
'label':
question.label,
'icon':
question.icon,
'value':
question.response,
'options': [{
'id': option.value,
'text': option.label,
} for option in question.options],
}
if question.type == 'MSelect':
question_response_map[value].update({
'multiple': True,
})
ordered_question_values.append(value)
def _add_to_question_response_map(data, repeat_index=None):
for index, question in enumerate(data):
if question.children:
next_index = repeat_index if question.repeat else index
_add_to_question_response_map(question.children, repeat_index=next_index)
elif question.editable and question.response is not None: # ignore complex and skipped questions
value = question.value
if question.repeat:
if question.repeat not in repeats:
repeats[question.repeat] = repeat_index + 1
else:
# This is the second or later instance of a repeat group, so it gets [i] notation
value = _repeat_question_value(question, repeat_index + 1)
# Update first instance of repeat group, which didn't know it needed [i] notation
if question.value in question_response_map:
first_value = _repeat_question_value(question, repeat_index)
question_response_map[first_value] = question_response_map.pop(question.value)
try:
index = ordered_question_values.index(question.value)
ordered_question_values[index] = first_value
except ValueError:
pass
# Limit data cleaning to nodes that can be found in the response submission.
# form_data may contain other data that shouldn't be clean-able, like subcase attributes.
try:
get_node(instance.get_xml_element(), value, instance.xmlns)
except XFormQuestionValueNotFound:
continue
question_response_map[value] = {
'label': question.label,
'icon': question.icon,
'value': question.response,
'options': [{
'id': option.value,
'text': option.label,
} for option in question.options],
}
if question.type == 'MSelect':
question_response_map[value].update({
'multiple': True,
})
ordered_question_values.append(value)
def test_get_node(self):
xml = '''
<data>
<something>elephant</something>
<twin>
<name>romulus</name>
</twin>
<twin>
<name>remus</name>
</twin>
<has_attribute attr="dirty" />
</data>
'''
root = etree.fromstring(xml)
self.assertEqual('elephant', get_node(root, '/data/something').text)
self.assertEqual('romulus', get_node(root, '/data/twin[1]/name').text)
self.assertEqual('remus', get_node(root, '/data/twin[2]/name').text)
with self.assertRaises(XFormQuestionValueNotFound):
get_node(root, '/data/has_attribute/@dirty')
