def create_question_from(dictionary, dbm):
"""
Given a dictionary that defines a question, this would create a field with all the validations that are
defined on it.
"""
type = dictionary.get("type")
name = dictionary.get("name")
code = dictionary.get("code")
is_entity_question = dictionary.get("entity_question_flag")
label_dict = dictionary.get("label")
instruction = dictionary.get("instruction")
label = None
if label_dict is not None:
label = label_dict.get(field_attributes.DEFAULT_LANGUAGE)
ddtype = DataDictType.create_from_json(dictionary.get("ddtype"), dbm)
if type == field_attributes.TEXT_FIELD:
return _get_text_field(code, ddtype, dictionary, is_entity_question, label, name, instruction=instruction)
elif type == field_attributes.INTEGER_FIELD:
return _get_integer_field(code, ddtype, dictionary, label, name, instruction=instruction)
elif type == field_attributes.DATE_FIELD:
return _get_date_field(code, ddtype, dictionary, label, name, instruction=instruction)
elif type == field_attributes.LOCATION_FIELD:
return GeoCodeField(name=name, code=code, label=label, ddtype=ddtype, instruction=instruction)
elif type == field_attributes.SELECT_FIELD or type == field_attributes.MULTISELECT_FIELD:
return _get_select_field(code, ddtype, dictionary, label, name, type, instruction=instruction)
elif type == field_attributes.LIST_FIELD:
return _get_list_field(name, code, label, ddtype, instruction=instruction)
return None
def create_question_from(dictionary, dbm):
"""
Given a dictionary that defines a question, this would create a field with all the validations that are
defined on it.
"""
type = dictionary.get("type")
name = dictionary.get("name")
code = dictionary.get("code")
is_entity_question = dictionary.get("entity_question_flag")
label_dict = dictionary.get("label")
instruction = dictionary.get("instruction")
label = None
if label_dict is not None:
label = label_dict.get(field_attributes.DEFAULT_LANGUAGE)
ddtype = DataDictType.create_from_json(dictionary.get("ddtype"), dbm)
if type == field_attributes.TEXT_FIELD:
return _get_text_field(code,
ddtype,
dictionary,
is_entity_question,
label,
name,
instruction=instruction)
elif type == field_attributes.INTEGER_FIELD:
return _get_integer_field(code,
ddtype,
dictionary,
label,
name,
instruction=instruction)
elif type == field_attributes.DATE_FIELD:
return _get_date_field(code,
ddtype,
dictionary,
label,
name,
instruction=instruction)
elif type == field_attributes.LOCATION_FIELD:
return GeoCodeField(name=name,
code=code,
label=label,
ddtype=ddtype,
instruction=instruction)
elif type == field_attributes.SELECT_FIELD or type == field_attributes.MULTISELECT_FIELD:
return _get_select_field(code,
ddtype,
dictionary,
label,
name,
type,
instruction=instruction)
elif type == field_attributes.LIST_FIELD:
return _get_list_field(name,
code,
label,
ddtype,
instruction=instruction)
return None
def test_should_create_from_json(self):
_id = "1"
first_name = u'First name'
primitive_type = u'string'
slug = u'first_Name'
json = {'_id': _id,
'constraints': {},
'created': '2010-01-01T10:11:12+00:00',
'description': None,
'document_type': u'DataDict',
'modified': None,
'name': first_name,
'primitive_type': primitive_type,
'slug': slug,
'tags': [],
'void': False}
ddtype = DataDictType.create_from_json(json, self.dbm)
self.assertEqual(_id, ddtype.id)
self.assertEqual(first_name, ddtype.name)
self.assertEqual(primitive_type, ddtype.primitive_type)
self.assertEqual(slug, ddtype.slug)
self.assertEqual({}, ddtype.constraints)
self.assertEqual([], ddtype.tags)
