def test_get_field_names_to_extract(self):
# field names to extract should be the same
# as the field names to serialise
self.assertEqual(
Episode._get_fieldnames_to_serialize(),
Episode._get_fieldnames_to_extract()
)
def get_data_dictionary():
schema = {}
for subrecord in subrecords():
if getattr(subrecord, '_exclude_from_extract', False):
continue
field_names = subrecord._get_fieldnames_to_extract()
record_schema = [field_to_dict(subrecord, i) for i in field_names]
schema[subrecord.get_display_name()] = record_schema
field_names = Episode._get_fieldnames_to_extract()
schema["Episode"] = [field_to_dict(Episode, i) for i in field_names]
return OrderedDict(sorted(schema.items(), key=lambda t: t[0]))
def get_data_dictionary():
schema = {}
for subrecord in subrecords():
field_names = subrecord._get_fieldnames_to_extract()
record_schema = [field_to_dict(subrecord, i) for i in field_names]
schema[subrecord.get_display_name()] = record_schema
field_names = Episode._get_fieldnames_to_extract()
field_names.remove("start")
field_names.remove("end")
schema["Episode"] = [field_to_dict(Episode, i) for i in field_names]
schema["Episode"].append(dict(
display_name="Start",
type_display_name="Date & Time"
))
schema["Episode"].append(dict(
display_name="End",
type_display_name="Date & Time"
))
return OrderedDict(sorted(schema.items(), key=lambda t: t[0]))
def test_get_field_names_to_extract(self):
# field names to extract should be the same
# as the field names to serialise
self.assertEqual(Episode._get_fieldnames_to_serialize(),
Episode._get_fieldnames_to_extract())
