def _get_formatted_total(groups):
calculated_total = 0
answer_format = {'type': None}
for group in groups:
for block in group['blocks']:
for question in block['questions']:
for answer in question['answers']:
if not answer_format['type']:
answer_format = {
'type': answer['type'],
'unit': answer.get('unit'),
'unit_length': answer.get('unit_length'),
'currency': answer.get('currency'),
}
answer_value = answer.get('value') or 0
calculated_total += answer_value
if answer_format['type'] == 'currency':
return get_formatted_currency(calculated_total,
answer_format['currency'])
if answer_format['type'] == 'unit':
return format_unit(answer_format['unit'], calculated_total,
answer_format['unit_length'])
if answer_format['type'] == 'percentage':
return format_percentage(calculated_total)
return format_number(calculated_total)
def _get_formatted_total(block, answer_store, group_instance, schema):
calculated_total = 0
for answer in block['calculation']['answers_to_calculate']:
if group_instance > 0 and not schema.answer_is_in_repeating_group(
answer):
group_instance = 0
calculated_total += get_answer_store_value(answer, answer_store,
group_instance) or 0
answer_json = schema.get_answer(
block['calculation']['answers_to_calculate'][0])
number_type = answer_json['type']
if number_type == 'Currency':
formatted_total = format_currency(calculated_total,
answer_json['currency'])
elif number_type == 'Unit':
formatted_total = format_unit(answer_json['unit'], calculated_total)
elif number_type == 'Percentage':
formatted_total = format_percentage(calculated_total)
else:
formatted_total = format_number(calculated_total)
return formatted_total
def _get_formatted_total(self, groups, current_location):
calculated_total = 0
answer_format = {"type": None}
for group in groups:
for block in group["blocks"]:
question = choose_question_to_display(
block,
self._schema,
self._metadata,
self._response_metadata,
self._answer_store,
self._list_store,
current_location=current_location,
)
for answer in question["answers"]:
if not answer_format["type"]:
answer_format = {
"type": answer["type"],
"unit": answer.get("unit"),
"unit_length": answer.get("unit_length"),
"currency": answer.get("currency"),
}
answer_value = answer.get("value") or 0
calculated_total += answer_value
if answer_format["type"] == "currency":
return get_formatted_currency(calculated_total,
answer_format["currency"])
if answer_format["type"] == "unit":
return format_unit(answer_format["unit"], calculated_total,
answer_format["unit_length"])
if answer_format["type"] == "percentage":
return format_percentage(calculated_total)
return format_number(calculated_total)
def test_format_unit_welsh(self):
self.assertEqual(format_unit("duration-hour", 100), "100 awr")
self.assertEqual(format_unit("duration-year", 100), "100 bl")
self.assertEqual(format_unit("duration-hour", 100, "long"), "100 awr")
self.assertEqual(format_unit("duration-year", 100, "long"), "100 mlynedd")
def test_format_unit(self):
self.assertEqual(format_unit("length-meter", 100), "100 m")
self.assertEqual(format_unit("length-centimeter", 100), "100 cm")
self.assertEqual(format_unit("length-mile", 100), "100 mi")
self.assertEqual(format_unit("length-kilometer", 100), "100 km")
self.assertEqual(format_unit("area-square-meter", 100), "100 m²")
self.assertEqual(format_unit("area-square-centimeter", 100), "100 cm²")
self.assertEqual(format_unit("area-square-kilometer", 100), "100 km²")
self.assertEqual(format_unit("area-square-mile", 100), "100 sq mi")
self.assertEqual(format_unit("area-hectare", 100), "100 ha")
self.assertEqual(format_unit("area-acre", 100), "100 ac")
self.assertEqual(format_unit("volume-cubic-meter", 100), "100 m³")
self.assertEqual(format_unit("volume-cubic-centimeter", 100), "100 cm³")
self.assertEqual(format_unit("volume-liter", 100), "100 l")
self.assertEqual(format_unit("volume-hectoliter", 100), "100 hl")
self.assertEqual(format_unit("volume-megaliter", 100), "100 Ml")
self.assertEqual(format_unit("duration-hour", 100), "100 hrs")
self.assertEqual(format_unit("duration-hour", 100, "long"), "100 hours")
self.assertEqual(format_unit("duration-year", 100, "long"), "100 years")
def test_format_unit_welsh(self):
self.assertEqual(format_unit('duration-hour', 100), '100 awr')
self.assertEqual(format_unit('duration-year', 100), '100 bl')
self.assertEqual(format_unit('duration-hour', 100, 'long'), '100 awr')
self.assertEqual(format_unit('duration-year', 100, 'long'),
'100 mlynedd')
def test_format_unit(self):
self.assertEqual(format_unit('length-meter', 100), '100 m')
self.assertEqual(format_unit('length-centimeter', 100), '100 cm')
self.assertEqual(format_unit('length-mile', 100), '100 mi')
self.assertEqual(format_unit('length-kilometer', 100), '100 km')
self.assertEqual(format_unit('area-square-meter', 100), '100 m²')
self.assertEqual(format_unit('area-square-centimeter', 100), '100 cm²')
self.assertEqual(format_unit('area-square-kilometer', 100), '100 km²')
self.assertEqual(format_unit('area-square-mile', 100), '100 sq mi')
self.assertEqual(format_unit('area-hectare', 100), '100 ha')
self.assertEqual(format_unit('area-acre', 100), '100 ac')
self.assertEqual(format_unit('volume-cubic-meter', 100), '100 m³')
self.assertEqual(format_unit('volume-cubic-centimeter', 100),
'100 cm³')
self.assertEqual(format_unit('volume-liter', 100), '100 l')
self.assertEqual(format_unit('volume-hectoliter', 100), '100 hl')
self.assertEqual(format_unit('volume-megaliter', 100), '100 Ml')
self.assertEqual(format_unit('duration-hour', 100), '100 hrs')
self.assertEqual(format_unit('duration-hour', 100, 'long'),
'100 hours')
self.assertEqual(format_unit('duration-year', 100, 'long'),
'100 years')
