def test_number_type_with_localized_settings(self):
_type = types.NumberType(self.field)
for value in [
'10,000.00', '10,000,000.23', '10.23', '1,000', '100%', '1000‰'
]:
self.assertTrue(_type.cast(value))
self.field['groupChar'] = '#'
_type = types.NumberType(self.field)
for value in ['10#000.00', '10#000#000.23', '10.23', '1#000']:
self.assertTrue(_type.cast(value))
self.field['decimalChar'] = '@'
_type = types.NumberType(self.field)
for value in ['10#000@00', '10#000#000@23', '10@23', '1#000']:
self.assertTrue(_type.cast(value))
def test_constraints_pattern_valid_value(self):
'''value is valid for pattern'''
value = '7.123'
field = self._make_default_field(type='number',
constraints={"pattern": "7.[0-9]{3}"})
_type = types.NumberType(field)
self.assertEqual(_type.cast(value), decimal.Decimal(value))
def test_constraints_enum_valid_value(self):
'''value is in enum array'''
value = 5
field = self._make_default_field(
type='number', constraints={'enum': ["1.0", "3.0", "5.0"]})
_type = types.NumberType(field)
self.assertEqual(_type.cast(value), value)
def test_number_type_with_currency_format_false(self):
value1 = '10,000a.00'
value2 = '10+000.00'
value3 = '$10:000.00'
self.field['format'] = 'currency'
_type = types.NumberType(self.field)
self.assertRaises(exceptions.InvalidCastError, _type.cast, value1)
self.assertRaises(exceptions.InvalidCastError, _type.cast, value2)
self.assertRaises(exceptions.InvalidCastError, _type.cast, value3)
def test_number_type_with_currency_format_true(self):
self.field['format'] = 'currency'
_type = types.NumberType(self.field)
for value in [
'10,000.00',
'10,000,000.00',
'$10000.00',
' 10,000.00 €',
]:
self.assertTrue(_type.cast(value))
self.field['decimalChar'] = ','
self.field['groupChar'] = ' '
_type = types.NumberType(self.field)
for value in [
'10 000,00',
'10 000 000,00',
'10000,00 ₪',
' 10 000,00 £',
]:
self.assertTrue(_type.cast(value))
def test_constraints_pattern_invalid_value(self):
'''value is invalid for pattern'''
value = '7.12'
field = self._make_default_field(type='number',
constraints={"pattern": "7.[0-9]{3}"})
_type = types.NumberType(field)
with pytest.raises(exceptions.ConstraintError) as e:
_type.cast(value)
self.assertEqual(
e.value.msg, "The value for field 'Name' "
"must match the pattern")
def test_constraints_enum_invalid_value(self):
'''value is not in enum array'''
value = 2
field = self._make_default_field(
type='number', constraints={'enum': ["1.0", "3.0", "5.0"]})
_type = types.NumberType(field)
with pytest.raises(exceptions.ConstraintError) as e:
_type.cast(value)
self.assertEqual(
e.value.msg, "The value for field 'Name' "
"must be in the enum array")
def test_number_type_with_already_cast_value(self):
for value in [1, 1.0, Decimal(1)]:
for format in ['default', 'currency']:
self.field['format'] = format
_type = types.NumberType(self.field)
self.assertEqual(_type.cast(value), value)
def test_number_type_simple_false(self):
value = 'string'
_type = types.NumberType(self.field)
self.assertRaises(exceptions.InvalidCastError, _type.cast, value)
def test_number_type_simple_true(self):
value = '10.00'
_type = types.NumberType(self.field)
self.assertEquals(_type.cast(value), Decimal(value))