def __call__(self, form, field):
non_sms_characters = sorted(
list(SanitiseSMS.get_non_compatible_characters(field.data)))
if non_sms_characters:
raise ValidationError(
'You cannot use {} in text messages. {} will not show up properly on everyone’s phones.'
.format(
formatted_list(non_sms_characters,
conjunction='or',
before_each='',
after_each=''),
('It' if len(non_sms_characters) == 1 else 'They')))
def __call__(self, form, field):
non_sms_characters = sorted(list(SanitiseSMS.get_non_compatible_characters(field.data)))
if non_sms_characters:
raise ValidationError(
"You can’t use {} in text messages. {} won’t show up properly on everyone’s phones.".format(
formatted_list(
non_sms_characters,
conjunction="or",
before_each="",
after_each="",
),
("It" if len(non_sms_characters) == 1 else "They"),
)
)
def test_encode_string(content, expected):
assert SanitiseSMS.encode(content) == expected
assert SanitiseASCII.encode(content) == expected
def test_encode_chars_different_between_ascii_and_sms(char, expected_sms, expected_ascii):
assert SanitiseSMS.encode_char(char) == expected_sms
assert SanitiseASCII.encode_char(char) == expected_ascii
def sms_encode(content):
return SanitiseSMS.encode(content)