def test_long(self):
DATA_DECODED = (
"Lorem ipsum dolor sit amet, consectetur adipiscing elit, "
"sed do eiusmod tempor incididunt ut labore et dolore magna aliqua."
)
DATA_ENCODED = (
"CCB7BCDC06A5E1F37A1B447EB3DF72D03C4D0785DB653A0B347EBBE7E531BD4CAFCB4161"
"721A9E9E8FD3EE33A8CC4ED359A079990C22BF41E5747DDE7E9341F4721BFE9683D2EE71"
"9A9C26D7DD74509D0E6287C56F791954A683C86FF65B5E06B5C36777181466A7E3F5B00B"
)
self.assertEqual(GSM.encode(DATA_DECODED), DATA_ENCODED)
self.assertEqual(GSM.decode(DATA_ENCODED), DATA_DECODED)
def test_8n_1_encode(self):
self.assertEqual(GSM.encode('1234567', True), '31D98C56B3DD1A')
self.assertEqual(GSM.encode('0123456789ABCDE', True),
'B0986C46ABD96EB85C503824161B')
self.assertEqual(
GSM.decode(GSM.encode('1234567', with_padding=True),
strip_padding=True), '1234567')
self.assertEqual(
GSM.decode(GSM.encode('12345^', with_padding=True),
strip_padding=True), '12345^')
self.assertEqual(
GSM.decode(GSM.encode('12345^', with_padding=True),
strip_padding=False), '12345^\r')
self.assertEqual(
GSM.decode(GSM.encode('123456^', with_padding=True),
strip_padding=True), '123456^')
self.assertEqual(
GSM.decode(GSM.encode('123456^', with_padding=True),
strip_padding=False), '123456^')
def test_double_cr(self):
self.assertEqual(
GSM.decode(GSM.encode('1234567\r', with_padding=True),
strip_padding=True), '1234567\r\r')
self.assertEqual(
GSM.decode(GSM.encode('1234567\r', with_padding=True),
strip_padding=False), '1234567\r\r')
self.assertEqual(
GSM.decode(GSM.encode('1234567\r', with_padding=False),
strip_padding=True), '1234567')
self.assertEqual(
GSM.decode(GSM.encode('1234567\r', with_padding=False),
strip_padding=False), '1234567\r')
self.assertEqual(
GSM.decode(GSM.encode('123456\r', with_padding=True),
strip_padding=True), '123456\r')
self.assertEqual(
GSM.decode(GSM.encode('123456\r', with_padding=True),
strip_padding=False), '123456\r\r')
self.assertEqual(
GSM.decode(GSM.encode('12345\r', with_padding=True),
strip_padding=True), '12345\r')
self.assertEqual(
GSM.decode(GSM.encode('12345\r', with_padding=True),
strip_padding=False), '12345\r')
self.assertEqual(
GSM.decode(GSM.encode('123456\r\r', with_padding=True),
strip_padding=True), '123456\r\r\r')
self.assertEqual(
GSM.decode(GSM.encode('123456\r\r', with_padding=True),
strip_padding=False), '123456\r\r\r')
def test_ext_alphabet(self):
self.assertEqual(GSM.encode('123456€\r', with_padding=True),
'31D98C56B36DCA0D')
self.assertEqual(GSM.encode('12345678\r', with_padding=True),
'31D98C56B3DD700D')
def test_empty(self):
self.assertEqual(GSM.encode(''), GSM.decode(''), '')
self.assertEqual(GSM.encode('', with_padding=True),
GSM.decode('', strip_padding=True), '')
def test_extended(self):
self.assertEqual(GSM.encode('[10€]'), '1B5E0CB6296F7C')
self.assertEqual(GSM.decode('1B5E0CB6296F7C'), '[10€]')
def test_8chars(self):
self.assertEqual(GSM.encode('12345678'), '31D98C56B3DD70')
self.assertEqual(GSM.decode('31D98C56B3DD70'), '12345678')
def test_hello(self):
self.assertEqual(GSM.encode('hello'), 'E8329BFD06')
self.assertEqual(GSM.decode('E8329BFD06'), 'hello')
def test_empty(self):
self.assertEqual(GSM.encode(''), GSM.decode(''), '')
