def test_max_int(self):
encoded = short_id.encode(short_id.MAX_ID)
if short_id.DATASTORE_BITS == 128:
self.assertEquals(encoded, 'F=_g')
elif short_id.DATASTORE_BITS == 64:
self.assertEquals(encoded, '7=_A')
else:
self.fail("number of bits in a datastore id is not an expected value (64 or 128")
def test_max_int(self):
encoded = short_id.encode(short_id.MAX_ID)
if short_id.DATASTORE_BITS == 128:
self.assertEquals(encoded, 'F=_g')
elif short_id.DATASTORE_BITS == 64:
self.assertEquals(encoded, '7=_A')
else:
self.fail(
"number of bits in a datastore id is not an expected value (64 or 128"
)
def test_reject_number_too_long(self):
x = short_id.encode(short_id.MAX_ID) + '0'
with self.assertRaises(DecodeError) as cm:
short_id.decode(x)
e = cm.exception
self.assertEqual(e.code, DecodeError.OVERFLOW)
def test_decode_max_int(self):
x = short_id.decode(short_id.encode(short_id.MAX_ID))
self.assertEquals(short_id.MAX_ID, x)
def test__zero(self):
x = short_id.decode(short_id.encode(0))
self.assertEquals(0, x)
self.assertEqual(int, x.__class__)
def test_encode_max_numeral(self):
s = short_id.encode(short_id.NUMERAL_RADIX - 1)
self.assertEquals(s, short_id.NUMERAL[-1])
def test_encode_zero(self):
self.assertEquals(short_id.encode(0), '0')
def test_reject_number_too_long(self):
x = short_id.encode(short_id.MAX_ID) + '0'
with self.assertRaises(DecodeError) as cm:
short_id.decode(x)
e = cm.exception
self.assertEqual(e.code, DecodeError.OVERFLOW)
def test_decode_max_int(self):
x = short_id.decode(short_id.encode(short_id.MAX_ID))
self.assertEquals(short_id.MAX_ID, x)
def test__zero(self):
x = short_id.decode(short_id.encode(0))
self.assertEquals(0, x)
self.assertEqual(int, x.__class__)
def test_encode_max_numeral(self):
s = short_id.encode(short_id.NUMERAL_RADIX - 1)
self.assertEquals(s, short_id.NUMERAL[-1])
def test_encode_zero(self):
self.assertEquals(short_id.encode(0), '0')