def test_int_roundtrip(self):
"Test converting an integer to a Uuid and back"
ttype = 'Account'
for i in chain(xrange(1, 1000), product(xrange(1, 10), repeat=2)):
u1 = uuid.int_to_uuid(i, ttype)
u2, test_ttype = uuid.uuid_to_int(u1, return_tag='type', split=isinstance(i, tuple))
self.assertEquals(i, u2)
self.assertEquals(test_ttype, ttype)
u3 = uuid.int_to_slug(i, ttype)
u4, test_ttype = uuid.slug_to_int(u3, return_tag='type', split=isinstance(i, tuple))
self.assertEquals(i, u4)
self.assertEquals(test_ttype, ttype)
def test_uuid_roundtrip(self):
"Test converting a hex string to a Uuid and back"
suffix = 'acc1'
for i in xrange(1, 1000):
hex_str = '%x%s' % (i, suffix)
hex_str = '0' * (32 - len(hex_str)) + hex_str
u1, ttype = uuid.uuid_to_int(hex_str, return_tag='type')
self.assertEquals(ttype, 'Account')
u2 = uuid.int_to_uuid(u1, ttype)
self.assertEquals(u2, hex_str)
u3 = uuid.uuid_to_slug(hex_str)
u4 = uuid.slug_to_uuid(u3)
self.assertEquals(u4, hex_str)
def test_uuid_roundtrip(self):
"Test converting a hex string to a Uuid and back"
suffix = 'acc1'
for i in xrange(1, 1000):
hex_str = '%x%s' % (i, suffix)
hex_str = '0' * (32 - len(hex_str)) + hex_str
u1, ttype = uuid.uuid_to_int(hex_str, return_tag='type')
self.assertEquals(ttype, 'Account')
u2 = uuid.int_to_uuid(u1, ttype)
self.assertEquals(u2, hex_str)
u3 = uuid.uuid_to_slug(hex_str)
u4 = uuid.slug_to_uuid(u3)
self.assertEquals(u4, hex_str)
def test_int_roundtrip(self):
"Test converting an integer to a Uuid and back"
ttype = 'Account'
for i in chain(xrange(1, 1000), product(xrange(1, 10), repeat=2)):
u1 = uuid.int_to_uuid(i, ttype)
u2, test_ttype = uuid.uuid_to_int(u1,
return_tag='type',
split=isinstance(i, tuple))
self.assertEquals(i, u2)
self.assertEquals(test_ttype, ttype)
u3 = uuid.int_to_slug(i, ttype)
u4, test_ttype = uuid.slug_to_int(u3,
return_tag='type',
split=isinstance(i, tuple))
self.assertEquals(i, u4)
self.assertEquals(test_ttype, ttype)
def uuidToInteger(uuid):
uu = Uuid.from_int((uuid.high, uuid.low), 'Account')
return uuid_to_int(uu.to_hex())
