def test_get_node_public_key(self):
"""Test get_node_public_key."""
node = FakeNode()
node.public_uuid = uuid.UUID(int=12)
self.assertEqual(
get_node_public_key(node),
encode_base62(node.public_uuid.int, padded_to=22))
def test_get_public_url(self):
"""Test get_public_url function."""
node = FakeNode()
self.assertIsNone(get_public_file_url(node))
# using a short value here to make sure padding works
node.public_uuid = uuid.UUID(int=12)
key = encode_base62(node.public_uuid.int, padded_to=22)
self.assertEqual(get_public_file_url(node),
'%s/%s' % (settings.PUBLIC_URL_PREFIX, key))
def test_get_public_url(self):
"""Test get_public_url function."""
node = FakeNode()
self.assertIsNone(get_public_file_url(node))
# using a short value here to make sure padding works
node.public_uuid = uuid.UUID(int=12)
key = encode_base62(node.public_uuid.int, padded_to=22)
self.assertEqual(
get_public_file_url(node),
'%s/%s' % (settings.PUBLIC_URL_PREFIX, key))
def test_encode_base62(self):
"""Tests for encode_base62."""
self.assertEqual('1', encode_base62(1))
self.assertEqual('A', encode_base62(10))
self.assertEqual('a', encode_base62(36))
self.assertEqual('10', encode_base62(62))
self.assertEqual('100', encode_base62(62 * 62))
self.assertEqual('00100', encode_base62(62 * 62, padded_to=5))
# Only non-negative values a can be encoded.
self.assertRaises(Base62Error, encode_base62, -42)
self.assertRaises(Base62Error, encode_base62, 0)
self.assertRaises(Base62Error, encode_base62, 62, padded_to=1)
def test_encode_base62(self):
"""Tests for encode_base62."""
self.assertEqual('1', encode_base62(1))
self.assertEqual('A', encode_base62(10))
self.assertEqual('a', encode_base62(36))
self.assertEqual('10', encode_base62(62))
self.assertEqual('100', encode_base62(62 * 62))
self.assertEqual('00100', encode_base62(62 * 62, padded_to=5))
# Only non-negative values a can be encoded.
self.assertRaises(Base62Error, encode_base62, -42)
self.assertRaises(Base62Error, encode_base62, 0)
self.assertRaises(Base62Error, encode_base62, 62, padded_to=1)
def test_decode_base62(self):
"""Tests for decode_base62."""
self.assertEqual(1, decode_base62('1'))
self.assertEqual(10, decode_base62('A'))
self.assertEqual(36, decode_base62('a'))
self.assertEqual(62, decode_base62('10'))
self.assertEqual(62 * 62, decode_base62('100'))
self.assertEqual(62 * 62, decode_base62('000100', allow_padding=True))
# The empty string is not allowed.
self.assertRaises(Base62Error, decode_base62, '')
# zero-prefixed strings are not allowed
self.assertRaises(Base62Error, decode_base62, '05')
# Bad characters are also not allowed:
self.assertRaises(Base62Error, decode_base62, '#!abc')
# Try with a value to large for a UUID
val = encode_base62(1 << 128, padded_to=22)
self.assertRaises(Base62Error, decode_base62, val)
def test_decode_base62(self):
"""Tests for decode_base62."""
self.assertEqual(1, decode_base62('1'))
self.assertEqual(10, decode_base62('A'))
self.assertEqual(36, decode_base62('a'))
self.assertEqual(62, decode_base62('10'))
self.assertEqual(62 * 62, decode_base62('100'))
self.assertEqual(62 * 62, decode_base62('000100', allow_padding=True))
# The empty string is not allowed.
self.assertRaises(Base62Error, decode_base62, '')
# zero-prefixed strings are not allowed
self.assertRaises(Base62Error, decode_base62, '05')
# Bad characters are also not allowed:
self.assertRaises(Base62Error, decode_base62, '#!abc')
# Try with a value to large for a UUID
val = encode_base62(1 << 128, padded_to=22)
self.assertRaises(Base62Error, decode_base62, val)
def base62_public_id(self):
"""The base-62 version of the public id."""
return utils.encode_base62(self.public_uuid.int, padded_to=22)
def base62_public_id(self):
"""The base-62 version of the public id."""
return utils.encode_base62(self.public_uuid.int, padded_to=22)
def test_get_node_public_key(self):
"""Test get_node_public_key."""
node = FakeNode()
node.public_uuid = uuid.UUID(int=12)
self.assertEqual(get_node_public_key(node),
encode_base62(node.public_uuid.int, padded_to=22))