def test_user_id_and_user_name_with_boolean_string(self):
boolean_strings = ["TRUE", "FALSE", "true", "false", "True", "False", "TrUe" "FaLse"]
for user_name in boolean_strings:
user_id = uuid.uuid4().hex
result = [("cn=dummy,dc=example,dc=com", {"user_id": [user_id], "user_name": [user_name]})]
py_result = ks_ldap.convert_ldap_result(result)
# The user name should still be a string value.
self.assertEqual(user_name, py_result[0][1]["user_name"][0])
def test_user_id_begins_with_0(self):
user_id = "0123456"
result = [("cn=dummy,dc=example,dc=com", {"user_id": [user_id], "enabled": ["TRUE"]})]
py_result = ks_ldap.convert_ldap_result(result)
# The user id should be 0123456, and the enabled
# flag should be True
self.assertIs(py_result[0][1]["enabled"][0], True)
self.assertEqual(user_id, py_result[0][1]["user_id"][0])
def test_user_id_and_bitmask_begins_with_0(self):
user_id = "0123456"
bitmask = "0225"
expected_bitmask = 225
result = [("cn=dummy,dc=example,dc=com", {"user_id": [user_id], "enabled": [bitmask]})]
py_result = ks_ldap.convert_ldap_result(result)
# The user id should be 0123456, and the enabled
# flag should be 225, the 0 is dropped.
self.assertEqual(expected_bitmask, py_result[0][1]["enabled"][0])
self.assertEqual(user_id, py_result[0][1]["user_id"][0])
def test_user_id_begins_with_0(self):
user_id = '0123456'
result = [
('cn=dummy,dc=example,dc=com', {
'user_id': [user_id],
'enabled': ['TRUE']
}),
]
py_result = ks_ldap.convert_ldap_result(result)
# The user id should be 0123456, and the enabled
# flag should be True
self.assertIs(py_result[0][1]['enabled'][0], True)
self.assertEqual(user_id, py_result[0][1]['user_id'][0])
def test_binary_attribute_values(self):
result = [
('cn=junk,dc=example,dc=com', {
'cn': ['junk'],
'sn': [uuid.uuid4().hex],
'mail': [uuid.uuid4().hex],
'binary_attr': ['\x00\xFF\x00\xFF']
}),
]
py_result = ks_ldap.convert_ldap_result(result)
# The attribute containing the binary value should
# not be present in the converted result.
self.assertNotIn('binary_attr', py_result[0][1])
def test_user_id_begins_with_0(self):
user_id = '0123456'
result = [(
'cn=dummy,dc=example,dc=com',
{
'user_id': [user_id],
'enabled': ['TRUE']
}
), ]
py_result = ks_ldap.convert_ldap_result(result)
# The user id should be 0123456, and the enabled
# flag should be True
self.assertIs(py_result[0][1]['enabled'][0], True)
self.assertEqual(user_id, py_result[0][1]['user_id'][0])
def test_binary_attribute_values(self):
result = [(
'cn=junk,dc=example,dc=com',
{
'cn': ['junk'],
'sn': [uuid.uuid4().hex],
'mail': [uuid.uuid4().hex],
'binary_attr': ['\x00\xFF\x00\xFF']
}
), ]
py_result = ks_ldap.convert_ldap_result(result)
# The attribute containing the binary value should
# not be present in the converted result.
self.assertNotIn('binary_attr', py_result[0][1])
def test_user_id_and_user_name_with_boolean_string(self):
boolean_strings = ['TRUE', 'FALSE', 'true', 'false', 'True', 'False',
'TrUe' 'FaLse']
for user_name in boolean_strings:
user_id = uuid.uuid4().hex
result = [(
'cn=dummy,dc=example,dc=com',
{
'user_id': [user_id],
'user_name': [user_name]
}
), ]
py_result = ks_ldap.convert_ldap_result(result)
# The user name should still be a string value.
self.assertEqual(user_name, py_result[0][1]['user_name'][0])
def test_user_id_and_bitmask_begins_with_0(self):
user_id = '0123456'
bitmask = '0225'
expected_bitmask = 225
result = [
('cn=dummy,dc=example,dc=com', {
'user_id': [user_id],
'enabled': [bitmask]
}),
]
py_result = ks_ldap.convert_ldap_result(result)
# The user id should be 0123456, and the enabled
# flag should be 225, the 0 is dropped.
self.assertEqual(expected_bitmask, py_result[0][1]['enabled'][0])
self.assertEqual(user_id, py_result[0][1]['user_id'][0])
def test_user_id_and_user_name_with_boolean_string(self):
boolean_strings = ['TRUE', 'FALSE', 'true', 'false', 'True', 'False',
'TrUe' 'FaLse']
for user_name in boolean_strings:
user_id = uuid.uuid4().hex
result = [(
'cn=dummy,dc=example,dc=com',
{
'user_id': [user_id],
'user_name': [user_name]
}
), ]
py_result = ks_ldap.convert_ldap_result(result)
# The user name should still be a string value.
self.assertEqual(user_name, py_result[0][1]['user_name'][0])
def test_user_id_and_bitmask_begins_with_0(self):
user_id = '0123456'
bitmask = '0225'
expected_bitmask = 225
result = [(
'cn=dummy,dc=example,dc=com',
{
'user_id': [user_id],
'enabled': [bitmask]
}
), ]
py_result = ks_ldap.convert_ldap_result(result)
# The user id should be 0123456, and the enabled
# flag should be 225, the 0 is dropped.
self.assertEqual(expected_bitmask, py_result[0][1]['enabled'][0])
self.assertEqual(user_id, py_result[0][1]['user_id'][0])
def test_binary_attribute_values(self):
result = [
(
"cn=junk,dc=example,dc=com",
{
"cn": ["junk"],
"sn": [uuid.uuid4().hex],
"mail": [uuid.uuid4().hex],
"binary_attr": ["\x00\xFF\x00\xFF"],
},
)
]
py_result = ks_ldap.convert_ldap_result(result)
# The attribute containing the binary value should
# not be present in the converted result.
self.assertNotIn("binary_attr", py_result[0][1])
