def test_executeAsUser_NT(self):
"""
Test executing as a different user.
"""
test_user = mk.getTestUser(u'normal')
with system_users.executeAsUser(
username=test_user.name, token=test_user.token):
self.assertEqual(
test_user.name, system_users.getCurrentUserName())
self.assertEqual(
mk.username, system_users.getCurrentUserName())
def test_executeAsUser(self):
"""
It uses the token to impersonate the account under which this
process is executed..
"""
test_user = mk.getTestUser(u'domain')
self.assertNotEqual(test_user.name, system_users.getCurrentUserName())
with system_users.executeAsUser(
username=test_user.name, token=test_user.token):
self.assertEqual(
test_user.name, system_users.getCurrentUserName())
def test_getImpersonationContext_use_impersonation_nt(self):
"""
If use_impersonation is `True` an impersonation context is active.
Inside the context we have the new user and outside we have the normal
user.
"""
test_user = mk.getTestUser(u'normal')
avatar = ImpersonatedAvatarImplementation(
name=test_user.name,
token=test_user.token,
use_impersonation=True,
)
with avatar.getImpersonationContext():
self.assertEqual(
test_user.name, system_users.getCurrentUserName())
self.assertEqual(
mk.username, system_users.getCurrentUserName())
def test_authenticateWithUsernameAndPassword_good(self):
"""
Return `True` when username and passwords are valid, together
with a token that can be used for impersonating the account.
"""
result, token = system_users.authenticateWithUsernameAndPassword(
username=TEST_ACCOUNT_USERNAME_DOMAIN,
password=TEST_ACCOUNT_PASSWORD_DOMAIN,
)
self.assertIsTrue(result)
self.assertIsNotNone(token)
with system_users.executeAsUser(
username=TEST_ACCOUNT_USERNAME_DOMAIN, token=token):
self.assertEqual(
TEST_ACCOUNT_USERNAME_DOMAIN,
system_users.getCurrentUserName(),
)
def test_getCurrentUserName_NT(self):
"""
Check for helper method.
"""
self.assertEqual(
mk.username, system_users.getCurrentUserName())
