def create_conn_settings(dhis2_conn: Dhis2Connection) -> ConnectionSettings:
"""
Creates and returns a ConnectionSettings instance for ``dhis2_conn``.
"""
url = strip_api(dhis2_conn.server_url)
conn_settings = ConnectionSettings(
domain=dhis2_conn.domain,
name=url,
url=url,
auth_type=BASIC_AUTH,
username=dhis2_conn.username,
skip_cert_verify=dhis2_conn.skip_cert_verify,
notify_addresses_str="")
conn_settings.plaintext_password = dhis2_conn.plaintext_password
conn_settings.save()
return conn_settings
def create_connection_settings(self):
if self.connection_settings_id:
return # Nothing to do
conn = ConnectionSettings(
domain=self.domain,
name=self.url,
url=self.url,
auth_type=self.auth_type,
username=self.username,
skip_cert_verify=self.skip_cert_verify,
notify_addresses_str=self.notify_addresses_str or '',
)
# Allow ConnectionSettings to encrypt old Repeater passwords:
conn.plaintext_password = self.plaintext_password
conn.save()
self.connection_settings_id = conn.id
self.save()
return conn
def test_connection_settings_auth_manager(self):
connx = ConnectionSettings(
domain=DOMAIN,
name='Mr. Creosote',
url=URL,
auth_type=BASIC_AUTH,
username=USERNAME,
password='',
notify_addresses_str=ADMIN,
)
connx.plaintext_password = PASSWORD
connx.save()
try:
auth_manager = connx.get_auth_manager()
self.assertIsInstance(auth_manager, BasicAuthManager)
self.assertEqual(auth_manager.username, USERNAME)
self.assertEqual(auth_manager.password, PASSWORD)
self.assertNotEqual(auth_manager.password, connx.password)
self.assertTrue(connx.password.startswith(f'${ALGO_AES}$'))
finally:
connx.delete()
def test_password_getter_decrypts(self):
cs = ConnectionSettings()
cs.plaintext_password = '******'
self.assertEqual(cs.plaintext_password, 'secret')
def test_password_setter(self):
cs = ConnectionSettings()
cs.plaintext_password = '******'
self.assertTrue(cs.password.startswith(f'${ALGO_AES}$'))
def test_password_placeholder(self):
cs = ConnectionSettings()
cs.plaintext_password = PASSWORD_PLACEHOLDER
self.assertEqual(cs.password, '')
