def _setup():
common_setup(service='auth', config=config, setup_db=True, register_mq_exchanges=False,
register_signal_handlers=True, register_internal_trigger_types=False,
run_migrations=False)
# Additional pre-run time checks
validate_auth_backend_is_correctly_configured()
def setup_app(config=None):
config = config or {}
LOG.info("Creating st2auth: %s as OpenAPI app.", VERSION_STRING)
is_gunicorn = config.get("is_gunicorn", False)
if is_gunicorn:
# NOTE: We only want to perform this logic in the WSGI worker
st2auth_config.register_opts(ignore_errors=True)
capabilities = {
"name": "auth",
"listen_host": cfg.CONF.auth.host,
"listen_port": cfg.CONF.auth.port,
"listen_ssl": cfg.CONF.auth.use_ssl,
"type": "active",
}
# This should be called in gunicorn case because we only want
# workers to connect to db, rabbbitmq etc. In standalone HTTP
# server case, this setup would have already occurred.
common_setup(
service="auth",
config=st2auth_config,
setup_db=True,
register_mq_exchanges=False,
register_signal_handlers=True,
register_internal_trigger_types=False,
run_migrations=False,
service_registry=True,
capabilities=capabilities,
config_args=config.get("config_args", None),
)
# pysaml2 uses subprocess communicate which calls communicate_with_poll
if cfg.CONF.auth.sso and cfg.CONF.auth.sso_backend == "saml2":
use_select_poll_workaround(nose_only=False)
# Additional pre-run time checks
validate_auth_backend_is_correctly_configured()
router = Router(debug=cfg.CONF.auth.debug, is_gunicorn=is_gunicorn)
spec = spec_loader.load_spec("st2common", "openapi.yaml.j2")
transforms = {"^/auth/v1/": ["/", "/v1/"]}
router.add_spec(spec, transforms=transforms)
app = router.as_wsgi
# Order is important. Check middleware for detailed explanation.
app = ErrorHandlingMiddleware(app)
app = CorsMiddleware(app)
app = LoggingMiddleware(app, router)
app = ResponseInstrumentationMiddleware(app, router, service_name="auth")
app = RequestIDMiddleware(app)
app = RequestInstrumentationMiddleware(app, router, service_name="auth")
return app
def setup_app(config={}):
LOG.info('Creating st2auth: %s as OpenAPI app.', VERSION_STRING)
is_gunicorn = config.get('is_gunicorn', False)
if is_gunicorn:
# Note: We need to perform monkey patching in the worker. If we do it in
# the master process (gunicorn_config.py), it breaks tons of things
# including shutdown
monkey_patch()
st2auth_config.register_opts()
capabilities = {
'name': 'auth',
'listen_host': cfg.CONF.auth.host,
'listen_port': cfg.CONF.auth.port,
'listen_ssl': cfg.CONF.auth.use_ssl,
'type': 'active'
}
# This should be called in gunicorn case because we only want
# workers to connect to db, rabbbitmq etc. In standalone HTTP
# server case, this setup would have already occurred.
common_setup(service='auth', config=st2auth_config, setup_db=True,
register_mq_exchanges=False,
register_signal_handlers=True,
register_internal_trigger_types=False,
run_migrations=False,
service_registry=True,
capabilities=capabilities,
config_args=config.get('config_args', None))
# Additional pre-run time checks
validate_auth_backend_is_correctly_configured()
router = Router(debug=cfg.CONF.auth.debug, is_gunicorn=is_gunicorn)
spec = spec_loader.load_spec('st2common', 'openapi.yaml.j2')
transforms = {
'^/auth/v1/': ['/', '/v1/']
}
router.add_spec(spec, transforms=transforms)
app = router.as_wsgi
# Order is important. Check middleware for detailed explanation.
app = ErrorHandlingMiddleware(app)
app = CorsMiddleware(app)
app = LoggingMiddleware(app, router)
app = ResponseInstrumentationMiddleware(app, router, service_name='auth')
app = RequestIDMiddleware(app)
app = RequestInstrumentationMiddleware(app, router, service_name='auth')
return app
def _setup():
capabilities = {
'name': 'auth',
'listen_host': cfg.CONF.auth.host,
'listen_port': cfg.CONF.auth.port,
'listen_ssl': cfg.CONF.auth.use_ssl,
'type': 'active'
}
common_setup(service='auth', config=config, setup_db=True, register_mq_exchanges=False,
register_signal_handlers=True, register_internal_trigger_types=False,
run_migrations=False, service_registry=True, capabilities=capabilities)
# Additional pre-run time checks
validate_auth_backend_is_correctly_configured()
def _setup():
capabilities = {
'name': 'auth',
'listen_host': cfg.CONF.auth.host,
'listen_port': cfg.CONF.auth.port,
'listen_ssl': cfg.CONF.auth.use_ssl,
'type': 'active'
}
common_setup(service='auth', config=config, setup_db=True, register_mq_exchanges=False,
register_signal_handlers=True, register_internal_trigger_types=False,
run_migrations=False, service_registry=True, capabilities=capabilities)
# Additional pre-run time checks
validate_auth_backend_is_correctly_configured()
def _setup():
capabilities = {
"name": "auth",
"listen_host": cfg.CONF.auth.host,
"listen_port": cfg.CONF.auth.port,
"listen_ssl": cfg.CONF.auth.use_ssl,
"type": "active",
}
common_setup(
service="auth",
config=config,
setup_db=True,
register_mq_exchanges=False,
register_signal_handlers=True,
register_internal_trigger_types=False,
run_migrations=False,
service_registry=True,
capabilities=capabilities,
)
# Additional pre-run time checks
validate_auth_backend_is_correctly_configured()
def test_validate_auth_backend_is_correctly_configured_success(self):
result = validate_auth_backend_is_correctly_configured()
self.assertTrue(result)
def test_validate_auth_backend_is_correctly_configured_success(self):
result = validate_auth_backend_is_correctly_configured()
self.assertTrue(result)