def register_authentication_providers(secure_app, authentication_providers):
# Note: the order of registration is important here
for provider in authentication_providers:
secure_app.app.logger.debug(
'registering authentication provider {0}'.format(provider))
auth_provider = utils.get_class_instance(provider['implementation'],
provider['properties'])
secure_app.register_authentication_provider(provider['name'],
auth_provider)
def register_authentication_providers(secure_app, authentication_providers):
# Note: the order of registration is important here
for provider in authentication_providers:
secure_app.app.logger.debug('registering authentication provider {0}'
.format(provider))
auth_provider = utils.get_class_instance(provider['implementation'],
provider['properties'])
secure_app.register_authentication_provider(provider['name'],
auth_provider)
def create_instance(class_details):
if type(class_details) is not dict:
raise ValueError('Cannot create a class instance, class_details'
' is not a dict: {0}'.format(class_details))
if IMPLEMENTATION_KEY not in class_details:
raise ValueError('Cannot create a class instance, class_details'
' is missing a {0} key: {1}'.
format(IMPLEMENTATION_KEY, class_details))
path_to_class = class_details[IMPLEMENTATION_KEY]
class_init_args = class_details.get(PROPERTIES_KEY)
if class_init_args:
for name, value in class_init_args.iteritems():
if type(value) is dict \
and IMPLEMENTATION_KEY in value:
# create inner class instance
class_init_args[name] = create_instance(value)
return utils.get_class_instance(path_to_class, class_init_args)
def create_instance(class_details):
if type(class_details) is not dict:
raise ValueError('Cannot create a class instance, class_details'
' is not a dict: {0}'.format(class_details))
if IMPLEMENTATION_KEY not in class_details:
raise ValueError('Cannot create a class instance, class_details'
' is missing a {0} key: {1}'.format(
IMPLEMENTATION_KEY, class_details))
path_to_class = class_details[IMPLEMENTATION_KEY]
class_init_args = class_details.get(PROPERTIES_KEY)
if class_init_args:
for name, value in class_init_args.iteritems():
if type(value) is dict \
and IMPLEMENTATION_KEY in value:
# create inner class instance
class_init_args[name] = create_instance(value)
return utils.get_class_instance(path_to_class, class_init_args)
def register_userstore_driver(secure_app, userstore_driver):
secure_app.app.logger.debug('registering userstore driver {0}'
.format(userstore_driver))
userstore = utils.get_class_instance(userstore_driver['implementation'],
userstore_driver['properties'])
secure_app.set_userstore_driver(userstore)
def register_auth_token_generator(_app, auth_token_generator):
_app.logger.debug('registering auth token generator {0}'
.format(auth_token_generator))
_app.auth_token_generator = \
utils.get_class_instance(auth_token_generator['implementation'],
auth_token_generator['properties'])
def register_auth_token_generator(_app, auth_token_generator):
_app.logger.debug("registering auth token generator {0}".format(auth_token_generator))
_app.auth_token_generator = utils.get_class_instance(
auth_token_generator["implementation"], auth_token_generator["properties"]
)
def register_userstore_driver(secure_app, userstore_driver):
secure_app.app.logger.debug(
'registering userstore driver {0}'.format(userstore_driver))
userstore = utils.get_class_instance(userstore_driver['implementation'],
userstore_driver['properties'])
secure_app.set_userstore_driver(userstore)
def register_auth_token_generator(_app, auth_token_generator):
_app.logger.debug(
'registering auth token generator {0}'.format(auth_token_generator))
_app.auth_token_generator = \
utils.get_class_instance(auth_token_generator['implementation'],
auth_token_generator['properties'])
