def __getitem__(self, attr):
"""
This method is overridden so that contained elements can be accessed
using their 'xml names' - e.g. user['first-name']. The implementation
just calls __getattr__ internally.
See doc for __getattr__ for more details.
"""
return self.__getattr__(xmlutil.unmake_xml_name(attr))
def __getitem__(self, attr):
"""
This method is overridden so that contained elements can be accessed
using their 'xml names' - e.g. user['first-name']. The implementation
just calls __getattr__ internally.
See doc for __getattr__ for more details.
"""
return self.__getattr__(xmlutil.unmake_xml_name(attr))
def fetch_resource(rest_end_point, href):
"""This is the method you should use to create a Resource instance if you
have the href for it. It gets the current state of the resource with the
given *href*. Once the current state is fetched from the Space server, this
method creates a new instance of ``jnpr.space.resource.Resource`` with this
state and returns it.
:param rest_end_point: A *Space* object encapsulating the Junos
Space cluster which contains this resource.
:type rest_end_point: jnpr.space.rest.Space
:param str href: The href of the resource that needs to be fetched.
:returns: A new instance of jnpr.space.resource.Resource
:raises: ``jnpr.space.rest.RestException`` if the GET request results in an
error response. The exception's ``response`` attribute will have the
full response from Space.
"""
response = rest_end_point.get(href)
if response.status_code != 200:
raise rest.RestException("GET failed on %s" % href, response)
media_type = response.headers['content-type']
end = media_type.index('+')
parts = media_type[:end].split('.')
app_ = parts[len(parts)-3]
service_ = parts[len(parts)-2]
type_ = parts[len(parts)-1]
if app_ == 'space':
type_name = xmlutil.unmake_xml_name('.'.join([service_, type_]))
else:
type_name = xmlutil.unmake_xml_name('.'.join([app_, service_, type_]))
xml_data = xmlutil.get_xml_obj_from_response(response)
return make_resource(type_name, rest_end_point, xml_data)