def _get_and_munchify(self, key, data):
"""Wrapper around meta.get_and_munchify.
Some of the methods expect a `meta` attribute to be passed in as
part of the method signature. In those methods the meta param is
overriding the meta module making the call to meta.get_and_munchify
to fail.
"""
if isinstance(data, requests.models.Response):
data = proxy._json_response(data)
return meta.get_and_munchify(key, data)
def _get_and_munchify(self, key, data):
"""Wrapper around meta.get_and_munchify.
Some of the methods expect a `meta` attribute to be passed in as
part of the method signature. In those methods the meta param is
overriding the meta module making the call to meta.get_and_munchify
to fail.
"""
if isinstance(data, requests.models.Response):
data = proxy._json_response(data)
return meta.get_and_munchify(key, data)
def get_events(cloud, stack_id, event_args, marker=None, limit=None):
# TODO(mordred) FIX THIS ONCE assert_calls CAN HANDLE QUERY STRINGS
params = collections.OrderedDict()
for k in sorted(event_args.keys()):
params[k] = event_args[k]
if marker:
event_args['marker'] = marker
if limit:
event_args['limit'] = limit
data = cloud._orchestration_client.get(
'/stacks/{id}/events'.format(id=stack_id), params=params)
events = meta.get_and_munchify('events', data)
# Show which stack the event comes from (for nested events)
for e in events:
e['stack_name'] = stack_id.split("/")[0]
return events
def get_events(cloud, stack_id, event_args, marker=None, limit=None):
# TODO(mordred) FIX THIS ONCE assert_calls CAN HANDLE QUERY STRINGS
params = collections.OrderedDict()
for k in sorted(event_args.keys()):
params[k] = event_args[k]
if marker:
event_args['marker'] = marker
if limit:
event_args['limit'] = limit
data = cloud._orchestration_client.get(
'/stacks/{id}/events'.format(id=stack_id),
params=params)
events = meta.get_and_munchify('events', data)
# Show which stack the event comes from (for nested events)
for e in events:
e['stack_name'] = stack_id.split("/")[0]
return events
def _setup_networks(self):
if self.user_cloud.has_service('network'):
# Create a network
self.test_net = self.user_cloud.create_network(
name=self.new_item_name + '_net')
# Create a subnet on it
self.test_subnet = self.user_cloud.create_subnet(
subnet_name=self.new_item_name + '_subnet',
network_name_or_id=self.test_net['id'],
cidr='10.24.4.0/24',
enable_dhcp=True
)
# Create a router
self.test_router = self.user_cloud.create_router(
name=self.new_item_name + '_router')
# Attach the router to an external network
ext_nets = self.user_cloud.search_networks(
filters={'router:external': True})
self.user_cloud.update_router(
name_or_id=self.test_router['id'],
ext_gateway_net_id=ext_nets[0]['id'])
# Attach the router to the internal subnet
self.user_cloud.add_router_interface(
self.test_router, subnet_id=self.test_subnet['id'])
# Select the network for creating new servers
self.nic = {'net-id': self.test_net['id']}
self.addDetail(
'networks-neutron',
content.text_content(pprint.pformat(
self.user_cloud.list_networks())))
else:
# Find network names for nova-net
data = proxy._json_response(
self.user_cloud._conn.compute.get('/os-tenant-networks'))
nets = meta.get_and_munchify('networks', data)
self.addDetail(
'networks-nova',
content.text_content(pprint.pformat(
nets)))
self.nic = {'net-id': nets[0].id}