def test_on_get_response_networksv2_list(self):
"""Test list function"""
client, env = get_client_env(query_string='name=123321')
client['Account'].getNetworkVlans.return_value = [{
'id':
'123321',
'name':
'Public Network',
'subnets': [{
'id': 1
}, {
'id': 3
}, {
'id': 5
}],
'vlanNumber':
999,
'networkSpace':
'PRIVATE'
}]
req = falcon.Request(env)
resp = falcon.Response()
networks.NetworksV2().on_get(req, resp)
self.assertEqual(resp.status, 200)
self.check_response_body(resp.body['networks'][0])
def setup_routes(app, disp):
# V2 Routes
disp.set_handler('v2_network', networks.NetworkV2())
disp.set_handler('v2_networks', networks.NetworksV2())
disp.set_handler('v2_subnet', subnets.SubnetV2())
disp.set_handler('v2_subnets', subnets.SubnetsV2())
disp.set_handler('v2_extensions', extensions.ExtensionsV2())
sl_common.add_hooks(app)
def setup_routes(app, disp):
# V2 Routes
disp.set_handler('index', index.Index(app))
disp.set_handler('v2_detail', versionv2.VersionV2(app))
disp.set_handler('v2_network', networks.NetworkV2())
disp.set_handler('v2_networks', networks.NetworksV2())
disp.set_handler('v2_subnet', subnets.SubnetV2())
disp.set_handler('v2_subnets', subnets.SubnetsV2())
disp.set_handler('v2_extensions', extensions.ExtensionsV2())
sl_common.add_hooks(app)
def test_on_get_response_networksv2_show_no_match(self):
"""Test show function in NetworksV2 with no matching ID"""
client, env = get_client_env(query_string='name=123321')
client['Account'].getNetworkVlans.return_value = []
req = api.Request(env, sl_client=client)
resp = falcon.Response()
networks.NetworksV2().on_get(req, resp)
self.assertEqual(resp.status, 200)
self.assertEqual(resp.body['networks'], [])
def test_on_get_response_networksv2_list_filter_private(self):
client, env = get_client_env(query_string='name=private')
client['Account'].getNetworkVlans.return_value = []
req = api.Request(env, sl_client=client)
resp = falcon.Response()
networks.NetworksV2().on_get(req, resp)
self.assertEqual(resp.status, 200)
self.assertEqual(len(resp.body['networks']), 1)
self.assertEqual(
resp.body['networks'][0],
networks.format_network(networks.VLANS['private'], TENANT_ID))
def test_on_get_response_networksv2_show(self):
"""Test show function in NetworksV2"""
client, env = get_client_env(query_string='name=123321')
account = client['Account']
fake_net = get_fake_net(network='PRIVATE')
account.getNetworkVlans.return_value = [fake_net]
req = api.Request(env, sl_client=client)
resp = falcon.Response()
networks.NetworksV2().on_get(req, resp)
self.assertEqual(resp.status, 200)
self.assertEqual(resp.body['networks'][0],
networks.format_network(fake_net, TENANT_ID))
def test_on_get_response_networksv2_list_no_filter(self):
# Verify that a list with no filter will return all of the
# networks from getNetworkVlans along with the placeholder
# public and private networks
client, env = get_client_env()
fake_net = get_fake_net(network='PRIVATE')
client['Account'].getNetworkVlans.return_value = [fake_net]
req = api.Request(env, sl_client=client)
resp = falcon.Response()
networks.NetworksV2().on_get(req, resp)
nets = [fake_net] + networks.VLANS.values()
expected = [networks.format_network(net, TENANT_ID) for net in nets]
self.assertEqual(resp.status, 200)
self.assertEqual(len(resp.body['networks']), 3)
# Assert that we have 3 networks: the fake network,
# public placeholder network, and the private placeholder network
self.assertItemsEqual(resp.body['networks'], expected)