def test_success(self):
"""
The data is returned as a tuple of ([NovaServer], [CLBNode/RCv3Node]).
"""
clb_nodes = [CLBNode(node_id="node1", address="ip1", description=CLBDescription(lb_id="lb1", port=80))]
rcv3_nodes = [RCv3Node(node_id="node2", cloud_server_id="a", description=RCv3Description(lb_id="lb2"))]
eff = get_all_convergence_data(
"tid",
"gid",
self.now,
get_scaling_group_servers=_constant_as_eff(("tid", "gid", self.now), self.servers),
get_clb_contents=_constant_as_eff((), clb_nodes),
get_rcv3_contents=_constant_as_eff((), rcv3_nodes),
)
expected_servers = [
server(
"a",
ServerState.ACTIVE,
servicenet_address="10.0.0.1",
links=freeze([{"href": "link1", "rel": "self"}]),
json=freeze(self.servers[0]),
),
server(
"b",
ServerState.ACTIVE,
created=1,
servicenet_address="10.0.0.2",
links=freeze([{"href": "link2", "rel": "self"}]),
json=freeze(self.servers[1]),
),
]
self.assertEqual(resolve_stubs(eff), (expected_servers, clb_nodes + rcv3_nodes))
def test_no_group_servers(self):
"""
If there are no servers in a group, get_all_convergence_data includes
an empty list.
"""
eff = get_all_convergence_data(
"tid",
"gid",
self.now,
get_scaling_group_servers=_constant_as_eff(("tid", "gid", self.now), []),
get_clb_contents=_constant_as_eff((), []),
get_rcv3_contents=_constant_as_eff((), []),
)
self.assertEqual(resolve_stubs(eff), ([], []))
