def test_read_nodes_by_host_names(vnc_api_client, vnc_lib):
node_1 = vnc_api.Node(name="esxi-1")
node_2 = vnc_api.Node(name="esxi-2")
node_3 = vnc_api.Node(name="esxi-3")
vnc_lib.nodes_list.return_value = {
"nodes": [
{"uuid": "node-1-uuid"},
{"uuid": "node-2-uuid"},
{"uuid": "node-3-uuid"},
{"uuid": "node-4-uuid"},
]
}
vnc_lib.node_read.side_effect = [
node_1,
node_2,
node_3,
vnc_api.NoIdError("node-4-uuid"),
]
result = vnc_api_client.get_nodes_by_host_names(["esxi-1", "esxi-2"])
assert len(result) == 2
assert node_1 in result
assert node_2 in result
def _make_fake_topology(cls):
for node_name in cls.TOPOLOGY:
node = vnc_api.Node(node_name, node_hostname=node_name)
node_uuid = cls._vnc_api.node_create(node)
cls._cleanup_topology_queue.append(('node', node_uuid))
for port_name, port_pi in cls.TOPOLOGY[node_name].items():
ll_obj = vnc_api.LocalLinkConnection(switch_info=port_pi[0],
port_id=port_pi[1])
bm_info = vnc_api.BaremetalPortInfo(
address='00-00-00-00-00-00', local_link_connection=ll_obj)
node_port = vnc_api.Port(port_name,
node,
bms_port_info=bm_info)
port_uuid = cls._vnc_api.port_create(node_port)
cls._cleanup_topology_queue.append(('port', port_uuid))
def node():
return vnc_api.Node("esxi-1")
def create_node(self, node_name, node_ip):
esxi_host_info = vnc_api.ESXIHostInfo(esxi_name=node_ip)
node = vnc_api.Node(name=node_name, esxi_info=esxi_host_info)
node_uuid = self.vnc_lib.node_create(node)
return self.read_node(node_uuid)