def __get_nodes(corosync_conf=None, cib=None):
corosync_nodes = corosync_conf.get_nodes() if corosync_conf else []
remote_and_guest_nodes = []
if cib is not None:
cib_root = get_root(cib)
remote_and_guest_nodes = (remote_node.find_node_list(cib_root) +
guest_node.find_node_list(cib_root))
return corosync_nodes, remote_and_guest_nodes
def assert_find_meta_attributes(self, xml, meta_attributes_xml_list):
get_node = self.setup_patch("get_node", return_value=None)
self.assertEquals([None] * len(meta_attributes_xml_list),
guest_node.find_node_list(etree.fromstring(xml)))
for i, call in enumerate(get_node.mock_calls):
assert_xml_equal(meta_attributes_xml_list[i],
etree.tostring(call[1][0]).decode())
def __get_nodes(corosync_conf=None, cib=None):
corosync_nodes = corosync_conf.get_nodes() if corosync_conf else []
remote_and_guest_nodes = []
if cib is not None:
cib_root = get_root(cib)
remote_and_guest_nodes = (
remote_node.find_node_list(cib_root)
+
guest_node.find_node_list(cib_root)
)
return corosync_nodes, remote_and_guest_nodes
def __get_nodes(
corosync_conf: Optional[CorosyncConfigFacade] = None,
cib: Optional[Element] = None,
) -> Tuple[Iterable[CorosyncNode], Iterable[PacemakerNode]]:
corosync_nodes = corosync_conf.get_nodes() if corosync_conf else []
remote_and_guest_nodes: Iterable[PacemakerNode] = []
if cib is not None:
cib_root = get_root(cib)
remote_and_guest_nodes = remote_node.find_node_list(
cib_root) + guest_node.find_node_list(cib_root)
return corosync_nodes, remote_and_guest_nodes
def assert_nodes_equals(self, xml, expected_nodes):
self.assertEqual(expected_nodes,
guest_node.find_node_list(etree.fromstring(xml)))
def get_nodes_guest(tree):
return NodeAddressesList(guest_node.find_node_list(get_root(tree)))
def assert_nodes_equals(self, xml, expected_nodes):
self.assertEqual(
expected_nodes,
guest_node.find_node_list(etree.fromstring(xml))
)
