def nvset_append_new(
parent_element: _Element,
id_provider: IdProvider,
nvset_tag: NvsetTag,
nvpair_dict: Mapping[str, str],
nvset_options: Mapping[str, str],
nvset_rule: Optional[RuleRoot] = None,
) -> _Element:
"""
Create new nvset and append it to CIB
parent_element -- the created nvset will be appended into this element
id_provider -- elements' ids generator
nvset_tag -- type and actual tag of the nvset
nvpair_dict -- nvpairs to be put into the new nvset
nvset_options -- additional attributes of the created nvset
nvset_rule -- optional rule describing when the created nvset applies
"""
nvset_options = dict(nvset_options) # make a copy which we can modify
if "id" not in nvset_options or not nvset_options["id"]:
nvset_options["id"] = create_subelement_id(parent_element, nvset_tag,
id_provider)
nvset_el = etree.SubElement(parent_element, nvset_tag)
for name, value in nvset_options.items():
if value != "":
nvset_el.attrib[name] = value
if nvset_rule:
rule_to_cib(nvset_el, id_provider, nvset_rule)
for name, value in nvpair_dict.items():
_set_nvpair(nvset_el, id_provider, name, value)
return nvset_el
def assert_cib(tree, expected_xml, schema_version=None):
if schema_version is None:
schema_version = Version(3, 5, 0)
xml = etree.fromstring('<root id="X"/>')
rule.rule_to_cib(xml, IdProvider(xml), schema_version, tree)
assert_xml_equal('<root id="X">' + expected_xml + "</root>",
etree_to_str(xml))
def assert_cib(tree, expected_xml):
xml = etree.fromstring('<root id="X"/>')
rule.rule_to_cib(xml, IdProvider(xml), tree)
assert_xml_equal('<root id="X">' + expected_xml + "</root>",
etree_to_str(xml))