def to_yaml(cls, r: Representer, n: "Sub") -> Any:
fmt = n.v._ig_format._ig_value
kwargs = {}
for k, v in n.v._ig_kwargs._ig_value.items():
old = new = f"${{{k._ig_value}}}"
if isinstance(v, core.Parameter):
new = f"${{{_getidn(v._ig_name)}}}"
elif isinstance(v, core.Ref):
new = f"${{{_getnidn(v._ig_node)}}}"
elif isinstance(v, core.Attribute):
new = f"${{{_getnidn(v._ig_node)}.{_getaidn(v._ig_name)}}}"
elif isinstance(getattr(v, "_ig_value", None), (str, int, float)):
new = f"{v._ig_value}"
else:
kwargs[k] = v
fmt = fmt.replace(old, new)
if not kwargs:
return r.represent_scalar(cls.tag, _t(fmt))
return r.represent_sequence(cls.tag, _t([fmt, kwargs]))
def to_yaml(cls, r: Representer, n: "CIDR") -> Any:
return r.represent_sequence(
cls.tag, _t([n.v._ig_block, n.v._ig_count, n.v._ig_bits]))
def to_yaml(cls, r: Representer, n: "Select") -> Any:
return r.represent_sequence(
cls.tag,
_t([n.v._ig_index, n.v._ig_items]),
)
def to_yaml(cls, r: Representer, n: "Split") -> Any:
return r.represent_sequence(
cls.tag,
_t([n.v._ig_separator, n.v._ig_target]),
)
def to_yaml(cls, r: Representer, n: "Join") -> Any:
return r.represent_sequence(
cls.tag,
_t([n.v._ig_separator, n.v._ig_items]),
)