"""
# The C name to use for this variable.
- name: str | None = None
+ name: str
# The Python name to use for this variable.
- py_name: str | None = None
+ py_name: str
# The C type to use for this variable.
# 'type' should be a Python string specifying the type, e.g. "int".
if self.length:
data.impl_parameters.append("Py_ssize_t " + self.length_name())
- def _render_non_self(self, parameter, data):
+ def _render_non_self(
+ self,
+ parameter: Parameter,
+ data: CRenderData
+ ) -> None:
self.parameter = parameter
name = self.name
self._render_self(parameter, data)
self._render_non_self(parameter, data)
- def length_name(self):
+ def length_name(self) -> str:
"""Computes the name of the associated "length" variable."""
- if not self.length:
- return None
+ assert self.length is not None
return self.parser_name + "_length"
# Why is this one broken out separately?
# For "positional-only" function parsing,
# which generates a bunch of PyArg_ParseTuple calls.
- def parse_argument(self, list):
+ def parse_argument(self, args: list[str]) -> None:
assert not (self.converter and self.encoding)
if self.format_unit == 'O&':
assert self.converter
- list.append(self.converter)
+ args.append(self.converter)
if self.encoding:
- list.append(c_repr(self.encoding))
+ args.append(c_repr(self.encoding))
elif self.subclass_of:
- list.append(self.subclass_of)
+ args.append(self.subclass_of)
s = ("&" if self.parse_by_reference else "") + self.name
- list.append(s)
+ args.append(s)
if self.length:
- list.append("&" + self.length_name())
+ args.append("&" + self.length_name())
#
# All the functions after here are intended as extension points.
pass
@property
- def parser_name(self):
+ def parser_name(self) -> str:
if self.name in CLINIC_PREFIXED_ARGS: # bpo-39741
return CLINIC_PREFIX + self.name
else: