text: """
  This module defines pdoc's documentation objects. A documentation object corresponds to *something*
  in your Python code that has a docstring or type annotation. Typically, this only includes
  modules, classes, functions and methods. However, `pdoc` adds support for extracting documentation
  from the abstract syntax tree, which means that variables (module, class or instance) are supported too.
  
  There are four main types of documentation objects:
  
  - `Module`
  - `Class`
  - `Function`
  - `Variable`
  
  All documentation types make heavy use of `@functools.cached_property` decorators.
  This means they have a large set of attributes that are lazily computed on first access.
  By convention, all attributes are read-only, although this is not enforced at runtime.
  """
  from __future__ import annotations
  
  import enum
  import inspect
  import pkgutil
  import re
  import sys
  import textwrap
  import traceback
  import types
  import warnings
  from abc import ABCMeta, abstractmethod
  from functools import wraps
  from pathlib import Path
  from typing import Any, ClassVar, Generic, Optional, TypeVar, Union
  
  from pdoc import doc_ast, extract
  from pdoc.doc_types import (
      NonUserDefinedCallables,
      empty,
      formatannotation,
      resolve_annotations,
      safe_eval_type,
  )
  
  from ._compat import cache, cached_property, get_origin
  
  
  def _include_fullname_in_traceback(f):
      """
      Doc.__repr__ should not raise, but it may raise if we screwed up.
      Debugging this is a bit tricky, because, well, we can't repr() in the traceback either then.
      This decorator adds location information to the traceback, which helps tracking down bugs.
      """
  
      @wraps(f)
      def wrapper(self):
          try:
              return f(self)
          except Exception as e:
              raise RuntimeError(f"Error in {self.fullname}'s repr!") from e
  
      return wrapper
  
  
  T = TypeVar("T")
  
  
  class Doc(Generic[T]):
      """
      A base class for all documentation objects.
      """
  
      modulename: str
      """
      The module that this object is in, for example `pdoc.doc`.
      """
  
      qualname: str
      """
      The qualified identifier name for this object. For example, if we have the following code:
      
      ```python
      class Foo:
          def bar(self):
              pass
      ```
      
      The qualname of `Foo`'s `bar` method is `Foo.bar`. The qualname of the `Foo` class is just `Foo`.
      
      See <https://www.python.org/dev/peps/pep-3155/> for details.
      """
  
      obj: T
      """
      The underlying Python object.
      """
  
      taken_from: tuple[str, str]
      """
      `(modulename, qualname)` of this doc object's original location.
      In the context of a module, this points to the location it was imported from,
      in the context of classes, this points to the class an attribute is inherited from.
      """
  
      def __init__(
          self, modulename: str, qualname: str, obj: T, taken_from: tuple[str, str]
      ):
          """
          Initializes a documentation object, where
          `modulename` is the name this module is defined in,
          `qualname` contains a dotted path leading to the object from the module top-level, and
          `obj` is the object to document.
          """
          self.modulename = modulename
          self.qualname = qualname
          self.obj = obj
          self.taken_from = taken_from
  
      @cached_property
      def fullname(self) -> str:
          """The full qualified name of this doc object, for example `pdoc.doc.Doc`."""
          # qualname is empty for modules
          return f"{self.modulename}.{self.qualname}".rstrip(".")
  
      @cached_property
      def name(self) -> str:
          """The name of this object. For top-level functions and classes, this is equal to the qualname attribute."""
          return self.fullname.split(".")[-1]
  
      @cached_property
      def docstring(self) -> str:
          """
          The docstring for this object. It has already been cleaned by `inspect.cleandoc`.
  
          If no docstring can be found, an empty string is returned.
          """
          return _safe_getdoc(self.obj)
  
      @cached_property
      def source(self) -> str:
          """
          The source code of the Python object as a `str`.
  
          If the source cannot be obtained (for example, because we are dealing with a native C object),
          an empty string is returned.
          """
          return doc_ast.get_source(self.obj)
  
      @cached_property
      def source_file(self) -> Optional[Path]:
          """The name of the Python source file in which this object was defined. `None` for built-in objects."""
          try:
              return Path(inspect.getsourcefile(self.obj) or inspect.getfile(self.obj))  # type: ignore
          except TypeError:
              return None
  
      @cached_property
      def source_lines(self) -> Optional[tuple[int, int]]:
          """
          Return a `(start, end)` line number tuple for this object.
  
          If no source file can be found, `None` is returned.
          """
          try:
              lines, start = inspect.getsourcelines(self.obj)  # type: ignore
              return start, start + len(lines) - 1
          except Exception:
              return None
  
      @cached_property
      def is_inherited(self) -> bool:
          """
          If True, the doc object is inherited from another location.
          This most commonly refers to methods inherited by a subclass,
          but can also apply to variables that are assigned a class defined
          in a different module.
          """
          return (self.modulename, self.qualname) != self.taken_from
  
      @classmethod
      @property
      def type(cls) -> str:
          """
          The type of the doc object, either `"module"`, `"class"`, `"function"`, or `"variable"`.
          """
          return cls.__name__.lower()
  
      if sys.version_info < (3, 9):  # pragma: no cover
          # no @classmethod @property in 3.8
          @property
          def type(self) -> str:  # noqa
              return self.__class__.__name__.lower()
  
      def __lt__(self, other):
          assert isinstance(other, Doc)
          return self.fullname.replace("__init__", "").__lt__(
              other.fullname.replace("__init__", "")
          )
  
  
  class Namespace(Doc[T], metaclass=ABCMeta):
      """
      A documentation object that can have children. In other words, either a module or a class.
      """
  
      @cached_property
      @abstractmethod
      def _member_objects(self) -> dict[str, Any]:
          """
          A mapping from *all* public and private member names to their Python objects.
          """
  
      @cached_property
      @abstractmethod
      def _var_docstrings(self) -> dict[str, str]:
          """A mapping from some member variable names to their docstrings."""
  
      @abstractmethod
      def _taken_from(self, member_name: str, obj: Any) -> tuple[str, str]:
          """The location this member was taken from. If unknown, (modulename, qualname) is returned."""
  
      @cached_property
      @abstractmethod
      def _var_annotations(self) -> dict[str, Any]:
          """A mapping from some member variable names to their type annotations."""
  
      @cached_property
      @abstractmethod
      def own_members(self) -> list[Doc]:
          """A list of all own (i.e. non-inherited) members"""
  
      @cached_property
      def members(self) -> dict[str, Doc]:
          """A mapping from all members to their documentation objects."""
          members: dict[str, Doc] = {}
          for name, obj in self._member_objects.items():
              qualname = f"{self.qualname}.{name}".lstrip(".")
              taken_from = self._taken_from(name, obj)
              doc: Doc[Any]
  
              is_classmethod = isinstance(obj, classmethod)
              is_property = (
                  isinstance(obj, (property, cached_property))
                  or
                  # Python 3.9: @classmethod @property is now allowed.
                  is_classmethod
                  and isinstance(obj.__func__, (property, cached_property))
              )
              if is_property:
                  func = obj
                  if is_classmethod:
                      func = obj.__func__
                  if isinstance(func, property):
                      func = func.fget
                  else:
                      assert isinstance(func, cached_property)
                      func = func.func
  
                  doc_f = Function(self.modulename, qualname, func, taken_from)
                  doc = Variable(
                      self.modulename,
                      qualname,
                      docstring=doc_f.docstring,
                      annotation=doc_f.signature.return_annotation,
                      default_value=empty,
                      taken_from=taken_from,
                  )
              elif inspect.isroutine(obj):
                  doc = Function(self.modulename, qualname, obj, taken_from)  # type: ignore
              elif inspect.isclass(obj) and obj is not empty:
                  doc = Class(self.modulename, qualname, obj, taken_from)
              elif inspect.ismodule(obj):
                  doc = Module.from_name(obj.__name__)
              elif inspect.isdatadescriptor(obj):
                  doc = Variable(
                      self.modulename,
                      qualname,
                      docstring=getattr(obj, "__doc__", None) or "",
                      annotation=self._var_annotations.get(name, empty),
                      default_value=empty,
                      taken_from=taken_from,
                  )
              else:
                  doc = Variable(
                      self.modulename,
                      qualname,
                      docstring="",
                      annotation=self._var_annotations.get(name, empty),
                      default_value=obj,
                      taken_from=taken_from,
                  )
              if self._var_docstrings.get(name):
                  doc.docstring = self._var_docstrings[name]
              members[doc.name] = doc
          return members
  
      @cached_property
      def _members_by_origin(self) -> dict[tuple[str, str], list[Doc]]:
          """A mapping from (modulename, qualname) locations to the attributes taken from that path"""
          locations: dict[tuple[str, str], list[Doc]] = {}
          for member in self.members.values():
              mod, qualname = member.taken_from
              parent_qualname = ".".join(qualname.rsplit(".", maxsplit=1)[:-1])
              locations.setdefault((mod, parent_qualname), [])
              locations[(mod, parent_qualname)].append(member)
          return locations
  
      @cached_property
      def inherited_members(self) -> dict[tuple[str, str], list[Doc]]:
          """A mapping from (modulename, qualname) locations to the attributes inherited from that path"""
          return {
              k: v
              for k, v in self._members_by_origin.items()
              if k not in (self.taken_from, (self.modulename, self.qualname))
          }
  
      @cached_property
      def flattened_own_members(self) -> list[Doc]:
          """
          A list of all documented members and their child classes, recursively.
          """
          flattened = []
          for x in self.own_members:
              flattened.append(x)
              if isinstance(x, Class):
                  flattened.extend(
                      [cls for cls in x.flattened_own_members if isinstance(cls, Class)]
                  )
          return flattened
  
      @cache
      def get(self, identifier: str) -> Optional[Doc]:
          """Returns the documentation object for a particular identifier, or `None` if the identifier cannot be found."""
          head, _, tail = identifier.partition(".")
          if tail:
              h = self.members.get(head, None)
              if isinstance(h, Class):
                  return h.get(tail)
              return None
          else:
              return self.members.get(identifier, None)
  
  
  class Module(Namespace[types.ModuleType]):
      """
      Representation of a module's documentation.
      """
  
      def __init__(
          self,
          module: types.ModuleType,
      ):
          """
          Creates a documentation object given the actual
          Python module object.
          """
          super().__init__(module.__name__, "", module, (module.__name__, ""))
  
      @classmethod
      @cache
      def from_name(cls, name: str) -> Module:
          """Create a `Module` object by supplying the module's (full) name."""
          return cls(extract.load_module(name))
  
      @cache
      @_include_fullname_in_traceback
      def __repr__(self):
          return f"<module {self.fullname}{_docstr(self)}{_children(self)}>"
  
      @cached_property
      def is_package(self) -> bool:
          """
          `True` if the module is a package, `False` otherwise.
  
          Packages are a special kind of module that may have submodules.
          Typically, this means that this file is in a directory named like the
          module with the name `__init__.py`.
          """
          return _safe_getattr(self.obj, "__path__", None) is not None
  
      @cached_property
      def _var_docstrings(self) -> dict[str, str]:
          return doc_ast.walk_tree(self.obj).docstrings
  
      def _taken_from(self, member_name: str, obj: Any) -> tuple[str, str]:
          if obj is empty:
              return self.modulename, f"{self.qualname}.{member_name}".lstrip(".")
          if isinstance(obj, types.ModuleType):
              return obj.__name__, ""
  
          mod = _safe_getattr(obj, "__module__", None)
          qual = _safe_getattr(obj, "__qualname__", None)
          if mod and qual and "<locals>" not in qual:
              return mod, qual
          else:
              # This might be wrong, but it's the best guess we have.
              return (mod or self.modulename), f"{self.qualname}.{member_name}".lstrip(
                  "."
              )
  
      @cached_property
      def _var_annotations(self) -> dict[str, Any]:
          annotations = doc_ast.walk_tree(self.obj).annotations.copy()
          for k, v in _safe_getattr(self.obj, "__annotations__", {}).items():
              annotations[k] = v
  
          return resolve_annotations(annotations, self.obj, self.fullname)
  
      @cached_property
      def own_members(self) -> list[Doc]:
          return list(self.members.values())
  
      @cached_property
      def submodules(self) -> list["Module"]:
          """A list of all (direct) submodules."""
          if not self.is_package:
              return []
  
          if _safe_getattr(self.obj, "__all__", False):
              # If __all__ is set, only show submodules specified there.
              prefix = f"{self.modulename}."
              return [
                  mod
                  for mod in self.members.values()
                  if isinstance(mod, Module) and mod.modulename.startswith(prefix)
              ]
  
          else:
              submodules = []
              for mod in pkgutil.iter_modules(self.obj.__path__, f"{self.fullname}."):  # type: ignore
                  if mod.name.split(".")[-1].startswith("_"):
                      # optimization: we don't even try to load modules starting with an underscore as they would not be
                      # visible by default. The downside of this is that someone who overrides `is_public` will miss those
                      # entries, the upsides are 1) better performance and 2) less warnings because of import failures
                      # (think of OS-specific modules, e.g. _linux.py failing to import on Windows).
                      continue
                  try:
                      module = extract.load_module(mod.name)
                  except RuntimeError:
                      warnings.warn(
                          f"Couldn't import {mod.name}:\n{traceback.format_exc()}"
                      )
                      continue
                  submodules.append(Module(module))
              return submodules
  
      @cached_property
      def _documented_members(self) -> set[str]:
          return self._var_docstrings.keys() | self._var_annotations.keys()
  
      @cached_property
      def _member_objects(self) -> dict[str, Any]:
          members = {}
  
          all = _safe_getattr(self.obj, "__all__", False)
          if all:
              for name in all:
                  if name in self.obj.__dict__:
                      val = self.obj.__dict__[name]
                  elif name in self._var_annotations:
                      val = empty
                  else:
                      # this may be an unimported submodule, try importing.
                      # (https://docs.python.org/3/tutorial/modules.html#importing-from-a-package)
                      try:
                          val = extract.load_module(f"{self.modulename}.{name}")
                      except RuntimeError as e:
                          warnings.warn(
                              f"Found {name!r} in {self.modulename}.__all__, but it does not resolve: {e}"
                          )
                          val = empty
                  members[name] = val
  
          else:
              # Starting with Python 3.10, __annotations__ is created on demand,
              # we access it here first so that we don't change obj.__dict__ while iterating over it.
              _safe_getattr(self.obj, "__annotations__", {})
              for name, obj in self.obj.__dict__.items():
                  # We already exclude everything here that is imported, only a TypeVar,
                  # or a variable without annotation and docstring.
                  # If one needs to document one of these things, __all__ is the correct way.
                  if isinstance(obj, TypeVar):
                      continue
                  obj_module = inspect.getmodule(obj)
                  declared_in_this_module = self.obj.__name__ == _safe_getattr(
                      obj_module, "__name__", None
                  )
                  if declared_in_this_module or name in self._documented_members:
                      members[name] = obj
              for name in self._var_docstrings:
                  members.setdefault(name, empty)
  
              members, notfound = doc_ast.sort_by_source(self.obj, {}, members)
              members.update(notfound)
  
          return members
  
      @cached_property
      def variables(self) -> list["Variable"]:
          """
          A list of all documented module level variables.
          """
          return [x for x in self.members.values() if isinstance(x, Variable)]
  
      @cached_property
      def classes(self) -> list["Class"]:
          """
          A list of all documented module level classes.
          """
          return [x for x in self.members.values() if isinstance(x, Class)]
  
      @cached_property
      def functions(self) -> list["Function"]:
          """
          A list of all documented module level functions.
          """
          return [x for x in self.members.values() if isinstance(x, Function)]
  
  
  class Class(Namespace[type]):
      """
      Representation of a class's documentation.
      """
  
      @cache
      @_include_fullname_in_traceback
      def __repr__(self):
          return f"<{_decorators(self)}class {self.modulename}.{self.qualname}{_docstr(self)}{_children(self)}>"
  
      @cached_property
      def _var_docstrings(self) -> dict[str, str]:
          docstrings: dict[str, str] = {}
          for cls in self.obj.__mro__:
              for name, docstr in doc_ast.walk_tree(cls).docstrings.items():
                  docstrings.setdefault(name, docstr)
          return docstrings
  
      @cached_property
      def _declarations(self) -> dict[str, tuple[str, str]]:
          decls: dict[str, tuple[str, str]] = {}
          for cls in self.obj.__mro__:
              treeinfo = doc_ast.walk_tree(cls)
              for name in treeinfo.docstrings.keys() | treeinfo.annotations.keys():
                  decls.setdefault(name, (cls.__module__, f"{cls.__qualname__}.{name}"))
              for name in cls.__dict__:
                  decls.setdefault(name, (cls.__module__, f"{cls.__qualname__}.{name}"))
          if decls.get("__init__", None) == ("builtins", "object.__init__"):
              decls["__init__"] = (
                  self.obj.__module__,
                  f"{self.obj.__qualname__}.__init__",
              )
          return decls
  
      def _taken_from(self, member_name: str, obj: Any) -> tuple[str, str]:
          try:
              return self._declarations[member_name]
          except KeyError:  # pragma: no cover
              warnings.warn(
                  f"Cannot determine where {self.fullname}.{member_name} is taken from, assuming current file."
              )
              return self.modulename, f"{self.qualname}.{member_name}"
  
      @cached_property
      def _var_annotations(self) -> dict[str, type]:
          # this is a bit tricky: __annotations__ also includes annotations from parent classes,
          # but we need to execute them in the namespace of the parent class.
          # Our workaround for this is to walk the MRO backwards, and only update/evaluate only if the annotation changes.
          annotations: dict[
              str, tuple[Any, type]
          ] = {}  # attribute -> (annotation_unresolved, annotation_resolved)
          for cls in reversed(self.obj.__mro__):
              cls_annotations = doc_ast.walk_tree(cls).annotations.copy()
              dynamic_annotations = _safe_getattr(cls, "__annotations__", None)
              if isinstance(dynamic_annotations, dict):
                  for attr, unresolved_annotation in dynamic_annotations.items():
                      cls_annotations[attr] = unresolved_annotation
              cls_fullname = (
                  _safe_getattr(cls, "__module__", "") + "." + cls.__qualname__
              ).lstrip(".")
  
              new_annotations = {
                  attr: unresolved_annotation
                  for attr, unresolved_annotation in cls_annotations.items()
                  if attr not in annotations
                  or annotations[attr][0] is not unresolved_annotation
              }
              for attr, t in resolve_annotations(
                  new_annotations, inspect.getmodule(cls), cls_fullname
              ).items():
                  annotations[attr] = (new_annotations[attr], t)
  
          return {k: v[1] for k, v in annotations.items()}
  
      @cached_property
      def own_members(self) -> list[Doc]:
          members = self._members_by_origin.get((self.modulename, self.qualname), [])
          if self.taken_from != (self.modulename, self.qualname):
              # .taken_from may be != (self.modulename, self.qualname), for example when
              # a module re-exports a class from a private submodule.
              members += self._members_by_origin.get(self.taken_from, [])
          return members
  
      @cached_property
      def _member_objects(self) -> dict[str, Any]:
          unsorted: dict[str, Any] = {}
          for cls in self.obj.__mro__:
              for name, obj in cls.__dict__.items():
                  unsorted.setdefault(name, obj)
          for name in self._var_docstrings:
              unsorted.setdefault(name, empty)
  
          # Do a dance similar to
          # https://github.com/python/cpython/blob/9feae41c4f04ca27fd2c865807a5caeb50bf4fc4/Lib/inspect.py#L2359-L2376
          call = _safe_getattr(type(self.obj), "__call__", object.__call__)
          if not isinstance(call, NonUserDefinedCallables) and _safe_getattr(self.obj, "_"+self.obj.__name__+"__pdoc_show_meta_call", False):
              # Does the metaclass define a custom __call__ method?
              unsorted["__init__"] = call
              if issubclass(self.obj, enum.Enum):
                  # Special case: do not show a constructor for enums. They are typically not constructed by users.
                  # The alternative would be showing __new__, as __call__ is too verbose.
                  del unsorted["__init__"]
          else:
              # Does our class define a custom __new__ method?
              new = _safe_getattr(self.obj, "__new__", object.__new__)
              if not isinstance(new, NonUserDefinedCallables):
                  # we only want to pick up __new__ if it has a non-default docstring.
                  prefer_init_over_new = new.__doc__ in (None, object.__new__.__doc__)
                  if not prefer_init_over_new:
                      unsorted["__init__"] = new
  
          if inspect.isabstract(self.obj) and _safe_getattr(
              self.obj, "__init__", object.__init__
          ).__doc__ in (None, object.__init__.__doc__):
              # Special case: We don't want to show constructors for abstract base classes unless
              # they have a custom docstring. If a docstring is present and display is still undesired,
              # users need to override the is_public macro.
              del unsorted["__init__"]
  
          sorted: dict[str, Any] = {}
          for cls in self.obj.__mro__:
              sorted, unsorted = doc_ast.sort_by_source(cls, sorted, unsorted)
          sorted.update(unsorted)
          return sorted
  
      @cached_property
      def bases(self) -> list[tuple[str, str, str]]:
          """
          A list of all base classes, i.e. all immediate parent classes.
  
          Each parent class is represented as a `(modulename, qualname, display_text)` tuple.
          """
          bases = []
          for x in _safe_getattr(self.obj, "__orig_bases__", self.obj.__bases__):
              if x is object:
                  continue
              o = get_origin(x)
              if o:
                  bases.append((o.__module__, o.__qualname__, str(x)))
              elif x.__module__ == self.modulename:
                  bases.append((x.__module__, x.__qualname__, x.__qualname__))
              else:
                  bases.append(
                      (x.__module__, x.__qualname__, f"{x.__module__}.{x.__qualname__}")
                  )
          return bases
  
      @cached_property
      def decorators(self) -> list[str]:
          """A list of all decorators the class is decorated with."""
          decorators = []
          for t in doc_ast.parse(self.obj).decorator_list:
              decorators.append(f"@{doc_ast.unparse(t)}")
          return decorators
  
      @cached_property
      def class_variables(self) -> list["Variable"]:
          """
          A list of all documented class variables in the class.
  
          Class variables are variables that are explicitly annotated with `typing.ClassVar`.
          All other variables are treated as instance variables.
          """
          return [
              x
              for x in self.members.values()
              if isinstance(x, Variable) and x.is_classvar
          ]
  
      @cached_property
      def instance_variables(self) -> list["Variable"]:
          """
          A list of all instance variables in the class.
          """
          return [
              x
              for x in self.members.values()
              if isinstance(x, Variable) and not x.is_classvar
          ]
  
      @cached_property
      def classmethods(self) -> list["Function"]:
          """
          A list of all documented `@classmethod`s.
          """
          return [
              x
              for x in self.members.values()
              if isinstance(x, Function) and x.is_classmethod
          ]
  
      @cached_property
      def staticmethods(self) -> list["Function"]:
          """
          A list of all documented `@staticmethod`s.
          """
          return [
              x
              for x in self.members.values()
              if isinstance(x, Function) and x.is_staticmethod
          ]
  
      @cached_property
      def methods(self) -> list["Function"]:
          """
          A list of all documented methods in the class that are neither static- nor classmethods.
          """
          return [
              x
              for x in self.members.values()
              if isinstance(x, Function)
              and not x.is_staticmethod
              and not x.is_classmethod
          ]
  
  
  WrappedFunction = Union[types.FunctionType, staticmethod, classmethod]
  
  
  class Function(Doc[types.FunctionType]):
      """
      Representation of a function's documentation.
  
      This class covers all "flavors" of functions, for example it also
      supports `@classmethod`s or `@staticmethod`s.
      """
  
      wrapped: Union[types.FunctionType, staticmethod, classmethod]
      """The original wrapped function (e.g., `staticmethod(func)`)"""
  
      obj: types.FunctionType
      """The unwrapped "real" function."""
  
      def __init__(
          self,
          modulename: str,
          qualname: str,
          func: WrappedFunction,
          taken_from: tuple[str, str],
      ):
          """Initialize a function's documentation object."""
          unwrapped: types.FunctionType
          if isinstance(func, (classmethod, staticmethod)):
              unwrapped = func.__func__  # type: ignore
          else:
              unwrapped = func
          super().__init__(modulename, qualname, unwrapped, taken_from)
          self.wrapped = func
  
      @cache
      @_include_fullname_in_traceback
      def __repr__(self):
          if self.is_classmethod:
              t = "class"
          elif self.is_staticmethod:
              t = "static"
          elif self.qualname != _safe_getattr(self.obj, "__name__", None):
              t = "method"
          else:
              t = "function"
          return f"<{_decorators(self)}{t} {self.funcdef} {self.name}{self.signature}: ...{_docstr(self)}>"
  
      @cached_property
      def docstring(self) -> str:
          doc = Doc.docstring.__get__(self)  # type: ignore
          if not doc:
              # inspect.getdoc fails for inherited @classmethods and unbound @property descriptors.
              # We now do an ugly dance to obtain the bound object instead,
              # that somewhat resembles what inspect._findclass is doing.
              cls = sys.modules.get(_safe_getattr(self.obj, "__module__", None), None)
              for name in _safe_getattr(self.obj, "__qualname__", "").split(".")[:-1]:
                  cls = _safe_getattr(cls, name, None)
              doc = _safe_getdoc(_safe_getattr(cls, self.name, None))
  
          if doc == object.__init__.__doc__:
              # inspect.getdoc(Foo.__init__) returns the docstring, for object.__init__ if left undefined...
              return ""
          else:
              return doc
  
      @cached_property
      def is_classmethod(self) -> bool:
          """
          `True` if this function is a `@classmethod`, `False` otherwise.
          """
          return isinstance(self.wrapped, classmethod)
  
      @cached_property
      def is_staticmethod(self) -> bool:
          """
          `True` if this function is a `@staticmethod`, `False` otherwise.
          """
          return isinstance(self.wrapped, staticmethod)
  
      @cached_property
      def decorators(self) -> list[str]:
          """A list of all decorators the function is decorated with."""
          decorators = []
          obj: types.FunctionType = self.obj  # type: ignore
          for t in doc_ast.parse(obj).decorator_list:
              decorators.append(f"@{doc_ast.unparse(t)}")
          return decorators
  
      @cached_property
      def funcdef(self) -> str:
          """
          The string of keywords used to define the function, i.e. `"def"` or `"async def"`.
          """
          if inspect.iscoroutinefunction(self.obj) or inspect.isasyncgenfunction(
              self.obj
          ):
              return "async def"
          else:
              return "def"
  
      @cached_property
      def signature(self) -> inspect.Signature:
          """
          The function's signature.
  
          This usually returns an instance of `_PrettySignature`, a subclass of `inspect.Signature`
          that contains pdoc-specific optimizations. For example, long argument lists are split over multiple lines
          in repr(). Additionally, all types are already resolved.
  
          If the signature cannot be determined, a placeholder Signature object is returned.
          """
          if self.obj is object.__init__:
              # there is a weird edge case were inspect.signature returns a confusing (self, /, *args, **kwargs)
              # signature for the default __init__ method.
              return inspect.Signature()
          try:
              sig = _PrettySignature.from_callable(self.obj)
          except Exception:
              return inspect.Signature(
                  [inspect.Parameter("unknown", inspect.Parameter.POSITIONAL_OR_KEYWORD)]
              )
          mod = inspect.getmodule(self.obj)
          globalns = _safe_getattr(mod, "__dict__", {})
  
          if self.name == "__init__":
              sig = sig.replace(return_annotation=empty)
          else:
              sig = sig.replace(
                  return_annotation=safe_eval_type(
                      sig.return_annotation, globalns, mod, self.fullname
                  )
              )
          for p in sig.parameters.values():
              p._annotation = safe_eval_type(p.annotation, globalns, mod, self.fullname)  # type: ignore
          return sig
  
      @cached_property
      def signature_without_self(self) -> inspect.Signature:
          """Like `signature`, but without the first argument.
  
          This is useful to display constructors.
          """
          return self.signature.replace(
              parameters=list(self.signature.parameters.values())[1:]
          )
  
  
  class Variable(Doc[None]):
      """
      Representation of a variable's documentation. This includes module, class and instance variables.
      """
  
      default_value: Union[
          Any, empty
      ]  # technically Any includes empty, but this conveys intent.
      """
      The variable's default value.
      
      In some cases, no default value is known. This may either be because a variable is only defined in the constructor,
      or it is only declared with a type annotation without assignment (`foo: int`).
      To distinguish this case from a default value of `None`, `pdoc.doc_types.empty` is used as a placeholder.
      """
  
      annotation: Union[type, empty]
      """
      The variable's type annotation.
      
      If there is no type annotation, `pdoc.doc_types.empty` is used as a placeholder.
      """
  
      def __init__(
          self,
          modulename: str,
          qualname: str,
          *,
          taken_from: tuple[str, str],
          docstring: str,
          annotation: Union[type, empty] = empty,
          default_value: Union[Any, empty] = empty,
      ):
          """
          Construct a variable doc object.
  
          While classes and functions can introspect themselves to see their docstring,
          variables can't do that as we don't have a "variable object" we could query.
          As such, docstring, declaration location, type annotation, and the default value
          must be passed manually in the constructor.
          """
          super().__init__(modulename, qualname, None, taken_from)
          # noinspection PyPropertyAccess
          self.docstring = inspect.cleandoc(docstring)
          self.annotation = annotation
          self.default_value = default_value
  
      @cache
      @_include_fullname_in_traceback
      def __repr__(self):
          return f'<var {self.qualname.rsplit(".")[-1]}{self.annotation_str}{self.default_value_str}{_docstr(self)}>'
  
      @cached_property
      def is_classvar(self) -> bool:
          """`True` if the variable is a class variable, `False` otherwise."""
          if get_origin(self.annotation) is ClassVar:
              return True
          else:
              return False
  
      @cached_property
      def default_value_str(self) -> str:
          """The variable's default value as a pretty-printed str."""
          if self.default_value is empty:
              return ""
          else:
              try:
                  return re.sub(
                      r" at 0x[0-9a-fA-F]+(?=>)",
                      "",
                      f" = {repr(self.default_value)}",
                  )
              except Exception:
                  return " = <unable to get value representation>"
  
      @cached_property
      def annotation_str(self) -> str:
          """The variable's type annotation as a pretty-printed str."""
          if self.annotation is not empty:
              return f": {formatannotation(self.annotation)}"
          else:
              return ""
  
  
  class _PrettySignature(inspect.Signature):
      """
      A subclass of `inspect.Signature` that pads __str__ over several lines
      for complex signatures.
      """
  
      def __str__(self):
          # redeclared here to keep code snipped below as-is.
          _POSITIONAL_ONLY = inspect.Parameter.POSITIONAL_ONLY
          _VAR_POSITIONAL = inspect.Parameter.VAR_POSITIONAL
          _KEYWORD_ONLY = inspect.Parameter.KEYWORD_ONLY
          _empty = empty
  
          # https://github.com/python/cpython/blob/799f8489d418b7f9207d333eac38214931bd7dcc/Lib/inspect.py#L3083-L3123
          # Change: added re.sub() to formatted = ....
          # ✂ start ✂
          result = []
          render_pos_only_separator = False
          render_kw_only_separator = True
          for param in self.parameters.values():
              formatted = re.sub(r" at 0x[0-9a-fA-F]+(?=>$)", "", str(param))
  
              kind = param.kind
  
              if kind == _POSITIONAL_ONLY:
                  render_pos_only_separator = True
              elif render_pos_only_separator:
                  # It's not a positional-only parameter, and the flag
                  # is set to 'True' (there were pos-only params before.)
                  result.append("/")
                  render_pos_only_separator = False
  
              if kind == _VAR_POSITIONAL:
                  # OK, we have an '*args'-like parameter, so we won't need
                  # a '*' to separate keyword-only arguments
                  render_kw_only_separator = False
              elif kind == _KEYWORD_ONLY and render_kw_only_separator:
                  # We have a keyword-only parameter to render and we haven't
                  # rendered an '*args'-like parameter before, so add a '*'
                  # separator to the parameters list ("foo(arg1, *, arg2)" case)
                  result.append("*")
                  # This condition should be only triggered once, so
                  # reset the flag
                  render_kw_only_separator = False
  
              result.append(formatted)
  
          if render_pos_only_separator:
              # There were only positional-only parameters, hence the
              # flag was not reset to 'False'
              result.append("/")
  
          rendered = "({})".format(", ".join(result))
  
          if self.return_annotation is not _empty:
              anno = formatannotation(self.return_annotation)
              rendered += " -> {}".format(anno)
          # ✂ end ✂
  
          if len(rendered) > 70:
              rendered = "(\n    " + ",\n    ".join(result) + "\n)"
              if self.return_annotation is not _empty:
                  rendered += f" -> {formatannotation(self.return_annotation)}"
  
          return rendered
  
  
  def _cut(x: str) -> str:
      """helper function for Doc.__repr__()"""
      if len(x) < 20:
          return x
      else:
          return x[:20] + "…"
  
  
  def _docstr(doc: "Doc") -> str:
      """helper function for Doc.__repr__()"""
      docstr = []
      if doc.is_inherited:
          docstr.append(f"inherited from {'.'.join(doc.taken_from).rstrip('.')}")
      if doc.docstring:
          docstr.append(_cut(doc.docstring))
      if docstr:
          return f"  # {', '.join(docstr)}"
      else:
          return ""
  
  
  def _decorators(doc: Union["Class", "Function"]) -> str:
      """helper function for Doc.__repr__()"""
      if doc.decorators:
          return " ".join(doc.decorators) + " "
      else:
          return ""
  
  
  def _children(doc: Namespace) -> str:
      children = "\n".join(
          repr(x)
          for x in doc.members.values()
          if not x.name.startswith("_") or x.name == "__init__"
      )
      if children:
          children = f"\n{textwrap.indent(children, '    ')}"
      return children
  
  
  def _safe_getattr(obj, attr, default):
      """Like `getattr()`, but never raises."""
      try:
          return getattr(obj, attr, default)
      except Exception as e:
          warnings.warn(
              f"getattr({obj!r}, {attr!r}, {default!r}) raised an exception: {e!r}"
          )
          return default
  
  
  def _safe_getdoc(obj: Any) -> str:
      """Like `inspect.getdoc()`, but never raises. Always returns a stripped string."""
      try:
          doc = inspect.getdoc(obj) or ""
      except Exception as e:
          warnings.warn(f"inspect.getdoc({obj!r}) raised an exception: {e!r}")
          return ""
      else:
          return doc.strip()
  