parameters: (root, visit)
docstring: Recursively enumerate all members of `root`.
  
    Similar to the Python library function `os.path.walk`.
  
    Traverses the tree of Python objects starting with `root`, depth first.
    Parent-child relationships in the tree are defined by membership in modules or
    classes. The function `visit` is called with arguments
    `(path, parent, children)` for each module or class `parent` found in the tree
    of python objects starting with `root`. `path` is a string containing the name
    with which `parent` is reachable from the current context. For example, if
    `root` is a local class called `X` which contains a class `Y`, `visit` will be
    called with `('Y', X.Y, children)`).
  
    If `root` is not a module or class, `visit` is never called. `traverse`
    never descends into built-in modules.
  
    `children`, a list of `(name, object)` pairs are determined by
    `tf_inspect.getmembers`. To avoid visiting parts of the tree, `children` can
    be modified in place, using `del` or slice assignment.
  
    Cycles (determined by reference equality, `is`) stop the traversal. A stack of
    objects is kept to find cycles. Objects forming cycles may appear in
    `children`, but `visit` will not be called with any object as `parent` which
    is already in the stack.
  
    Traversing system modules can take a long time, it is advisable to pass a
    `visit` callable which denylists such modules.
  
    Args:
      root: A python object with which to start the traversal.
      visit: A function taking arguments `(path, parent, children)`. Will be
        called for each object found in the traversal.
docstring_summary: Recursively enumerate all members of `root`.
docstring_tokens: Recursively enumerate all members of root .
function: def traverse(root, visit):
    """Recursively enumerate all members of `root`.
  
    Similar to the Python library function `os.path.walk`.
  
    Traverses the tree of Python objects starting with `root`, depth first.
    Parent-child relationships in the tree are defined by membership in modules or
    classes. The function `visit` is called with arguments
    `(path, parent, children)` for each module or class `parent` found in the tree
    of python objects starting with `root`. `path` is a string containing the name
    with which `parent` is reachable from the current context. For example, if
    `root` is a local class called `X` which contains a class `Y`, `visit` will be
    called with `('Y', X.Y, children)`).
  
    If `root` is not a module or class, `visit` is never called. `traverse`
    never descends into built-in modules.
  
    `children`, a list of `(name, object)` pairs are determined by
    `tf_inspect.getmembers`. To avoid visiting parts of the tree, `children` can
    be modified in place, using `del` or slice assignment.
  
    Cycles (determined by reference equality, `is`) stop the traversal. A stack of
    objects is kept to find cycles. Objects forming cycles may appear in
    `children`, but `visit` will not be called with any object as `parent` which
    is already in the stack.
  
    Traversing system modules can take a long time, it is advisable to pass a
    `visit` callable which denylists such modules.
  
    Args:
      root: A python object with which to start the traversal.
      visit: A function taking arguments `(path, parent, children)`. Will be
        called for each object found in the traversal.
    """
    _traverse_internal(root, visit, [], '')
function_tokens: def traverse ( root , visit ) : _traverse_internal ( root , visit , [ ] , '' )