##
3.11.1 Types and members

The `getmembers()` function retrieves the members of an object such as a class or module. The nine functions whose names begin with ``is'' are mainly provided as convenient choices for the second argument to `getmembers()`. They also help you determine when you can expect to find the following special attributes:

Type | Attribute | Description
--- | --- | ---
module | __doc__ | documentation string
| __file__ | filename (missing for built-in modules)
class | __doc__ | documentation string
| __module__ | name of module in which this class was defined
method | __doc__ | documentation string
| __name__ | name with which this method was defined
| im_class | class object in which this method belongs
| im_func | function object containing implementation of method
| im_self | instance to which this method is bound, or `None`
function | __doc__ | documentation string
| __name__ | name with which this function was defined
| func_code | code object containing compiled function bytecode
| func_defaults | tuple of any default values for arguments
| func_doc | (same as __doc__)
| func_globals | global namespace in which this function was defined
| func_name | (same as __name__)
traceback | tb_frame | frame object at this level
| tb_lasti | index of last attempted instruction in bytecode
| tb_lineno | current line number in Python source code
| tb_next | next inner traceback object (called by this level)
frame | f_back | next outer frame object (this frame's caller)
| f_builtins | built-in namespace seen by this frame
| f_code | code object being executed in this frame
| f_exc_traceback | traceback if raised in this frame, or `None`
| f_exc_type | exception type if raised in this frame, or `None`
| f_exc_value | exception value if raised in this frame, or `None`
| f_globals | global namespace seen by this frame
| f_lasti | index of last attempted instruction in bytecode
| f_lineno | current line number in Python source code
| f_locals | local namespace seen by this frame
| f_restricted | 0 or 1 if frame is in restricted execution mode
| f_trace | tracing function for this frame, or `None`
code | co_argcount | number of arguments (not including * or ** args)
| co_code | string of raw compiled bytecode
| co_consts | tuple of constants used in the bytecode
| co_filename | name of file in which this code object was created
| co_firstlineno | number of first line in Python source code
| co_flags | bitmap: 1=optimized `|` 2=newlocals `|` 4=*arg `|` 8=**arg
| co_lnotab | encoded mapping of line numbers to bytecode indices
| co_name | name with which this code object was defined
| co_names | tuple of names of local variables
| co_nlocals | number of local variables
| co_stacksize | virtual machine stack space required
| co_varnames | tuple of names of arguments and local variables
builtin | __doc__ | documentation string
| __name__ | original name of this function or method
| __self__ | instance to which a method is bound, or `None`

`getmembers`(object[, predicate])
  Return all the members of an object in a list of (name, value) pairs sorted by name. If the optional predicate argument is supplied, only members for which the predicate returns a true value are included.

`getmoduleinfo`(path)
  Return a tuple of values that describe how Python will interpret the file identified by path if it is a module, or `None` if it would not be identified as a module. The return tuple is `(name, suffix, mode, mtype)`, where name is the name of the module without the name of any enclosing package, suffix is the trailing part of the file name (which may not be a dot-delimited extension), mode is the `open()` mode that would be used (`'r'` or `'rb'`), and mtype is an integer giving the type of the module. mtype will have a value which can be compared to the constants defined in the `imp` module; see the documentation for that module for more information on module types.

`getmodulename`(path)
  Return the name of the module named by the file path, without including the names of enclosing packages. This uses the same algortihm as the interpreter uses when searching for modules. If the name cannot be matched according to the interpreter's rules, `None` is returned.

`ismodule`(object)
  Return true if the object is a module.

`isclass`(object)
  Return true if the object is a class.

`ismethod`(object)
  Return true if the object is a method.

`isfunction`(object)
  Return true if the object is a Python function or unnamed (lambda) function.

`istraceback`(object)
  Return true if the object is a traceback.

`isframe`(object)
  Return true if the object is a frame.

`iscode`(object)
  Return true if the object is a code.

`isbuiltin`(object)
  Return true if the object is a built-in function.

`isroutine`(object)
  Return true if the object is a user-defined or built-in function or method.