# """
# This package defines an object type which can efficiently represent
# a bitarray.  Bitarrays are sequence types and behave very much like lists.
#
# Please find a description of this package at:
#
#     http://pypi.python.org/pypi/bitarray/
#
# Author: Ilan Schnell
# """
# from bitarray._bitarray import _bitarray, bitdiff, bits2bytes, _sysinfo
#
# __version__ = '1.0.1'
#
#
# class bitarray(_bitarray):
#     """bitarray([initial], [endian=string])
#
# Return a new bitarray object whose items are bits initialized from
# the optional initial, and endianness.
# If no object is provided, the bitarray is initialized to have length zero.
# The initial object may be of the following types:
#
# int, long
#     Create bitarray of length given by the integer.  The initial values
#     in the array are random, because only the memory allocated.
#
# string
#     Create bitarray from a string of '0's and '1's.
#
# list, tuple, iterable
#     Create bitarray from a sequence, each element in the sequence is
#     converted to a bit using truth value value.
#
# bitarray
#     Create bitarray from another bitarray.  This is done by copying the
#     memory holding the bitarray data, and is hence very fast.
#
# The optional keyword arguments 'endian' specifies the bit endianness of the
# created bitarray object.
# Allowed values are 'big' and 'little' (default is 'big').
#
# Note that setting the bit endianness only has an effect when accessing the
# machine representation of the bitarray, i.e. when using the methods: tofile,
# fromfile, tobytes, frombytes."""
#
#     def fromstring(self, string):
#         """fromstring(str)
#
# Append from a string, interpreting the string as machine values.
# Deprecated since version 0.4.0, use ``frombytes()`` instead."""
#         return self.frombytes(string.encode())
#
#     def tostring(self):
#         """tostring() -> k
#
# Return the string representing (machine values) of the bitarray.
# When the length of the bitarray is not a multiple of 8, the few remaining
# bits (1..7) are set to 0.
# Deprecated since version 0.4.0, use ``tobytes()`` instead."""
#         return self.tobytes().decode()
#
#     def __int__(self):
#         raise TypeError("int() cannot take bitarray as argument")
#
#     def __long__(self):
#         raise TypeError("long() cannot take bitarray as argument")
#
#     def __float__(self):
#         raise TypeError("float() cannot take bitarray as argument")
#
#
