__  __    __   __  _____      _            _          _____ _          _ _ 
 |  \/  |   \ \ / / |  __ \    (_)          | |        / ____| |        | | |
 | \  / |_ __\ V /  | |__) | __ ___   ____ _| |_ ___  | (___ | |__   ___| | |
 | |\/| | '__|> <   |  ___/ '__| \ \ / / _` | __/ _ \  \___ \| '_ \ / _ \ | |
 | |  | | |_ / . \  | |   | |  | |\ V / (_| | ||  __/  ____) | | | |  __/ | |
 |_|  |_|_(_)_/ \_\ |_|   |_|  |_| \_/ \__,_|\__\___| |_____/|_| |_|\___V 2.1
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normalize arbitrary hash name to hashlib format.
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internal helper used by :func:`lookup_hash` --
lookup hash constructor by name

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Returns a :class:`HashInfo` record containing information about a given hash function.
Can be used to look up a hash constructor by name, normalize hash name representation, etc.

:arg digest:
    This can be any of:

    * A string containing a :mod:`!hashlib` digest name (e.g. ``"sha256"``),
    * A string containing an IANA-assigned hash name,
    * A digest constructor function (e.g. ``hashlib.sha256``).

    Case is ignored, underscores are converted to hyphens,
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:param required:
    By default (True), this function will throw an :exc:`~passlib.exc.UnknownHashError` if no hash constructor
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    If this flag is False, it will instead return a dummy :class:`!HashInfo` record
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    This is mainly used by :func:`norm_hash_name`.

:param return_unknown:

    .. deprecated:: 1.7.3

        deprecated, and will be removed in passlib 2.0.
        this acts like inverse of **required**.

:returns HashInfo:
    :class:`HashInfo` instance containing information about specified digest.

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:param format:
    Naming convention to normalize to.
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    * ``"iana"`` - normalizes name to IANA-assigned hash function name.
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Record containing information about a given hash algorithm, as returned :func:`lookup_hash`.

This class exposes the following attributes:

.. autoattribute:: const
.. autoattribute:: digest_size
.. autoattribute:: block_size
.. autoattribute:: name
.. autoattribute:: iana_name
.. autoattribute:: aliases
.. autoattribute:: supported

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initialize new instance.
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whether hash is available for use
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N)r�r�s rB�	supported�HashInfo.supporteds�����$�&�&rDc�n�[(dg[URSSS5 g![a gf=f)z5helper to detect if hash is supported by fastpbkdf2()N�p�sr�TF)�_fast_pbkdf2_hmacr>rtr�s rB�supported_by_fastpbkdf2� HashInfo.supported_by_fastpbkdf2$s9��!� ��	��d�i�i��t�Q�7����	��	���'�
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�[U5nUupEnUS:�dS5e[U[5(d
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This function returns an efficient HMAC function, hardcoded with a specific digest & key.
It can be used via ``hmac = compile_hmac(digest, key)``.

:arg digest:
    digest name or constructor.

:arg key:
    secret key as :class:`!bytes` or :class:`!unicode` (unicode will be encoded using utf-8).

:param multipart:
    request a multipart constructor instead (see return description).

:returns:
    By default, the returned function has the signature ``hmac(msg) -> digest output``.

    However, if ``multipart=True``, the returned function has the signature
    ``hmac() -> update, finalize``, where ``update(msg)`` may be called multiple times,
    and ``finalize() -> digest_output`` may be repeatedly called at any point to
    calculate the HMAC digest so far.

    The returned object will also have a ``digest_info`` attribute, containing
    a :class:`lookup_hash` instance for the specified digest.

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:arg digest:
    digest name or constructor.
    
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    secret to use when generating the key.
    may be :class:`!bytes` or :class:`unicode` (encoded using UTF-8).
    
:arg salt:
    salt string to use when generating key.
    may be :class:`!bytes` or :class:`unicode` (encoded using UTF-8).

:param rounds:
    number of rounds to use to generate key.

:arg keylen:
    number of bytes to generate (if omitted / ``None``, uses digest's native size)

:returns:
    raw :class:`bytes` of generated key

.. note::

    This algorithm has been deprecated, new code should use PBKDF2.
    Among other limitations, ``keylen`` cannot be larger
    than the digest size of the specified hash.
�secretr��salt�int�roundsr��rounds must be at least 1N�int or None�keylenrzkeylen must be at least 0z keylength too large for digest: z > )	rrrRrrr�rtrr})
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:arg digest:
    digest name or constructor.

:arg secret:
    passphrase to use to generate key.
    may be :class:`!bytes` or :class:`unicode` (encoded using UTF-8).

:arg salt:
    salt string to use when generating key.
    may be :class:`!bytes` or :class:`unicode` (encoded using UTF-8).

:param rounds:
    number of rounds to use to generate key.

:arg keylen:
    number of bytes to generate.
    if omitted / ``None``, will use digest's native output size.

:returns:
    raw bytes of generated key

.. versionchanged:: 1.7

    This function will use the first available of the following backends:

    * `fastpbk2 <https://pypi.python.org/pypi/fastpbkdf2>`_
    * :func:`hashlib.pbkdf2_hmac` (only available in py2 >= 2.7.8, and py3 >= 3.4)
    * builtin pure-python backend

    See :data:`passlib.crypto.digest.PBKDF2_BACKENDS` to determine
    which backend(s) are in use.
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py3-only implementation of pbkdf2 inner loop;
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We want a helper function which performs equivalent of the following::

  def helper(keyed_hmac, digest, rounds):
      accum = digest
      for _ in irange(rounds - 1):
          digest = keyed_hmac(digest)
          accum ^= digest
      return accum

However, no efficient way to implement "bytes ^ bytes" in python.
Instead, using approach where we dynamically compile a helper function based
on digest size.  Instead of a single `accum` var, this helper breaks the digest
into a series of integers.

It stores these in a series of`accum_<i>` vars, and performs `accum ^= digest`
by unpacking digest and perform xor for each "accum_<i> ^= digest_<i>".
this keeps everything in locals, avoiding excessive list creation, encoding or decoding,
etc.

:param digest_size:
    digest size to compile for, in bytes. (must be multiple of 4).

:return:
    helper function with call signature outlined above.
��z=%dQz=%dQIr�r�z=%dIzunsupported digest size: %dz, c3�,# �UH
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accum_vars�digest_varsa def helper(keyed_hmac, digest, rounds):
    '''pbkdf2 loop helper for digest_size={digest_size}'''
    unpack_digest = struct.unpack
    {accum_vars} = unpack_digest(digest)
    for _ in irange(1, rounds):
        digest = keyed_hmac(digest)
        {digest_vars} = unpack_digest(digest)
z        acc_%d ^= dig_%d
z%    return struct.pack({accum_vars})
z9<generated by passlib.crypto.digest._get_pbkdf2_looper()>�exec)r�struct�helperri)�
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