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tools/telemetry/third_party/gsutilz/third_party/crcmod/README

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-===========================
-crcmod for Calculating CRCs
-===========================
-
-The software in this package is a Python module for generating objects that
-compute the Cyclic Redundancy Check (CRC).  There is no attempt in this package
-to explain how the CRC works.  There are a number of resources on the web that
-give a good explanation of the algorithms.  Just do a Google search for "crc
-calculation" and browse till you find what you need.  Another resource can be
-found in chapter 20 of the book "Numerical Recipes in C" by Press et. al.
-
-This package allows the use of any 8, 16, 24, 32, or 64 bit CRC.  You can
-generate a Python function for the selected polynomial or an instance of the
-Crc class which provides the same interface as the ``md5`` and ``sha`` modules
-from the Python standard library.  A ``Crc`` class instance can also generate
-C/C++ source code that can be used in another application.
-
-----------
-Guidelines
-----------
-
-Documentation is available from the doc strings.  It is up to you to decide
-what polynomials to use in your application.  If someone has not specified the
-polynomials to use, you will need to do some research to find one suitable for
-your application.  Examples are available in the unit test script ``test.py``.
-You may also use the ``predefined`` module to select one of the standard
-polynomials.
-
-If you need to generate code for another language, I suggest you subclass the
-``Crc`` class and replace the method ``generateCode``.  Use ``generateCode`` as
-a model for the new version.
-
-------------
-Dependencies
-------------
-
-Python Version
-^^^^^^^^^^^^^^
-
-The package has separate code to support the 2.x and 3.x Python series.
-
-For the 2.x versions of Python, these versions have been tested:
-
-* 2.4
-* 2.5
-* 2.6
-* 2.7
-
-It may still work on earlier versions of Python 2.x, but these have not been
-recently tested.
-
-For the 3.x versions of Python, these versions have been tested:
-
-* 3.1
-
-Building C extension
-^^^^^^^^^^^^^^^^^^^^
-
-To build the C extension, the appropriate compiler tools for your platform must
-be installed. Refer to the Python documentation for building C extensions for
-details.
-
-------------
-Installation
-------------
-
-The crcmod package is installed using ``distutils``.
-Run the following command::
-
-    python setup.py install
-
-If the extension module builds, it will be installed.  Otherwise, the
-installation will include the pure Python version.  This will run significantly
-slower than the extension module but will allow the package to be used.
-
-For Windows users who want to use the mingw32 compiler, run this command::
-
-    python setup.py build --compiler=mingw32 install
-
-For Python 3.x, the install process is the same but you need to use the 3.x
-interpreter.
-
-------------
-Unit Testing
-------------
-
-The ``crcmod`` package has a module ``crcmod.test``, which contains unit
-tests for both ``crcmod`` and ``crcmod.predefined``.
-
-When you first install ``crcmod``, you should run the unit tests to make sure
-everything is installed properly.  The test script performs a number of tests
-including a comparison to the direct method which uses a class implementing
-polynomials over the integers mod 2.
-
-To run the unit tests on Python >=2.5::
-
-    python -m crcmod.test
-
-Alternatively, in the ``test`` directory run::
-
-    python test_crcmod.py
-
----------------
-Code Generation
----------------
-
-The crcmod package is capable of generating C functions that can be compiled
-with a C or C++ compiler.  In the test directory, there is an examples.py
-script that demonstrates how to use the code generator.  The result of this is
-written out to the file ``examples.c``.  The generated code was checked to make
-sure it compiles with the GCC compiler.
-
--------
-License
--------
-
-The ``crcmod`` package is released under the MIT license. See the ``LICENSE``
-file for details.
-
-------------
-Contributors
-------------
-
-Craig McQueen