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circkit-0.1.1


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توضیحات

A circuit toolkit mainly for cryptographic usage.
ویژگی مقدار
سیستم عامل -
نام فایل circkit-0.1.1
نام circkit
نسخه کتابخانه 0.1.1
نگهدارنده []
ایمیل نگهدارنده []
نویسنده CryptoExperts
ایمیل نویسنده contact@cryptoexperts.com
آدرس صفحه اصلی https://github.com/CryptoExperts/circkit.git
آدرس اینترنتی https://pypi.org/project/circkit/
مجوز MIT
# circkit ``circkit`` is a small framework for defining, constructing and manipulating computational circuits. It aims to be very generic. ``circkit`` supports both low-level circuits such as bit-based operations, word-based operations, arithmetic circuits over a ring and high-level circuits made up by gates which are customized non-primitive functions. ## Installation For arithmetic circuits working on finite fields, it needs to install Sagemath. For circuits working on decimal numbers, integers, boolean and bitwise, it is not necessary to install Sagemath. ### Circuits with Sagemath 1. Install [Sagemath](https://www.sagemath.org). 2. Install ``circkit`` in Sagemath: - via ``PyPI``: ``` sage -pip install circkit ``` - or via ``setup.py`` ``` sage -pip install . ``` 3. Run your script with Sagemath: ``` sage -python script.py ``` Or you can open a notebook with Sagemath and build your circuit with the ``circkit`` framework: ``` sage -n ``` ### Circuits without Sagemath 1. Install ``circuit``: - via ``PyPI``: ``` pip3 install circkit ``` - or via ``setup.py`` ``` pip3 install . ``` 2. Run your python script, for example: ``` python3 script.py ``` ### Using a virtual environment We can use a virtual enviroment to run *both circuits with and without Sagemath*. 1. Create a virtual environment of Sagemath: ``` sage -python -m venv --system-site-packages .venv ``` Then, go to the virtual enviroment: ``` source .venv/bin/activate ``` 2. Install ``circkit`` in the virtual environment. - via ``PyPI``: ``` pip install circkit ``` - or via ``setup.py`` ``` pip install . ``` 3. Run your script on the virtual enviroment, for example: ``` python script.py ``` Or you can open a python notebook in this virtual enviroment and build your circuit. Again, both circuits working with and without Sagemath can be run on this virtual environment. ## Tests You can run the tests in the ``tests`` folder: ``` pytest tests ``` NOTE: you should run the tests in the virtual environment (see [installation](#using-a-virtual-environment)) because the tests consists of both circuits with Sagemath and circuits without Sagemath. Otherwise, it will fail on the tests requiring Sagemath. You can run a specific test, for example: ``` pytest tests/test_simon_cipher.py ``` ## Documentation See [circkit.readthedocs.io](circkit.readthedocs.io) for the documentations. You can also open the file [docs/_build/html/index.html](docs/_build/html/index.html) file on your browser. ### Tutorials Some jupyter notebooks are provided to help you play with the ``circkit`` framework: - [How to build an arithmetic circuit](docs/tuto-p1_builtin-circuit.ipynb) - [How to build a bitwise circuit](docs/tuto-p1_bitwise-circuit.ipynb) - [How to build a boolean circuit](docs/tuto-p1_boolean-circuit.ipynb) - [How to define a new circuit type](docs/tuto-p2_new-circuit-type.ipynb) - [How to define a transformer and example on ISW transformer](docs/tuto-p3_ISWtransformer.ipynb) ### Advanced examples Some advance examples are also provided. These examples highlight the applications of the ``circkit`` framework in cryptography. - [Bit-slicing AES](docs/tuto-p4_bitsliceAES.ipynb) - [Simon cipher](docs/tuto-p4_simon.ipynb) - [Speck cipher](docs/tuto-p4_speck.ipynb) - [Minimalist quadratic masking scheme](docs/tuto-p4_BUquadratic-masking.ipynb) ## Authors CryptoExperts Team


نیازمندی

مقدار نام
==0.19.1 graphviz
==0.8.8 nbsphinx
==0.7 sphinxcontrib-napoleon
==1.0.0 sphinx-rtd-theme
<6,>=5.4 pytest
<6,>=5.2 coverage


زبان مورد نیاز

مقدار نام
>=3.7 Python


نحوه نصب


نصب پکیج whl circkit-0.1.1:

    pip install circkit-0.1.1.whl


نصب پکیج tar.gz circkit-0.1.1:

    pip install circkit-0.1.1.tar.gz