Nexisato / General-Cryptography-Scheme

A prototype of general Cryptography Scheme Framework

General-Cryptography-Scheme

A prototype of General Cryptography Scheme Framework

Environment

• OS: Ubuntu22.04 (WSL2) / Windows (only for Java Development)
• Architecture: x86_64
• C++ version (bug not fixed):
  • Build: CMake
  • Dependencies:
    • MIRACL Cryptography Library
    • jsoncpp
• Python Version(Recommended):
  • Dependencies:
    • gmpy2
    • fastecdsa
    • sympy
    • cryptography
    • pymcl (bilinear pairing, safer and faster)
    • pypbc (bilinear pairing, NOT SAFE)
    • py_ecc (Recommended for Pair and ECDSA Demo)
• Java Version (Useful for jpbc-API)
  • Dependencies
    • bcprov-jdk16-1.46.jar
    • Jama-1.0.3.jar
    • jna-3.2.5.jar
    • jpbc-api-2.0.0.jar
    • jpbc-benchmark-2.0.0.jar
    • jpbc-crypto-2.0.0.jar
    • jpbc-mm-2.0.0.jar
    • jpbc-pbc-2.0.0.jar
    • jpbc-plaf-2.0.0.jar
    • logback-classic-1.5.6.jar
    • logback-core-1.5.6.jar
    • slf4j-api-2.0.13.jar
    • guava-19.0.jar

Notes

• 2024-05-31: update time_perf decorator in utils.py for better measurment

This implementation does not consider the serialization and deserialization problem, all of the intermediate paramters are passed with the specific data structure, for I have not solved the I/O converter function :(

- Not solving the ECn parmaters unmatch problem.

For more complex pairing shchemes, we recommend JPBC with Scheme Abstract Base Class.

References

• https://github.com/miracl/MIRACL
• https://github.com/acherstyx/SM2-CPP-Implementation
• 【Readme First】How To Compile C++ version MIRACL
• https://github.com/Jemtaly/pypbc (Recommended for Python >= 3.10)
• https://github.com/AntonKueltz/fastecdsa
• https://github.com/Jemtaly/pymcl
• https://github.com/herumi/mcl