Libjade 2023.05-2

Overview

This is a minor release of Libjade. Compared to the previous release, it updates:

• LICENSE - Libjade is now distributed under a dual licensing model: SPDX-License-Identifier: CC0-1.0 OR Apache-2.0
• The assembly files included in this release were compiled with Jasmin 2024-07.0

In the asset libjade-dist-src-amd64.tar.gz, you can find:

• The compiled assembly files for every Jasmin implementation in Libjade (including Kyber)
• The corresponding header file (and preprocessed Jasmin file if you wish to recompile)
• Ready-to-compile usage examples (written in C) for quick exploration

Currently, we support: amd64 (also known as x64 or x86_64); Linux / macOS

TLDR -- I want to run an example quickly:

wget https://github.com/formosa-crypto/libjade/releases/download/release%2F2023.05-2/libjade-dist-src-amd64.tar.gz
tar -xf libjade-dist-src-amd64.tar.gz 
cd libjade-dist-src-amd64/libjade/crypto_kem/kyber_kyber768_ref/
make 
./example

• The example program prints the inputs/outputs of a given cryptographic algorithm
• For each available implementation, you can compile an example program
• The example.c files to show how to integrate the assembly code (the .s files) with C code
• For more information, take a look at the README.md file in libjade-dist-src-amd64.tar.gz

Libjade 2023.05-1

This is the second release of Libjade. In the asset libjade-dist-src-amd64.tar.gz, you can find:

• The compiled assembly files for every Jasmin implementation in Libjade (including Kyber);
• The corresponding header file (and preprocessed Jasmin file if you wish to recompile);
• Ready-to-compile usage examples (written in C) for quick exploration.

Currently, we support: amd64 (also known as x64 or x86_64); Linux / macOS;

Libjade 2022.12-0

This is the first release of Libjade. In the asset libjade-dist-src-amd64.tar.gz, you can find:

• The compiled assembly files for every Jasmin implementation in Libjade (including Kyber and Dilithium);
• The corresponding header file (and preprocessed Jasmin file if you wish to recompile);
• Ready-to-compile usage examples (written in C) for quick exploration.

Currently, we support: amd64 (also known as x64 or x86_64); Linux / macOS;