This commit introduces two kinds of benchmarks:
1. Cryptographic Primitives. Measures the performance of all available
implementations of cryptographic algorithms using traditional
benchmarking. Uses criterion.
2. Protocol Runs. Measures the time each step in the protocol takes.
Measured using a tracing-based approach.
The benchmarks are run on CI and an interactive visual overview is
written to the gh-pages branch. If a benchmark takes more than twice the
time than the reference commit (for PR: the main branch), the action
fails.
Some links in the documentation of the ciphers and cipher-traits were broken or linked to private fields.
This PR fixes most of these occasions and some more warnings in cargo doc.
The reaming issues are links to chacha20poly1305_ietf, that are broken because the feature experiment_libcrux corresponding feature is enabled. Analogously, disabling the feature would lead to broken links to chacha20poly1305_ietf_libcrux.
Libcrux is a library for formally verified implementations of
cryptographic primitives. It uses multiple back ends; one of which is
libjade. A cryptographic library written in the jasmin assembly
language for high assurance cryptographic implementations.
To use compile with the experiment_libcrux feature enabled:
cargo build --features experiment_libcrux
This finishes the last step of removing sodium.rs from the rosenpass crate
itself and also removes the NOTHING and NONCE0 constants.
Hashing functions now use destination parameters;
rosenpass_constant_time::xor now does too.
