feat: rename crate to leansig instead of hashsig

Cargo.toml

@@ -1,5 +1,5 @@
 [package]
-name = "hashsig"
+name = "leansig"
 version = "0.1.0"
 edition = "2024"
 rust-version = "1.87"

README.md

@@ -15,7 +15,7 @@ The examples below, tests, and benchmarks just use a default (potentially insecu
 
 ## Signature Interface
 
-If you want to use this library, the main interface is that of a *(synchronized) signature scheme*, which is defined in the [Signature trait](https://github.com/b-wagn/hash-sig/blob/main/src/signature.rs). Here is a summary:
+If you want to use this library, the main interface is that of a *(synchronized) signature scheme*, which is defined in the [Signature trait](https://github.com/leanEthereum/leanSig/blob/main/src/signature.rs). Here is a summary:
 - A function `key_gen` to generate keys.
 - A function `sign` to sign messages using the secret key with respect to an epoch.
 - A function `verify` to verify signatures for a given message, public key, and epoch.
@@ -52,11 +52,11 @@ let sig = S::sign(&sk, epoch, &message);
 let is_valid = S::verify(&pk, epoch, &message, &sig);
 ```
 
-See also function `test_signature_scheme_correctness` in [this file](https://github.com/b-wagn/hash-sig/blob/main/src/signature.rs).
+See also function `test_signature_scheme_correctness` in [this file](https://github.com/leanEthereum/leanSig/blob/main/src/signature.rs).
 
 ## Schemes
 The code implements a generic framework from [this paper](https://eprint.iacr.org/2025/055.pdf), which builds XMSS-like hash-based signatures from a primitive called incomparable encodings.
-Hardcoded instantiations of this generic framework (using Poseidon2) are defined in `hashsig::signature::generalized_xmss`.
+Hardcoded instantiations of this generic framework (using Poseidon2) are defined in `leansig::signature::generalized_xmss`.
 The parameters have been chosen based on the analysis in the paper using Python scripts. Details are as follows:
 
 | Submodule        | Paper / Documentation                                     | Parameters Set With     |
@@ -93,7 +93,7 @@ Run them with
 cargo bench
 ```
 
-The schemes that are benchmarked are hardcoded instantiations of the generic framework, which are defined in `hashsig::signature::generalized_xmss`.
+The schemes that are benchmarked are hardcoded instantiations of the generic framework, which are defined in `leansig::signature::generalized_xmss`.
 The parameters of these instantiations have been chosen carefully with the aim to achieve a desired security level.
 By default, key generation is not benchmarked. There are two options to benchmark it:
 1. add the option `--features with-gen-benches-poseidon` or `--features with-gen-benches-poseidon-top-level` to `cargo bench`. Note that this will make benchmarks very slow, as key generation will be repeated within the benchmarks. Especially for Poseidon, this is not recommended.

benches/benchmark_poseidon.rs

@@ -3,7 +3,7 @@ use std::hint::black_box;
 use criterion::{Criterion, SamplingMode};
 use rand::Rng;
 
-use hashsig::{
+use leansig::{
     MESSAGE_LENGTH,
     signature::{
         SignatureScheme, SignatureSchemeSecretKey,

benches/benchmark_poseidon_top_level.rs

@@ -3,7 +3,7 @@ use std::{cmp::min, hint::black_box};
 use criterion::{Criterion, SamplingMode};
 use rand::Rng;
 
-use hashsig::{
+use leansig::{
     MESSAGE_LENGTH,
     signature::{
         SignatureScheme, SignatureSchemeSecretKey,

src/bin/main.rs

@@ -1,12 +1,12 @@
-use hashsig::signature::generalized_xmss::instantiations_poseidon::lifetime_2_to_the_18::target_sum::SIGTargetSumLifetime18W1NoOff;
-use hashsig::signature::generalized_xmss::instantiations_poseidon::lifetime_2_to_the_18::target_sum::SIGTargetSumLifetime18W2NoOff;
-use hashsig::signature::generalized_xmss::instantiations_poseidon::lifetime_2_to_the_18::target_sum::SIGTargetSumLifetime18W4NoOff;
-use hashsig::signature::generalized_xmss::instantiations_poseidon::lifetime_2_to_the_18::target_sum::SIGTargetSumLifetime18W8NoOff;
-use hashsig::signature::generalized_xmss::instantiations_poseidon::lifetime_2_to_the_20::target_sum::SIGTargetSumLifetime20W1NoOff;
-use hashsig::signature::generalized_xmss::instantiations_poseidon::lifetime_2_to_the_20::target_sum::SIGTargetSumLifetime20W2NoOff;
-use hashsig::signature::generalized_xmss::instantiations_poseidon::lifetime_2_to_the_20::target_sum::SIGTargetSumLifetime20W4NoOff;
-use hashsig::signature::generalized_xmss::instantiations_poseidon::lifetime_2_to_the_20::target_sum::SIGTargetSumLifetime20W8NoOff;
-use hashsig::signature::SignatureScheme;
+use leansig::signature::generalized_xmss::instantiations_poseidon::lifetime_2_to_the_18::target_sum::SIGTargetSumLifetime18W1NoOff;
+use leansig::signature::generalized_xmss::instantiations_poseidon::lifetime_2_to_the_18::target_sum::SIGTargetSumLifetime18W2NoOff;
+use leansig::signature::generalized_xmss::instantiations_poseidon::lifetime_2_to_the_18::target_sum::SIGTargetSumLifetime18W4NoOff;
+use leansig::signature::generalized_xmss::instantiations_poseidon::lifetime_2_to_the_18::target_sum::SIGTargetSumLifetime18W8NoOff;
+use leansig::signature::generalized_xmss::instantiations_poseidon::lifetime_2_to_the_20::target_sum::SIGTargetSumLifetime20W1NoOff;
+use leansig::signature::generalized_xmss::instantiations_poseidon::lifetime_2_to_the_20::target_sum::SIGTargetSumLifetime20W2NoOff;
+use leansig::signature::generalized_xmss::instantiations_poseidon::lifetime_2_to_the_20::target_sum::SIGTargetSumLifetime20W4NoOff;
+use leansig::signature::generalized_xmss::instantiations_poseidon::lifetime_2_to_the_20::target_sum::SIGTargetSumLifetime20W8NoOff;
+use leansig::signature::SignatureScheme;
 use rand::rngs::ThreadRng;
 use rand::Rng;
 use std::time::Instant;