miden_precompiles/
lib.rs

1#![no_std]
2
3extern crate alloc;
4
5#[cfg(feature = "std")]
6extern crate std;
7
8use miden_core::deferred::PrecompileRegistry;
9
10mod codec;
11mod hash;
12mod math;
13
14pub use codec::{chunks_to_bytes_exact, n_chunks};
15pub use hash::{HashAssertNode, HashFunction, HashPrecompile, keccak256::Keccak256Precompile};
16pub use math::{
17    curve::{
18        CurveCoefficient, CurveId, CurveNodeRef, CurvePoint, CurvePrecompile, CurveSpec, K1_A_PTR,
19        K1_B_PTR, K1_GROUP_PTR, SECP256K1_BETA, SECP256K1_GENERATOR_X, SECP256K1_GENERATOR_Y,
20        SECP256K1_ID, SECP256K1_LAMBDA, ShortWeierstrassSpec, curve_coefficients, glv_decompose,
21        phi_generator, scalar_mul_mod_n,
22    },
23    k1_base::K1Base,
24    k1_scalar::K1Scalar,
25    u256::U256,
26    uint::{
27        K1_BASE_BOUND_PTR, K1_SCALAR_BOUND_PTR, Limbs, ONE_LIMBS, TWO_LIMBS, U256_BOUND_PTR,
28        UintDomain, UintNodeRef, UintPrecompile, UintSpec, ZERO_LIMBS,
29    },
30};
31
32// REGISTRY
33// ================================================================================================
34
35/// Returns a [`PrecompileRegistry`] containing the precompiles provided by this crate.
36///
37/// TODO: If constructing the official registry becomes measurable overhead, consider a
38/// cached/shared registry for default processor initialization.
39pub fn registry() -> PrecompileRegistry {
40    PrecompileRegistry::new()
41        .with_precompile(Keccak256Precompile::default())
42        .with_precompile(UintPrecompile)
43        .with_precompile(CurvePrecompile)
44}
miden_precompiles/lib.rs

miden_precompiles/
lib.rs
