Trait BW6Config

pub trait BW6Config:
    'static
    + Eq
    + Sized {
    type Fp: PrimeField + Into<<Self::Fp as PrimeField>::BigInt>;
    type Fp3Config: Fp3Config<Fp = Self::Fp>;
    type Fp6Config: Fp6Config<Fp3Config = Self::Fp3Config>;
    type G1Config: SWCurveConfig<BaseField = Self::Fp>;
    type G2Config: SWCurveConfig<BaseField = Self::Fp, ScalarField = <Self::G1Config as CurveConfig>::ScalarField>;

    const X: <Self::Fp as PrimeField>::BigInt;
    const X_IS_NEGATIVE: bool;
    const X_MINUS_1_DIV_3: <Self::Fp as PrimeField>::BigInt;
    const ATE_LOOP_COUNT_1: &'static [u64];
    const ATE_LOOP_COUNT_1_IS_NEGATIVE: bool;
    const ATE_LOOP_COUNT_2: &'static [i8];
    const ATE_LOOP_COUNT_2_IS_NEGATIVE: bool;
    const TWIST_TYPE: TwistType;
    const H_T: i64;
    const H_Y: i64;
    const T_MOD_R_IS_ZERO: bool;

    // Provided methods
    fn cyclotomic_exp_signed(
        f: &Fp6<Self::Fp6Config>,
        x: impl AsRef<[u64]>,
        invert: bool,
    ) -> Fp6<Self::Fp6Config> { ... }
    fn exp_by_x(f: &Fp6<Self::Fp6Config>) -> Fp6<Self::Fp6Config> { ... }
    fn final_exponentiation_hard_part(
        f: &Fp6<Self::Fp6Config>,
    ) -> Fp6<Self::Fp6Config> { ... }
    fn final_exponentiation(
        f: MillerLoopOutput<BW6<Self>>,
    ) -> Option<PairingOutput<BW6<Self>>> { ... }
    fn multi_miller_loop(
        a: impl IntoIterator<Item = impl Into<G1Prepared<Self>>>,
        b: impl IntoIterator<Item = impl Into<G2Prepared<Self>>>,
    ) -> MillerLoopOutput<BW6<Self>> { ... }
}

Required Associated Constants

const X: <Self::Fp as PrimeField>::BigInt

const X_IS_NEGATIVE: bool

const X_MINUS_1_DIV_3: <Self::Fp as PrimeField>::BigInt

const ATE_LOOP_COUNT_1: &'static [u64]

const ATE_LOOP_COUNT_1_IS_NEGATIVE: bool

const ATE_LOOP_COUNT_2: &'static [i8]

const ATE_LOOP_COUNT_2_IS_NEGATIVE: bool

const TWIST_TYPE: TwistType

const H_T: i64

const H_Y: i64

const T_MOD_R_IS_ZERO: bool

Required Associated Types

type Fp: PrimeField + Into<<Self::Fp as PrimeField>::BigInt>

type Fp3Config: Fp3Config<Fp = Self::Fp>

type Fp6Config: Fp6Config<Fp3Config = Self::Fp3Config>

type G1Config: SWCurveConfig<BaseField = Self::Fp>

type G2Config: SWCurveConfig<BaseField = Self::Fp, ScalarField = <Self::G1Config as CurveConfig>::ScalarField>

Provided Methods

fn cyclotomic_exp_signed( f: &Fp6<Self::Fp6Config>, x: impl AsRef<[u64]>, invert: bool, ) -> Fp6<Self::Fp6Config>

fn exp_by_x(f: &Fp6<Self::Fp6Config>) -> Fp6<Self::Fp6Config>

fn final_exponentiation_hard_part( f: &Fp6<Self::Fp6Config>, ) -> Fp6<Self::Fp6Config>

fn final_exponentiation( f: MillerLoopOutput<BW6<Self>>, ) -> Option<PairingOutput<BW6<Self>>>

fn multi_miller_loop( a: impl IntoIterator<Item = impl Into<G1Prepared<Self>>>, b: impl IntoIterator<Item = impl Into<G2Prepared<Self>>>, ) -> MillerLoopOutput<BW6<Self>>

Dyn Compatibility

This trait is not dyn compatible.

In older versions of Rust, dyn compatibility was called "object safety", so this trait is not object safe.

Implementors