pub fn vrf_sign_simple<CW,PD>(&self, input: VRFInput)
     -> (VRFInOut, VRFProof<VRFPreOut,CW,PD>, PD::Unblinding)
    where
        CW: NewChallengeOrWitness,
        PD: NewPedersenDeltaOrPublicKey,
    {
        self.vrf_sign_first(input, no_extra())
    }
/// Run our Schnorr VRF on one single input, producing the output
/// and correspodning Schnorr proof.
/// You must extract the `VRFPreOut` from the `VRFInOut` returned.
Run our Schnorr VRF on one single input, producing the output
and correspodning Schnorr proof.
You must extract the `VRFPreOut` from the `VRFInOut` returned.
Run our Schnorr VRF on one single input producing the output and correspodning Schnorr proof . You must extract the ` VRFPreOut ` from the ` VRFInOut ` returned .
pub fn vrf_sign_simple<CW,PD>(&self, input: VRFInput)
     -> (VRFInOut, VRFProof<VRFPreOut,CW,PD>, PD::Unblinding)
    where
        CW: NewChallengeOrWitness,
        PD: NewPedersenDeltaOrPublicKey,
    {
        self.vrf_sign_first(input, no_extra())
    }
pub fn vrf_sign_simple < CW , PD > ( & self , input : VRFInput ) -> ( VRFInOut , VRFProof < VRFPreOut , CW , PD > , PD :: Unblinding ) where CW : NewChallengeOrWitness , PD : NewPedersenDeltaOrPublicKey , { self . vrf_sign_first ( input , no_extra ( ) ) }
Run our Schnorr VRF on one single input, producing the output
and correspodning Schnorr proof.
Run our Schnorr VRF on one single input producing the output and correspodning Schnorr proof .
&self
input
VRFInput
&self
input
VRFInput