fn check(&self) -> bool {
        // The signature data is stored in (refined) byte types, but do a round trip
        // conversion to raw bytes to exercise those code paths.
        let sig = {
            let bytes: [u8; 64] = self.sig.into();
            Signature::<T>::from(bytes)
        };
        let pk_bytes = {
            let bytes: [u8; 32] = self.pk_bytes.into();
            VerificationKeyBytes::<T>::from(bytes)
        };

        // Check that signature validation has the expected result.
        self.is_valid
            == VerificationKey::try_from(pk_bytes)
                .and_then(|pk| pk.verify(&self.msg, &sig))
                .is_ok()
    }
// Check that signature verification succeeds or fails, as expected.
Check that signature verification succeeds or fails, as expected.
Check that signature verification succeeds or fails as expected .
fn check(&self) -> bool {
        // The signature data is stored in (refined) byte types, but do a round trip
        // conversion to raw bytes to exercise those code paths.
        let sig = {
            let bytes: [u8; 64] = self.sig.into();
            Signature::<T>::from(bytes)
        };
        let pk_bytes = {
            let bytes: [u8; 32] = self.pk_bytes.into();
            VerificationKeyBytes::<T>::from(bytes)
        };
        // Check that signature validation has the expected result.
        self.is_valid
            == VerificationKey::try_from(pk_bytes)
                .and_then(|pk| pk.verify(&self.msg, &sig))
                .is_ok()
    }
fn check ( & self ) -> bool { // The signature data is stored in (refined) byte types, but do a round trip // conversion to raw bytes to exercise those code paths. let sig = { let bytes : [ u8 ; 64 ] = self . sig . into ( ) ; Signature :: < T > :: from ( bytes ) } ; let pk_bytes = { let bytes : [ u8 ; 32 ] = self . pk_bytes . into ( ) ; VerificationKeyBytes :: < T > :: from ( bytes ) } ; // Check that signature validation has the expected result. self . is_valid == VerificationKey :: try_from ( pk_bytes ) . and_then ( | pk | pk . verify ( & self . msg , & sig ) ) . is_ok ( ) }
Check that signature verification succeeds or fails, as expected.
Check that signature verification succeeds or fails as expected .
&self