124         m: &Modulus<M>,  in from_be_bytes_padded_less_than()
146     fn width(&self) -> Width<M> {  in width()
333     fn width(&self) -> Width<M> {  in width()
337     fn zero<E>(&self) -> Elem<M, E> {  in zero()
345     fn one(&self) -> Elem<M, Unencoded> {  in one()
351     pub fn oneRR(&self) -> &One<M, RR> {  in oneRR()
371     fn as_partial(&self) -> PartialModulus<M> {  in as_partial()
388     fn zero(&self) -> Elem<M, R> {  in zero()
432     fn decode_once(self, m: &Modulus<M>) -> Elem<M, <E as ReductionEncoding>::Output> {  in decode_once()
452     pub fn into_unencoded(self, m: &Modulus<M>) -> Elem<M, Unencoded> {  in into_unencoded()
460         m: &Modulus<M>,  in from_be_bytes_padded()
485 pub fn elem_mul<M, AF, BF>(  in elem_mul()
486     a: &Elem<M, AF>,  in elem_mul()
487     b: Elem<M, BF>,  in elem_mul()
488     m: &Modulus<M>,  in elem_mul()
489 ) -> Elem<M, <(AF, BF) as ProductEncoding>::Output>  in elem_mul()
496 fn elem_mul_<M, AF, BF>(  in elem_mul_()
497     a: &Elem<M, AF>,  in elem_mul_()
498     mut b: Elem<M, BF>,  in elem_mul_()
499     m: &PartialModulus<M>,  in elem_mul_()
500 ) -> Elem<M, <(AF, BF) as ProductEncoding>::Output>  in elem_mul_()
511 fn elem_mul_by_2<M, AF>(a: &mut Elem<M, AF>, m: &PartialModulus<M>) {  in elem_mul_by_2()  argument
555 fn elem_squared<M, E>(  in elem_squared()
556     mut a: Elem<M, E>,  in elem_squared()
557     m: &PartialModulus<M>,  in elem_squared()
558 ) -> Elem<M, <(E, E) as ProductEncoding>::Output>  in elem_squared()
579 pub fn elem_add<M, E>(mut a: Elem<M, E>, b: Elem<M, E>, m: &Modulus<M>) -> Elem<M, E> {  in elem_add()  argument
585 pub fn elem_sub<M, E>(mut a: Elem<M, E>, b: &Elem<M, E>, m: &Modulus<M>) -> Elem<M, E> {  in elem_sub()  argument
619     fn newRR(m: &PartialModulus<M>, m_bits: bits::BitLength) -> Self {  in newRR()
665     fn as_ref(&self) -> &Elem<M, E> {  in as_ref()
752     base: Elem<M, Unencoded>,  in elem_exp_vartime()
754     m: &Modulus<M>,  in elem_exp_vartime()
755 ) -> Elem<M, R> {  in elem_exp_vartime()
761 fn elem_exp_vartime_<M>(base: Elem<M, R>, exponent: u64, m: &PartialModulus<M>) -> Elem<M, R> {  in elem_exp_vartime_()
805         p: &Modulus<M>,  in from_be_bytes_padded()
838     base: Elem<M, R>,  in elem_exp_consttime()
839     exponent: &PrivateExponent<M>,  in elem_exp_consttime()
840     m: &Modulus<M>,  in elem_exp_consttime()
841 ) -> Result<Elem<M, Unencoded>, error::Unspecified> {  in elem_exp_consttime()
851     fn gather<M>(table: &[Limb], i: Window, r: &mut Elem<M, R>) {  in elem_exp_consttime()
869         mut acc: Elem<M, R>,  in elem_exp_consttime()
870         mut tmp: Elem<M, R>,  in elem_exp_consttime()
871         m: &Modulus<M>,  in elem_exp_consttime()
872     ) -> (Elem<M, R>, Elem<M, R>) {  in elem_exp_consttime()
926     a: Elem<M, R>,  in elem_inverse_consttime()
927     m: &Modulus<M>,  in elem_inverse_consttime()
928 ) -> Result<Elem<M, Unencoded>, error::Unspecified> {  in elem_inverse_consttime()
934     base: Elem<M, R>,  in elem_exp_consttime()
935     exponent: &PrivateExponent<M>,  in elem_exp_consttime()
936     m: &Modulus<M>,  in elem_exp_consttime()
937 ) -> Result<Elem<M, Unencoded>, error::Unspecified> {  in elem_exp_consttime()
973     const M: usize = BASE + 1; // `np` in OpenSSL  in elem_exp_consttime()  constant
1128     a: &Elem<M, R>,  in verify_inverses_consttime()
1129     b: Elem<M, Unencoded>,  in verify_inverses_consttime()
1130     m: &Modulus<M>,  in verify_inverses_consttime()
1140 pub fn elem_verify_equal_consttime<M, E>(  in elem_verify_equal_consttime()
1141     a: &Elem<M, E>,  in elem_verify_equal_consttime()
1142     b: &Elem<M, E>,  in elem_verify_equal_consttime()
1182     pub fn to_elem<M>(&self, m: &Modulus<M>) -> Result<Elem<M, Unencoded>, error::Unspecified> {  in to_elem()
1378     struct M {}  struct
1380     unsafe impl PublicModulus for M {}  implementation
1462                 unsafe impl SmallerModulus<MM> for M {}  in test_elem_reduced()  implementation
1463                 unsafe impl NotMuchSmallerModulus<MM> for M {}  in test_elem_reduced()  implementation
1527         m: &Modulus<M>,  in consume_elem()
1528     ) -> Elem<M, Unencoded> {  in consume_elem()
1537     ) -> Elem<M, Unencoded> {  in consume_elem_unchecked()
1550     fn consume_modulus<M>(test_case: &mut test::TestCase, name: &str) -> Modulus<M> {  in consume_modulus()
1564     fn assert_elem_eq<M, E>(a: &Elem<M, E>, b: &Elem<M, E>) {  in assert_elem_eq()  argument
1570     fn into_encoded<M>(a: Elem<M, Unencoded>, m: &Modulus<M>) -> Elem<M, R> {  in into_encoded()