Macros
#define	SUITABLE_INTEGRAL_TYPES(ELEMENT, COMPUTE_T, s)

#define	SUITABLE_INTEGRAL_TYPES_AND_HALF_SIZE(ELEMENT, COMPUTE_T, s)

#define	SUITABLE_INTEGRAL_TYPES_AND_FULL_SIZE(ELEMENT, COMPUTE_T, s)

Functions
template<typename ELEMENT = Element, typename COMPUTE_T = Compute_t, int s = sizeof(COMPUTE_T)>
std::enable_if<(2 *sizeof(ELEMENT)>=sizeof(COMPUTE_T))&&(sizeof(COMPUTE_T)==s)&&(std::is_integral< ELEMENT >::value)&&(std::is_integral< COMPUTE_T >::value)>::type	precomp_p (Compute_t &invp, size_t &bitsizep) const

template<typename ELEMENT = Element, typename COMPUTE_T = Compute_t, int s = sizeof(COMPUTE_T)>
std::enable_if<(2 *sizeof(ELEMENT)>=sizeof(COMPUTE_T))&&(sizeof(COMPUTE_T)==s)&&(std::is_integral< ELEMENT >::value)&&(std::is_integral< COMPUTE_T >::value), Element & >::type	mul_precomp_p (Element &r, const Element &a, const Element &b, const Compute_t &invp, const size_t &bitsizep) const

template<typename ELEMENT = Element, typename COMPUTE_T = Compute_t, int s = sizeof(COMPUTE_T)>
std::enable_if<(2 *sizeof(ELEMENT)>=sizeof(COMPUTE_T))&&(sizeof(COMPUTE_T)==s)&&(std::is_integral< ELEMENT >::value)&&(std::is_integral< COMPUTE_T >::value)>::type	precomp_b (Compute_t &invb, const Element &b) const

template<typename ELEMENT = Element, typename COMPUTE_T = Compute_t, int s = sizeof(COMPUTE_T)>
std::enable_if<(2 *sizeof(ELEMENT)==sizeof(COMPUTE_T))&&(sizeof(COMPUTE_T)==s)&&(std::is_integral< ELEMENT >::value)&&(std::is_integral< COMPUTE_T >::value)>::type	precomp_b (Compute_t &invb, const Element &b, const Compute_t &invp) const

template<typename ELEMENT = Element, typename COMPUTE_T = Compute_t, int s = sizeof(COMPUTE_T)>
std::enable_if<(sizeof(ELEMENT)==sizeof(COMPUTE_T))&&(sizeof(COMPUTE_T)==s)&&(std::is_integral< ELEMENT >::value)&&(std::is_integral< COMPUTE_T >::value)>::type	precomp_b (Compute_t &invb, const Element &b, const Element &invp) const

template<typename ELEMENT = Element, typename COMPUTE_T = Compute_t, int s = sizeof(COMPUTE_T)>
std::enable_if<(2 *sizeof(ELEMENT)>=sizeof(COMPUTE_T))&&(sizeof(COMPUTE_T)==s)&&(std::is_integral< ELEMENT >::value)&&(std::is_integral< COMPUTE_T >::value), Residu_t >::type	mul_precomp_b_without_reduction (Element &r, const Element &a, const Element &b, const Compute_t &invb) const

template<typename ELEMENT = Element, typename COMPUTE_T = Compute_t, int s = sizeof(COMPUTE_T)>
std::enable_if<(2 *sizeof(ELEMENT)>=sizeof(COMPUTE_T))&&(sizeof(COMPUTE_T)==s)&&(std::is_integral< ELEMENT >::value)&&(std::is_integral< COMPUTE_T >::value), Element & >::type	mul_precomp_b (Element &r, const Element &a, const Element &b, const Compute_t &invb) const

Macro Definition Documentation

◆ SUITABLE_INTEGRAL_TYPES

#define SUITABLE_INTEGRAL_TYPES	(	ELEMENT,
		COMPUTE_T,
		s )

Value:

(2 * sizeof(ELEMENT) >= sizeof(COMPUTE_T)) && (sizeof(COMPUTE_T) == s) \

&& (std::is_integral<ELEMENT>::value) && (std::is_integral<COMPUTE_T>::value)

◆ SUITABLE_INTEGRAL_TYPES_AND_HALF_SIZE

#define SUITABLE_INTEGRAL_TYPES_AND_HALF_SIZE	(	ELEMENT,
		COMPUTE_T,
		s )

Value:

(2 * sizeof(ELEMENT) == sizeof(COMPUTE_T)) && (sizeof(COMPUTE_T) == s) \

&& (std::is_integral<ELEMENT>::value) && (std::is_integral<COMPUTE_T>::value)

◆ SUITABLE_INTEGRAL_TYPES_AND_FULL_SIZE

#define SUITABLE_INTEGRAL_TYPES_AND_FULL_SIZE	(	ELEMENT,
		COMPUTE_T,
		s )

Value:

(sizeof(ELEMENT) == sizeof(COMPUTE_T)) && (sizeof(COMPUTE_T) == s) \

&& (std::is_integral<ELEMENT>::value) && (std::is_integral<COMPUTE_T>::value)