fp.cu File Reference

#include <stdio.h>
#include "fp.cuh"

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Functions
__device__ __host__ void	fp_zero (fp_t &z)
	Sets z to zero. More...
__device__ __host__ void	fp_one (fp_t &z)
	Sets z to one. More...
__device__ void	fp_print (const char *s, const fp_t &x)
	Prints the canonical representation of x to STDOUT. More...
__device__ __host__ void	fp_fromUint64 (fp_t &z, const uint64_t *x)
	Converts uint64_t[6] to fp_t. After this operation, z represents x mod p. More...
__device__ void	fp_toUint64 (uint64_t *z, const fp_t &x)
	Converts from residue modulo p (fp_t) to uint64_t[6]. The converted value is in canonical form. More...

Function Documentation

fp_fromUint64()

__device__ __host__ void fp_fromUint64	(	fp_t &	z,
		const uint64_t *	x
	)

Converts uint64_t[6] to fp_t. After this operation, z represents x mod p.

Parameters

[out]	z	Residue modulo p
[in]	x	Array of uint64_t

Returns

void

Definition at line 58 of file fp.cu.

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fp_one()

__device__ __host__ void fp_one

(

fp_t &

z

)

Sets z to one.

Parameters

[in,out]

z

Returns

void

Definition at line 26 of file fp.cu.

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fp_print()

__device__ void fp_print	(	const char *	s,
		const fp_t &	x
	)

Prints the canonical representation of x to STDOUT.

Parameters

[in]	s	Description string
[in]	x	Residue modulo p

Returns

void

Definition at line 39 of file fp.cu.

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fp_toUint64()

__device__ void fp_toUint64	(	uint64_t *	z,
		const fp_t &	x
	)

Converts from residue modulo p (fp_t) to uint64_t[6]. The converted value is in canonical form.

Parameters

[out]	z
[in]	x

Returns

void

Definition at line 75 of file fp.cu.

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fp_zero()

__device__ __host__ void fp_zero

(

fp_t &

z

)

Sets z to zero.

Parameters

[out]

z

Returns

void

Definition at line 15 of file fp.cu.

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