#include <stdint.h>
#include <stdio.h>
#include <stdlib.h>
#include <string.h>
#include <unistd.h>
#include "fr.cuh"
#include "g1.cuh"
#include "g1test.cuh"

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Macros
#define	SET_SHAREDMEM(SZ, FN)

Functions
__global__ void	g1p_add_wrapper (g1p_t sum, int count, const g1p_t x, const g1p_t *y)
	Kernel wrapper for device addition. More...

__global__ void	g1p_mul_wrapper (g1p_t q, int count, const fr_t x, const g1p_t *p)
	Kernel wrapper for device multiplication. More...

__global__ void	g1p_fr2g1p_wrapper (g1p_t g1, int count, const fr_t fr)
	Kernel wrapper for device multiplication computing k*G from k. More...

void	G1TestFFT (unsigned rows)
	Test for FFT and IFFT of points on the G1 curve. Checks self consistency with the following properties: More...

Variables
__managed__ fr_t	X [512 *512]

__managed__ fr_t	Y [512 *512]

__managed__ fr_t	Z [512 *512]

__managed__ g1p_t	P [512 *512]

__managed__ g1p_t	Q [512 *512]

__managed__ g1p_t	R [512 *512]

__managed__ g1p_t	S [512 *512]

__managed__ g1p_t	T [512 *512]

__managed__ uint8_t	cmp [512 *512]

Macro Definition Documentation

◆ SET_SHAREDMEM

#define SET_SHAREDMEM	(	SZ,
		FN
	)

Value:

    err = cudaFuncSetAttribute(FN, cudaFuncAttributeMaxDynamicSharedMemorySize, SZ); \
    cudaDeviceSynchronize(); \
    if (err != cudaSuccess) printf("Error cudaFuncSetAttribute: %s:%d, error %d (%s)\n", __FILE__, __LINE__, err, cudaGetErrorName(err));

Definition at line 22 of file g1test_fft.cu.

Function Documentation

◆ g1p_add_wrapper()

__global__ void g1p_add_wrapper	(	g1p_t *	sum,
		int	count,
		const g1p_t *	x,
		const g1p_t *	y
	)

Kernel wrapper for device addition.

Parameters

[out]	sum	Result array
[in]	count	Number of array elements
[in]	x	Array of points on the curve
[in]	y	Array of points on the curve

Returns: void

Definition at line 38 of file g1test_fft.cu.

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◆ g1p_fr2g1p_wrapper()

__global__ void g1p_fr2g1p_wrapper	(	g1p_t *	g1,
		int	count,
		const fr_t *	fr
	)

Kernel wrapper for device multiplication computing k*G from k.

Parameters

[out]	g1	Array of points on the curve
[in]	count	Number of array elements
[in]	fr	Array of residues in Fr

Returns: void

Definition at line 99 of file g1test_fft.cu.

◆ g1p_mul_wrapper()

__global__ void g1p_mul_wrapper	(	g1p_t *	q,
		int	count,
		const fr_t *	x,
		const g1p_t *	p
	)

Kernel wrapper for device multiplication.

Parameters

[out]	q	Product, array of G1 points
[in]	count	Number of array elements
[in]	x	Array of factors
[in]	p	Array of factors

Returns: void

Definition at line 69 of file g1test_fft.cu.

◆ G1TestFFT()

void G1TestFFT ( unsigned rows )

Test for FFT and IFFT of points on the G1 curve. Checks self consistency with the following properties:

IFT(FFT(P)) == P FFT(IFT(P)) == P FFT(P+Q) == FFT(P) + FFT(Q) IFT(P+Q) == IFT(P) + IFT(Q) FFT(x*P) == x*FFT(P) IFT(x*P) == x*IFT(P) FFT(G*X) == G*FFT(X) (FFT commutes with mapping from Fr to G1) IFT(G*X) == G*IFT(X) (IFT commutes with mapping from Fr to G1)

Parameters

rows

Definition at line 136 of file g1test_fft.cu.

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