Tests for XDP of of the sequence of ROT and AND: $b = f(a) = (a \mathrm{lrot} s) \wedge (a \mathrm{lrot} t)$ : $\mathrm{xdp}^{\mathrm{lrot}\wedge}(da \rightarrow db)$ . More...

#include "common.hh"
#include "xdp-and.hh"
#include "xdp-rot-and.hh"

Functions
void	test_xdp_rot_and_print_graph ()

double	test_xdp_rot_and_lucks (const uint32_t da, const uint32_t db, const uint32_t s, const uint32_t t)

double	test_xdp_rot_and_lucks_v2 (const uint32_t da, const uint32_t db, const uint32_t s, const uint32_t t)

void	test_xdp_rot_and ()

void	test_xdp_rot_and_all ()

void	test_xdp_rot_and_rand ()

void	test_xdp_rot_and_vs_xdp_and_all ()

void	test_rot_rot_x ()

void	test_xdp_and_rot_indices ()

void	test_max_xdp_rot_and_is_max ()

void	test_max_xdp_rot_and_is_max_all ()

void	test_max_xdp_rot_and_rand ()

void	test_max_xdp_rot_and_bounds ()

void	test_xdp_rot_and_pddt ()

int	main ()

Detailed Description

Tests for XDP of of the sequence of ROT and AND: $b = f(a) = (a \mathrm{lrot} s) \wedge (a \mathrm{lrot} t)$ : $\mathrm{xdp}^{\mathrm{lrot}\wedge}(da \rightarrow db)$ .

Author: A.Roy, V.Velichkov, arnab.nosp@m..roy.nosp@m.@uni..nosp@m.lu, vesse.nosp@m.lin..nosp@m.velic.nosp@m.hkov.nosp@m.@uni..nosp@m.lu

Date: 2012-2013 Tests for $\mathrm{xdp}^{\wedge}$ .

Function Documentation

int main ( )

Main function.

Functions

Detailed Description

Function Documentation