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qsdestest.c
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qsdestest.c
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/*********************************************************************************#
#MIT License #
# #
#Copyright (c) 2019 mishal.usm@gmail.com #
# #
#Permission is hereby granted, free of charge, to any person obtaining a copy #
#of this software and associated documentation files (the "Software"), to deal #
#in the Software without restriction, including without limitation the rights #
#to use, copy, modify, merge, publish, distribute, sublicense, and/or sell #
#copies of the Software, and to permit persons to whom the Software is #
#furnished to do so, subject to the following conditions: #
# #
#The above copyright notice and this permission notice shall be included in all #
#copies or substantial portions of the Software. #
# #
#THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR #
#IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, #
#FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE #
#AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER #
#LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, #
#OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE #
#SOFTWARE. #
#*********************************************************************************/
#include <quantum.h>
#include <stdio.h>
#include <math.h>
#include <stdlib.h>
#include <time.h>
#include "qsdestest.h"
#include "qsdessboxes.h"
void printing(char *stage, int measured, quantum_reg *reg1){
//quantum_print_qureg(reg1);
int j;
int printbinary[8];
for(j=reg1->width-1;j>=0;j--)
{
if(measured & 1)
printbinary[j] = 1;
else
printbinary[j] = 0;
measured >>= 1;
}
printf("%s", stage);
printf("|");
for(j=0;j<reg1->width;j++)
printf("%i", printbinary[j]);
printf("> with probability of %f\n\n", quantum_prob(reg1->node[0].amplitude));
}
void test(char *key, char *plaintext, int details){
quantum_reg reg1 = quantum_new_qureg(0, 8);
int j;
int measured;
printf("The input plaintext is: ");
for(j=0;j<8;j++)
printf("%c", plaintext[j]);
printf("\n");
printf("The input key is: ");
for(j=0;j<10;j++)
printf("%c", key[j]);
printf("\n");
//KEY
if(key[9]=='1')
quantum_sigma_x(k10, ®1);
if(key[8]=='1')
quantum_sigma_x(k9, ®1);
if(key[7]=='1')
quantum_sigma_x(k8, ®1);
if(key[6]=='1')
quantum_sigma_x(k7, ®1);
if(key[5]=='1')
quantum_sigma_x(k6, ®1);
if(key[4]=='1')
quantum_sigma_x(k5, ®1);
if(key[3]=='1')
quantum_sigma_x(k4, ®1);
if(key[2]=='1')
quantum_sigma_x(k3, ®1);
if(key[1]=='1')
quantum_sigma_x(k2, ®1);
if(key[0]=='1')
quantum_sigma_x(k1, ®1);
//BLAINTEXT
if(plaintext[7]=='1')
quantum_sigma_x(p8, ®1);
if(plaintext[6]=='1')
quantum_sigma_x(p7, ®1);
if(plaintext[5]=='1')
quantum_sigma_x(p6, ®1);
if(plaintext[4]=='1')
quantum_sigma_x(p5, ®1);
if(plaintext[3]=='1')
quantum_sigma_x(p4, ®1);
if(plaintext[2]=='1')
quantum_sigma_x(p3, ®1);
if(plaintext[1]=='1')
quantum_sigma_x(p2, ®1);
if(plaintext[0]=='1')
quantum_sigma_x(p1, ®1);
quantum_cnot(p7, k1, ®1);
quantum_cnot(p4, k7, ®1);
quantum_cnot(p8, k9, ®1);
quantum_cnot(p5, k4, ®1);
quantum_cnot(p8, k8, ®1);
quantum_cnot(p5, k3, ®1);
quantum_cnot(p7, k10, ®1);
quantum_cnot(p4,k6, ®1);
if(details){
quantum_cnot(7, p2, ®1); quantum_cnot(p2, 7, ®1); quantum_cnot(7, p2, ®1);
quantum_cnot(6, p6, ®1); quantum_cnot(p6, 6, ®1); quantum_cnot(6, p6, ®1);
quantum_cnot(5, p3, ®1); quantum_cnot(p3, 5, ®1); quantum_cnot(5, p3, ®1);
quantum_cnot(4, p1, ®1); quantum_cnot(p1, 4, ®1); quantum_cnot(4, p1, ®1);
quantum_cnot(3, p4, ®1); quantum_cnot(p4, 3, ®1); quantum_cnot(3, p4, ®1);
quantum_cnot(2, p8, ®1); quantum_cnot(p8, 2, ®1); quantum_cnot(2, p8, ®1);
quantum_cnot(1, p5, ®1); quantum_cnot(p5, 1, ®1); quantum_cnot(1, p5, ®1);
quantum_cnot(0, p7, ®1); quantum_cnot(p7, 0, ®1); quantum_cnot(0, p7, ®1);
measured = quantum_measure(reg1);
printing("The output from (IP) is the state ", measured, ®1);
quantum_cnot(7, p2, ®1); quantum_cnot(p2, 7, ®1); quantum_cnot(7, p2, ®1);
quantum_cnot(6, p6, ®1); quantum_cnot(p6, 6, ®1); quantum_cnot(6, p6, ®1);
quantum_cnot(5, p3, ®1); quantum_cnot(p3, 5, ®1); quantum_cnot(5, p3, ®1);
quantum_cnot(4, p1, ®1); quantum_cnot(p1, 4, ®1); quantum_cnot(4, p1, ®1);
quantum_cnot(3, p4, ®1); quantum_cnot(p4, 3, ®1); quantum_cnot(3, p4, ®1);
quantum_cnot(2, p8, ®1); quantum_cnot(p8, 2, ®1); quantum_cnot(2, p8, ®1);
quantum_cnot(1, p5, ®1); quantum_cnot(p5, 1, ®1); quantum_cnot(1, p5, ®1);
quantum_cnot(0, p7, ®1); quantum_cnot(p7, 0, ®1); quantum_cnot(0, p7, ®1);
}
if(details){
quantum_cnot(7, k1, ®1); quantum_cnot(k1, 7, ®1); quantum_cnot(7, k1, ®1);
quantum_cnot(6, k7, ®1); quantum_cnot(k7, 6, ®1); quantum_cnot(6, k7, ®1);
quantum_cnot(5, k9, ®1); quantum_cnot(k9, 5, ®1); quantum_cnot(5, k9, ®1);
quantum_cnot(4, k4, ®1); quantum_cnot(k4, 4, ®1); quantum_cnot(4, k4, ®1);
quantum_cnot(3, k8, ®1); quantum_cnot(k8, 3, ®1); quantum_cnot(3, k8, ®1);
quantum_cnot(2, k3, ®1); quantum_cnot(k3, 2, ®1); quantum_cnot(2, k3, ®1);
quantum_cnot(1, k10, ®1); quantum_cnot(k10, 1, ®1); quantum_cnot(1, k10, ®1);
quantum_cnot(0, k6, ®1); quantum_cnot(k6, 0, ®1); quantum_cnot(0, k6, ®1);
measured = quantum_measure(reg1);
printing("The output from (XOR1) is the state ", measured, ®1);
quantum_cnot(7, k1, ®1); quantum_cnot(k1, 7, ®1); quantum_cnot(7, k1, ®1);
quantum_cnot(6, k7, ®1); quantum_cnot(k7, 6, ®1); quantum_cnot(6, k7, ®1);
quantum_cnot(5, k9, ®1); quantum_cnot(k9, 5, ®1); quantum_cnot(5, k9, ®1);
quantum_cnot(4, k4, ®1); quantum_cnot(k4, 4, ®1); quantum_cnot(4, k4, ®1);
quantum_cnot(3, k8, ®1); quantum_cnot(k8, 3, ®1); quantum_cnot(3, k8, ®1);
quantum_cnot(2, k3, ®1); quantum_cnot(k3, 2, ®1); quantum_cnot(2, k3, ®1);
quantum_cnot(1, k10, ®1); quantum_cnot(k10, 1, ®1); quantum_cnot(1, k10, ®1);
quantum_cnot(0, k6, ®1); quantum_cnot(k6, 0, ®1); quantum_cnot(0, k6, ®1);
}
////////////////////////////////////////////////////////////////////////////////
Q_SDES_BOX_1(k4, k9, k7, k1, p2, p1, ®1);
Q_SDES_BOX_2(k6, k10, k3, k8, p6, p3, ®1);
////////////////////////////////////////////////////////////////////////////////
if(details){
quantum_cnot(7, p2, ®1); quantum_cnot(p2, 7, ®1); quantum_cnot(7, p2, ®1);
quantum_cnot(6, p6, ®1); quantum_cnot(p6, 6, ®1); quantum_cnot(6, p6, ®1);
quantum_cnot(5, p3, ®1); quantum_cnot(p3, 5, ®1); quantum_cnot(5, p3, ®1);
quantum_cnot(4, p1, ®1); quantum_cnot(p1, 4, ®1); quantum_cnot(4, p1, ®1);
quantum_cnot(3, p4, ®1); quantum_cnot(p4, 3, ®1); quantum_cnot(3, p4, ®1);
quantum_cnot(2, p8, ®1); quantum_cnot(p8, 2, ®1); quantum_cnot(2, p8, ®1);
quantum_cnot(1, p5, ®1); quantum_cnot(p5, 1, ®1); quantum_cnot(1, p5, ®1);
quantum_cnot(0, p7, ®1); quantum_cnot(p7, 0, ®1); quantum_cnot(0, p7, ®1);
measured = quantum_measure(reg1);
printing("The output from (P4-R1) is the state ", measured, ®1);
quantum_cnot(7, p2, ®1); quantum_cnot(p2, 7, ®1); quantum_cnot(7, p2, ®1);
quantum_cnot(6, p6, ®1); quantum_cnot(p6, 6, ®1); quantum_cnot(6, p6, ®1);
quantum_cnot(5, p3, ®1); quantum_cnot(p3, 5, ®1); quantum_cnot(5, p3, ®1);
quantum_cnot(4, p1, ®1); quantum_cnot(p1, 4, ®1); quantum_cnot(4, p1, ®1);
quantum_cnot(3, p4, ®1); quantum_cnot(p4, 3, ®1); quantum_cnot(3, p4, ®1);
quantum_cnot(2, p8, ®1); quantum_cnot(p8, 2, ®1); quantum_cnot(2, p8, ®1);
quantum_cnot(1, p5, ®1); quantum_cnot(p5, 1, ®1); quantum_cnot(1, p5, ®1);
quantum_cnot(0, p7, ®1); quantum_cnot(p7, 0, ®1); quantum_cnot(0, p7, ®1);
}
////////////////////////////////////////////////////////////////////////////////
quantum_cnot(p7, k1, ®1);
quantum_cnot(p4, k7, ®1);
quantum_cnot(p8, k9, ®1);
quantum_cnot(p5, k4, ®1);
quantum_cnot(p8, k8, ®1);
quantum_cnot(p5, k3, ®1);
quantum_cnot(p7, k10, ®1);
quantum_cnot(p4,k6, ®1);
quantum_cnot(p1, k8, ®1);
quantum_cnot(p2, k3, ®1);
quantum_cnot(p6, k6, ®1);
quantum_cnot(p3, k5, ®1);
quantum_cnot(p6, k10, ®1);
quantum_cnot(p3, k2, ®1);
quantum_cnot(p1, k9, ®1);
quantum_cnot(p2, k1, ®1);
////////////////////////////////////////////////////////////////////////////////
Q_SDES_BOX_1(k5, k6, k3, k8, p4, p7, ®1);
Q_SDES_BOX_2(k1, k9, k2, k10, p8, p5, ®1);
////////////////////////////////////////////////////////////////////////////////
if(details){
quantum_cnot(7, p4, ®1); quantum_cnot(p4, 7, ®1); quantum_cnot(7, p4, ®1);
quantum_cnot(6, p8, ®1); quantum_cnot(p8, 6, ®1); quantum_cnot(6, p8, ®1);
quantum_cnot(5, p5, ®1); quantum_cnot(p5, 5, ®1); quantum_cnot(5, p5, ®1);
quantum_cnot(4, p7, ®1); quantum_cnot(p7, 4, ®1); quantum_cnot(4, p7, ®1);
quantum_cnot(3, p2, ®1); quantum_cnot(p2, 3, ®1); quantum_cnot(3, p2, ®1);
quantum_cnot(2, p6, ®1); quantum_cnot(p6, 2, ®1); quantum_cnot(2, p6, ®1);
quantum_cnot(1, p3, ®1); quantum_cnot(p3, 1, ®1); quantum_cnot(1, p3, ®1);
quantum_cnot(0, p1, ®1); quantum_cnot(p1, 0, ®1); quantum_cnot(0, p1, ®1);
measured = quantum_measure(reg1);
printing("The output from (P4-R2) is the state ", measured, ®1);
quantum_cnot(7, p4, ®1); quantum_cnot(p4, 7, ®1); quantum_cnot(7, p4, ®1);
quantum_cnot(6, p8, ®1); quantum_cnot(p8, 6, ®1); quantum_cnot(6, p8, ®1);
quantum_cnot(5, p5, ®1); quantum_cnot(p5, 5, ®1); quantum_cnot(5, p5, ®1);
quantum_cnot(4, p7, ®1); quantum_cnot(p7, 4, ®1); quantum_cnot(4, p7, ®1);
quantum_cnot(3, p2, ®1); quantum_cnot(p2, 3, ®1); quantum_cnot(3, p2, ®1);
quantum_cnot(2, p6, ®1); quantum_cnot(p6, 2, ®1); quantum_cnot(2, p6, ®1);
quantum_cnot(1, p3, ®1); quantum_cnot(p3, 1, ®1); quantum_cnot(1, p3, ®1);
quantum_cnot(0, p1, ®1); quantum_cnot(p1, 0, ®1); quantum_cnot(0, p1, ®1);
}
quantum_cnot(7, p7, ®1); quantum_cnot(p7, 7, ®1); quantum_cnot(7, p7, ®1);
quantum_cnot(6, p4, ®1); quantum_cnot(p4, 6, ®1); quantum_cnot(6, p4, ®1);
quantum_cnot(5, p5, ®1); quantum_cnot(p5, 5, ®1); quantum_cnot(5, p5, ®1);
quantum_cnot(4, p2, ®1); quantum_cnot(p2, 4, ®1); quantum_cnot(4, p2, ®1);
quantum_cnot(3, p3, ®1); quantum_cnot(p3, 3, ®1); quantum_cnot(3, p3, ®1);
quantum_cnot(2, p8, ®1); quantum_cnot(p8, 2, ®1); quantum_cnot(2, p8, ®1);
quantum_cnot(1, p1, ®1); quantum_cnot(p1, 1, ®1); quantum_cnot(1, p1, ®1);
quantum_cnot(0, p6, ®1); quantum_cnot(p6, 0, ®1); quantum_cnot(0, p6, ®1);
measured = quantum_measure(reg1);
printing("The output ciphertext is: ", measured, ®1);
quantum_cnot(7, p7, ®1); quantum_cnot(p7, 7, ®1); quantum_cnot(7, p7, ®1);
quantum_cnot(6, p4, ®1); quantum_cnot(p4, 6, ®1); quantum_cnot(6, p4, ®1);
quantum_cnot(5, p5, ®1); quantum_cnot(p5, 5, ®1); quantum_cnot(5, p5, ®1);
quantum_cnot(4, p2, ®1); quantum_cnot(p2, 4, ®1); quantum_cnot(4, p2, ®1);
quantum_cnot(3, p3, ®1); quantum_cnot(p3, 3, ®1); quantum_cnot(3, p3, ®1);
quantum_cnot(2, p8, ®1); quantum_cnot(p8, 2, ®1); quantum_cnot(2, p8, ®1);
quantum_cnot(1, p1, ®1); quantum_cnot(p1, 1, ®1); quantum_cnot(1, p1, ®1);
quantum_cnot(0, p6, ®1); quantum_cnot(p6, 0, ®1); quantum_cnot(0, p6, ®1);
////////////////////////////////////////////////////////////////////////////////
quantum_delete_qureg(®1);
}