daniman

#!/usr/bin/env bash

# This guide walks through posting the output of `apollo service:check` to a comment on your GitHub PRs,
# using the GitHub GraphQL API (v4) and the Apollo CLI.
#
# This guide primarily covers how to post a comment to GitHub from the command line using `curl`. If you
# are using another service provider for your code management, you will need to read their API docs
# on how to authenticate and post a comment to pull requests in their system.
#
# Getting a result from Apollo schema validation in markdown format is as easy as running:

daniman

import requests
import gmpy2
import sys
import math
import json
from math import sqrt

n = 1024
R = 2**(n//2)

daniman

import salsa20
#   import the distinguisher function and B and r paramaters from my_salsa
#   B: number of 64-byte blocks to generate
#   r: number of Salsa20 rounds
from distinguish import distinguish, B, r, random_dist
import os
from struct import pack, unpack
import numpy as np
import matplotlib.pyplot as plt
import time

daniman

import ffield
F = ffield.FField(8) # 0 - 255

c1 = map(lambda x: int(x, 16), "50 90 5f 98 db 20 fb 0a 7a 1c 8b 71 14 f7 e4 b1 b2 8b 63 a6 f7 3d 8a 46 e2 c6 a7 51 1f 97 7e fe 71 b8 36 3c cd 20 89 df".split(' '))
c2 = map(lambda x: int(x, 16), "2a 5a fe 23 db bb 9e ba 5d 42 3b c8 f9 0b 97 18 1f b5 06 7e cf 18 d2 0b d5 f6 e5 75 d4 7f ea 65 27 b8 9a d4 ca cd de 37".split(' '))
c3 = map(lambda x: int(x, 16), "b5 2f 00 98 89 85 fb 8d d5 00 d1 df 26 33 91 ce d5 bb 9a 61 42 6a c9 21 58 57 a7 7b 47 57 55 21 f8 9b d9 d3 ca 41 de 1c".split(' '))
c4 = map(lambda x: int(x, 16), "11 4d 2a 70 2b 02 f3 48 d9 cc 7e c8 97 c4 7b f6 73 b5 b5 0b 69 65 ff 47 d5 c3 a7 7d 61 5b a6 a3 bb b8 8f d4 71 da 84 cb".split(' '))
c5 = map(lambda x: int(x, 16), "fd 5e be ea 45 3d 9e 48 a9 b6 f2 c2 26 f4 7f ea 1f e8 ba 79 7e 73 88 38 58 e3 a7 7b b5 4c 32 bc 91 85 4a d3 6b b3 0d b5".split(' '))
c6 = map(lambda x: int(x, 16), "50 2f b4 ed 6e 3d 63 9e 7a 1c a4 71 f9 f0 52 ce 0f 35 e5 02 2c 18 93 f7 f3 9c a7 7d b5 97 4d 00 7a 55 d9 d4 18 41 82 c6".