ethan2-0

import java.util.ArrayList;
// Stuff to remember:
// * ellipseMode -> can take CENTER to do what you expect
final int width = 600;
final int height = 600;
boolean[] primality;
final int scale = 5;
void setup() {
  size(600, 600);
  primality = sieve();

ethan2-0

for i = 1 to 2*n:
  l = l xor r
  l = l <<< r
  l = l + K[i] % 2^64
  (l, r) = (r, l) # Swap l and r

ethan2-0

for i = 2*n to 1:
  l = l - K % 2^64
  l = l >>> r
  l = l xor r
  (l, r) = (r, l)

ethan2-0

Generated Sun Apr 17 13:54:26 EDT 2016
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ethan2-0

This provides a 32-bit block cipher based on four 16-bit pseudorandom functions,
precomputed based on the output of a stream cipher. To compute the `F_j(i)`,
the `j`th PRF evaluated at `i`, we take the two bytes starting at the
`(j * 2^16 + i) * 2`th byte of the output of the stream cipher. (This particular
implementation actually uses four distinct stream cipher output streams, and
uses `os.urandom()` in place of a stream cipher, but you get the idea.) These
four PRFs `F_0`, `F_1`, `F_2`, `F_3` are used as the F-functions of a four-round
Feistel network.

# Usage

ethan2-0

This provides a 32-bit block cipher based on four 16-bit pseudorandom functions, precomputed based on the output of a stream cipher. To compute the F_j(i), the jth PRF evaluated at i, we take the two bytes starting at the (j * 2^16 + i) * 2th byte of the output of the stream cipher. (This particular implementation actually uses four distinct stream cipher output streams, and uses os.urandom() in place of a stream cipher, but you get the idea.) These four PRFs F_0, F_1, F_2, F_3 are used as the F-functions of a four-round Feistel network.

Usage

ethan2-0

Usage

To install the dependencies, run the script install_deps.sh as root.

To set up the filter, run setup_iptables.sh as root. You may need to change the queue-num parameter if you already have some NFQUEUE-based iptables rules.

To run the filter, run python3 main.py as root. If you used a queue number other than 0, you'll need to pass it as the first parameter to main.py.

ethan2-0

# IF YOU WANT A JULIA SET, SET isMandelbrot TO False.
# Copyright (c) 2015 Ethan White. Licensed under 3-clause BSD.
# Requires the Python mode for Processing.
import time
import math
# Fudge factors
startSize = (1000, 1000)
widthMultFudge = float(4)
heightMultFudge = float(4)
widthAddFudge = 10