Hebern 1 rotor cipher machine, tools

• Hebern 1 rotor cipher machine, home
• The concept of Rotor
• The mathematical vision of the machine
• A paper emulator
• An authentic message
• Cryptanalysis
• Simulator
• Utilities. This Page.
• The Bible
  (set of simple exercises)
• Challenge

Introduction

I have written several programs related to the Hebern 1 rotor cipher machine. The most important is my simulator. In this page I describe other programs that you can download globally here.

Note: these are mainly cryptanalysis tools. My tools include my simulator.

My tools

• hebern1_tui.py: Hebern 1 rotor simulator.
• hc_h1.py: Cryptanalysis of Hebern 1 rotor using Hill Climbing.
• hc_substi.py: Cryptanalysis of simple substitution using Hill Climbing.
• dawson.py: Cryptanalysis of Hebern 1 rotor (inspired by Dawson).
• konheim.py: Cryptanalysis of Hebern 1 rotor using the Konheim's statistic method.
• friedman_h1.py: Cryptanalysis of Hebern 1 rotor using the Friedman's statistic method v1.
• fried_new.py: Cryptanalysis of Hebern 1 rotor using the Friedman's statistic method v2.
• phi.py: Calculates Letter Frequencies and PHI of a cryptogram (file)
• ic.py: Calculate I.C. from stdin (use redirection).
• tb_pln_cry.py: Create an ciphering array from plain text and cryptogram.
• print_pi_decal.py: Print PI, PI reverse, PI mirror and Shifts for a rotor.
• herbern1_table.py: Print tables from the wiring (PI) of a rotor.
• striplamp.py: Eliminates the lampboard permutation from a cryptogram.
• motprobable.py: Search the good position of the Rotor using isomorphs.
• superimpose.py: Search for in-depth for two messages.
• num_alpha.py: Displays PHI for a variable number of alphabets from 1 to N
• signature.py: calculates a value (an array) that identifies a rotor.
• groupe.py: Print a cryptogram in groups of 5 letters.