Mimikatz implementation in pure Python

If you want to help me getting this project into a stable release you can send mindiumps of the lsass.exe process to the following link: https://pypykatz.ocloud.de/index.php/s/NTErmGJxA42irfj
IMPORTANT: please DO NOT send dumps of your own machine's lsass process!!! I will be able to see your secrets including hashes/passwords! Send dump files from machines like virtual test systems on which you don't mind that someone will see the credentials. (if you have a test domain system where kerberos is set up that would be the best)
Also I'd apprechiate if you wouldn't spam me...

In order to create mimikatz in Python one would have to create structure difinitions of a gazillion different structures (check the original code) without the help of the build-in parser that you'd naturally get from using a native compiler. Now, the problem is that even a single byte misalignemt will render the parsing of these structures run to an error. Problem is mostly revolving around 32 - 64 aligments, so 32 bit Windows version lsass dumps are apprechiated as well!

I need data I can verify the code on and administer necessary changes on the parsers until everything works fine.
Submitting issues on this github page wouldn't help at all without the actual file and github wouldn't like 40-300Mb file attachments.

First step is to have the minidump file parsing capability done in a platform independent way, so you can enjoy watching secrets in your favourite OS. Currently aiming for full sekurlsa::minidump functionality.

WARNING
This project is still work in progress, there is no guarantee that anything will stay/look/feel the same from one second to another.

Most of my big python projects are aiming for maximum protability, meaning I only use 3rd party packages where absolutely necessary. As of this point only one additional package is used, and I intend to keep it this way.

Python>=3.6
minidump

Benjamin DELPY @gentilkiwi for Mimikatz
Francesco Picasso for the mimikatz.py plugin for volatility

Richard Moore for the AES module
Todd Whiteman for teh DES module

David Buxton for the timestamp conversion script