Bravo! You have received a Medical Diploma in Earring from
the Orbital Convergence University International Air and Water Embassy of the Tangerine Planet.

You are now officially certified to include "earring" in your practice.

earring

description

This is an implementation of possibly one of the most
secure authentication mechanisms, an ED448 elliptic curve.

installation

[ZSH] pip install earring

key generation

import earring.modules.ED448.private.creator as ED448_private_key_creator
import earring.modules.ED448.public.creator as ED448_public_key_creator

import pathlib
from os.path import dirname, join, normpath
import os

seed = "4986888b11358bf3d541b41eea5daece1c6eff64130a45fc8b9ca48f3e0e02463c99c5aedc8a847686d669b7d547c18fe448fc5111ca88f4e8"
format = "PEM"

private_key_path = normpath (join (pathlib.Path (__file__).parent.resolve (), "ED448_private_key")) + "." + format
public_key_path = normpath (join (pathlib.Path (__file__).parent.resolve (), "ED448_public_key")) + "." + format

private_key = ED448_private_key_creator.create (seed, format, private_key_path)
private_key_instance = private_key ["instance"]
private_key_string = private_key ["string"]

public_key = ED448_public_key_creator.create (
	private_key_path = private_key_path,
	public_key_path = public_key_path,
	public_key_format = format
)
public_key_instance = public_key ["instance"]
public_key_string = public_key ["string"]

signatures and verification

signatures

import earring.modules.ED448.sign as sign

unsigned_bytes = b"{}"
signed = sign.start (
	private_key_path = "",
	unsigned_bytes = unsigned_bytes
)

signed_bytes = signed.bytes

verification

import earring.modules.ED448.verify as verify

unsigned_bytes = b"{}"
signed_bytes = signed.bytes	
	
#
#	returns a boolean 
#
verification_status = verify.start (
	public_key_path = "",
	
	signed_bytes = signed_bytes,
	unsigned_bytes = unsigned_bytes
)
assert (verification_status == True), verification_status