johnandersen777

Decoding Biblical Texts: A Cryptographic Exploration

Abstract

This document presents a comprehensive exploration of cryptographic structures embedded within Biblical texts, focusing primarily on the Torah and other significant manuscripts. By leveraging Python, we delve into methods such as Equidistant Letter Sequences (ELS), numeric patterns, and advanced constants like π (Pi) and e (Euler's number). Our goal is to provide a programmatic approach to uncovering these hidden messages, offering reusable and clean code that can be utilized for further research and analysis. Additionally, we suggest alternative approaches and variations to deepen the understanding of these cryptographic elements.

---

Table of Contents

johnandersen777

You are right! There were a few issues with the previous code. The main issue was that I was not properly handling the version parameter when generating the CUUID. I have now fixed the issue by correctly setting the version parameter when calling uuid.UUID.

Here is the updated code:

"""
CUUIDs are content-addressed universally unique identifiers. This module provides
functions for generating and verifying CUUIDs. 

**Note** that the current implementation only supports SHA2 CUUIDs.

johnandersen777

Parsers

Overview

This document details the functionality added by the latest patch to the parsers in the project. The patch introduces and tests various parsers for different programming languages and ensures they correctly identify and handle specific file types.

The addition of these parsers enhances the capability of the project to handle a variety of file types associated with different programming languages. The comprehensive test ensures that these parsers are correctly mapped and function as expected.

johnandersen777

import getpass
import keyring
import argparse

from keycloak import KeycloakAdmin
from keycloak import KeycloakOpenIDConnection
from keycloak.exceptions import KeycloakGetError


def create_realm_and_assign_admin(args):

johnandersen777

import subprocess
import re
from dataclasses import dataclass
from pathlib import Path
import glob
import argparse

@dataclass
class USBInterface:
    """

johnandersen777

diff --git a/scitt_emulator/ccf.py b/scitt_emulator/ccf.py
index 06296f8..452c801 100644
--- a/scitt_emulator/ccf.py
+++ b/scitt_emulator/ccf.py
@@ -78,13 +78,13 @@ class CCFSCITTServiceEmulator(SCITTServiceEmulator):
         key = jwcrypto.jwk.JWK()
         key_bytes = pathlib.Path(self._service_private_key_path).read_bytes()
         key.import_from_pem(key_bytes)
-        return [
-            {

johnandersen777

r"""
## 2023-04-19 @pdxjohnny Engineering Logs

- https://github.com/digitalbazaar/pyld
- SECURITY Unmaintained since Aug 6th 2020
- `jsonld.set_document_loader(jsonld.aiohttp_document_loader(timeout=...))`
- https://github.com/wolfi-dev/os/commit/40c24089d4a16c594d3e30c4c232e14fa18ce6e2
  - nats for guac
- node 20 enables the binary packaging we wanted for activitypub starter kit

johnandersen777

Alice Omega Alpha

Entities working on Alice use thread intel/dffml#1406 as a way to communicate to others what you are working on. Each day has a log entry. Comment with your thoughts, activities, planning, etc. related to the development of Alice, our open source artificial general intelligence.

The thread is used as a communication mechanism for engineers so that others can have full context around why entities did what they did during their development process. This development lifecycle data helps

johnandersen777

# Updated version: https://github.com/intel/Multi-llms-Chatbot-CloudNative-LangChain/blob/1bd6a844ebc57245f9fba8e7a87cde489cc4734d/2__LLMs_Proxy/server.py#L12-L34
import pathlib
from pprint import pprint

import yaml
import kubernetes
import kubernetes.client
from kubernetes.client.rest import ApiException
from kubernetes import client, config

johnandersen777

DSSE (Digital Signature over Software Artifacts) and COSE (CBOR Object Signing and Encryption) are both specifications that deal with securing the integrity of data, but they serve slightly different purposes and are used in different contexts.

1. DSSE (Digital Signature over Software Artifacts):

   • DSSE is a specification designed to enable the secure signing of a variety of software artifacts, such as binaries, container images, and software bill of materials (SBOMs).
   • It aims to provide a single, flexible, and secure signature format for these artifacts.
   • DSSE is often used in the context of software supply chain security.
   • It is not tied to a specific serialization format and can be used with JSON, Protobuf, or any other format of the user’s choice.
   • DSSE is designed to be agnostic of the key management system or public key infrastructure (PKI) being used.

2. COSE (CBOR Object Signing and Encryption):