Richard Slater RichardSlater

LGTM Observability Stack

This document describes the local LGTM stack configured for this NixOS machine. The stack is managed declaratively by NixOS, runs as Podman containers under systemd, stores state on the host, and exposes service ports on localhost only.

LGTM means:

Loki for logs.
Grafana for dashboards, exploration, and datasource access.
Tempo for traces.
Mimir for metrics through the Prometheus-compatible API.

title	GitHub Copilot Security and Compliance Instructions
author	Richard Slater
created	2025-10-16
updated	2025-10-16
version	1.0
purpose	Security and compliance guidelines for AI coding assistants

GitHub Copilot Security and Compliance Instructions

Linking my account richardslater on GitHub with my address 0x0860f22da6ba75627ddad10ad198ffb215a8fe76 on EVM in mycryptoprofile.io, and the challenge code is: dda32788572262c2df8133ca19e79e9a. #LitentryVerifyMyAddress

	package main

	import (
	"log"
	"crypto/mlkem"
	"crypto/aes"
	"crypto/cipher"
	"encoding/base64"
	"io"
	"crypto/rand"

	-----BEGIN PGP PUBLIC KEY BLOCK-----

	mQINBGBplmMBEAC4/lTwUbkk6KB7sC9AoY5OPu8dgInZig58EPHjviENNVr8do+Q
	n0slQp6Fp3C6Mj6gyVtfaWVxb9ZE9aTMPf8Kg/bxSHCYKYYLa/ZAerbYQjWW/esa
	fsYIps46jHbj4HDIqtSwE9Qg+g3CcOAifos2v0Kqpu/Lwt9VXxwH1J5GMiGJHjf3
	vnfZDBq1yRhxOs4pEvPJgfyw1OUFtFGhh1AMwtd+36SxzC0Jv0LdXzEAkwcmJVMC
	UeyZU98pZWjlIDndr9rYiuHF5DASwObD9GDf1hNP5y/bw3PmIUmdh09c+IfsYeyv
	YklZ5HCUsN20oqKKxTgD7ZVnlq7ZyMG1HbleqVyk6OrGyCG/X1wjZFe1cCOvNZKS
	+qFzzZFnHTPCkOqbC3IskcA7IfALhHCeKjZE7niXjZ8Nm/e7kFmCT1bdd2VZiZ8B
	5SGz+4zu9Ohiguu6SF+R65zc3hmGdWggQE3y/ySlEvpPZ9rJ9yB5E0eZ7J/grpoF

	"use client"

	import styles from './page.module.css'
	import { useCallback, useEffect } from 'react';
	import React from 'react'

	import WalletButton from './components/WalletButton';

	import { SessionKit, Session } from "@wharfkit/session"
	import { WebRenderer } from "@wharfkit/web-renderer"

	Function Format-IP ($ip) {
	$octets = $ip.Split(".") \| Select-Object @{label="Octet";expression={ [Int32]::Parse($_).ToString("000") }}
	return [String]::Join(".", $octets.Octet)
	}

	$ips = Import-Csv .\ru.csv \| Select-Object -Property Start, End, Notes
	$output = $ips \| Select-Object @{label="Start";expression={ Format-IP $_.Start }}, @{label="End";expression={ Format-IP $_.End }}, notes

	$output \| ForEach-Object { "{0} - {1} , 000 , {2}" -f $_.Start, $_.End, $_.Notes }

	var depths = File.ReadAllLines(Path.Combine(Environment.GetFolderPath(Environment.SpecialFolder.Desktop), "input.txt")).Select(x => Int32.Parse(x));

	// part 1
	depths
	.Skip(1)
	.Zip(depths, (curr, prev) => curr > prev)
	.Count(x => x == true)
	.Dump("Part 1: Depths larger than previous depth");

	// part 2

	from google.colab import drive
	drive.mount('/content/drive')