Nat Welch icco

After pulling everything together, I thought it would be a good idea to document what ended up working for me with the following setup:

*darr apps
Some 3d printers
MobilRaker
NZB360

This stack requires the following

Protecting the sites from unauthorized access

1 Little W 12th St New York, NY 10014
1 Union Square West New York, NY 10003
10 East 38th Street, New York, NY 10016
10 East 40th Street New York, NY 10016
1156 6th Avenue, New York, NY 10036
130 Madison Avenue, New York, NY 10016
161 Avenue of the Americas New York, NY 10013
1619 Broadway, 11th Floor, New York, NY 10019
183 Madison Avenue, New York, NY 10016
200 Broadway, New York, NY 10038

largetype

Building

Note: For now, Apple Silicon users need to be set up for x86 mode

First, download Go or brew install go. Then, put largetype.go in a directory called largetype and from there run:

$ go mod init largetype

"Optimizing for Learning" Sources

Given at SRECon Americas 2019 (Brooklyn) by Logan McDonald

Resources from my research are presented in the order they are given in the talk. Here are my slides and all the art is by the amazing Emily Griffin. The resources are broken into the four sections of the talk:

Preparation

John Allspaw's "Monitoring Considerations" given at Monitorama Boston in 2013
Constraint Satisfaction Theory
CSPs

	/*
	I was looking to try a non-kindle e-reader, but my library kept weighing me down. While I had calibre and the de-drm plugin, I found the downloaded books on my kindle were in kfx format and weren't playing well with calibre, even with the kfx input plugin.
	Further, I found downloading books directly from web (Amazon > content library) did give me an azw3 file, which works well with de-drm.

	To automate part of the process, I wrote a short js script. It doesn't walk through all the pages in content library, but it does download all the books currently visible on the list. Amazon lets us view 25 books per page, so I just had to switch pages, run script, repeat.
	The meat of this script is constructing the url used to start a download. Device type, serial number, customer id etc. will be different for everyone, so it's best to download one book manually and check the network inspector for the request details. Apart from the book's `key`, all other details remain same for all the books (at least they did for me

	// ==UserScript==
	// @name Plex GUID Grabber
	// @namespace plex-guid-grabber
	// @include http://plex./
	// @include https://plex./
	// @include https://app.plex.tv/*
	// @include :32400/
	// @version 1.3.2
	// @description Grab the GUID of a Plex entry on demand
	// @icon https://app.plex.tv/desktop/favicon.ico

	#!/bin/bash
	#CREATED BY XMON FOR OpenMediaVault
	DISCORD_WEBHOOK='PUT YOUR WEBHOOK LINK HERE'

	generate_post_data() {
	cat <<EOF
	{
	"content": "",
	"embeds": [{
	"title": "${OMV_NOTIFICATION_SUBJECT}",

	# Write local
	git config --local commit.gpgsign false

	# Read local (if never set, can be an empty value)
	git config --local commit.gpgsign

	Mute these words in your settings here: https://twitter.com/settings/muted_keywords

	ActivityTweet
	generic_activity_highlights
	generic_activity_momentsbreaking
	RankedOrganicTweet
	suggest_activity
	suggest_activity_feed
	suggest_activity_highlights
	suggest_activity_tweet

	#!/bin/bash

	#
	# A script that takes a Twitter data archive, which is produced as a
	# set of JavaScript files (different from the regular archive, which
	# is CSV and HTML), and converts the `tweet.js` file, which contains
	# all of the tweets, into tractable JSON, one tweet per line. It then
	# inserts /that/ into a SQLite3 database, and extracts a simple
	# relational table of tweets from the JSON. Finally, it runs datasette
	# on the resulting database to allow you to explore.