David Cumps CumpsD

Bash on Windows config

git clone https://github.com/powerline/fonts.git  
cd fonts  
./install.sh

Dermstore - In What Order Do I Apply My Skin Care Products?
- Cleanser, Toner, Antixodant Serum, Moisturizer, Sunscreen
- Cleanser, Toner, Essence/Boosters, Serum, Moisturizer

“Don’t move to that London” warned my northern grandfather once. “It’s full of spivs”.

The Oxford Dictionary (somewhat chauvinistically) defines a spiv as:

A man, typically a flashy dresser, who makes a living by disreputable dealings

“But I work in IT” I told him. “engineers aren’t like that”.

	### Keybase proof

	I hereby claim:

	* I am cumpsd on github.
	* I am cumpsd (https://keybase.io/cumpsd) on keybase.
	* I have a public key ASA_ex_C47p8bsmoTaHt5Kyxhf_YONmdG-O8wZtKGteM7Ao

	To claim this, I am signing this object:

	'use strict';
	var fs = require('fs'),
	path = require('path'),
	inquirer = require('inquirer'),
	exec = require('child_process').exec,
	spawn = require('child_process').spawn;

	// puttySessionsPath is where my sessions are stored as files
	var puttySessionsPath = process.env.google + 'Tools/Putty/sessions/',
	puttySessions = fs.readdirSync(puttySessionsPath),

	@ECHO OFF
	SET CORPORATENAME=Enterprisey
	SET CORPORATEPROXY=http://proxy.corporate.com:80
	SET CORPORATEPAC=http://corporate/corporate.pac
	SET NL=0

	IF "%1"=="setup" (
	SET INSTALLOP=1
	SET NL=1
	GOTO ProcessChoice )

	namespace ValueObjects
	{
	using System;
	using System.Collections.Generic;
	using System.Collections.Immutable;
	using System.Linq;

	public abstract class GuidValueObject<T> : DataTypeValueObject<T, Guid> where T : GuidValueObject<T>
	{
	protected GuidValueObject(Guid id) : base(id) { }

	internal class Bla
	{
	public int Blaat { get; }

	public Bla(int blaat) => Blaat = blaat;

	public static implicit operator int(Bla x) => x.Blaat;
	}

	internal class Bleh

	// Living Room
	wall_height = 250;
	door_to_window = 157;
	window_width = 157;
	window_height = 220;
	window_to_end = 483;
	wall_thickness = 10;

	room_length = door_to_window + window_width + window_to_end + wall_thickness;
	room_width = 320 + 120 + 82;