Chris de Graaf christopher-dG

I hereby claim:

I am christopher-dG on github.
I am degraafc (https://keybase.io/degraafc) on keybase.
I have a public key whose fingerprint is C001 55D2 F174 E1EA BFA3 0F4B 9167 78DB B1B9 937C

To claim this, I am signing this object:

	import subprocess

	from flask import Flask, request

	app = Flask(__name__)

	@app.route("/")
	def cowsay():
	stdin = request.args.get("quote", "").encode("utf-8")
	proc = subprocess.run(["cowsay"], input=stdin, capture_output=True)

	module Sodium

	export seal

	using Base64: base64encode, base64decode

	const SEALBYTES = Ref{Csize_t}()

	struct SodiumError
	fun::Symbol

	tablename(x::Symbol) = Symbol(:methtab_, x)

	macro instancemethod(T::Symbol, ex::Expr)
	@assert ex.head ∈ (:function, :(=))
	table = tablename(T)
	name = ex.args[1].args[1]
	insert!(ex.args[1].args, 2, :(this::$T))
	quote
	$(esc(ex))
	$table[$(QuoteNode(name))] = $name

	#!/usr/bin/env python3

	# Dependencies:
	# - Python >= 3.6
	# - google-api-python-client
	# - requests


	from argparse import ArgumentParser
	from base64 import b64encode

	using Discord
	using REPL

	const PREFIX = "julia> " # Cutesy Julia prompt.
	const EMOTE = "<:julia:511658283090706453>" # Julia logo.
	const COLOUR = 0x36393f # "Invisible" border for dark theme.
	const CHRIS, JUAN = 0x0295605b65400000, 0x02a82393a1420002
	const ADMINS = [CHRIS, JUAN]

	chris_dm = nothing

	// Webhook handler for GitHub push events.
	// Synchronizes the live website with the current master branch of umwics/wics-site.
	//
	// Required environment variables:
	// - REPO_PATH
	// - WEBHOOK_SECRET
	// - WICS_KEY
	//
	// System dependencies:
	// - bundler

	#!/usr/bin/env python3

	# We want to guess how many combo units a CTB slider tends to be worth.
	# We'll be looking at all catch-specific beatmaps with an FC as their top play,
	# from 2010 to the present (Nov. 2017). For each beatmap, we want to count
	# the max combo of the FC (this is guaranteed to be the max combo), the number
	# of regular hit objects, and the number of sliders.

	# To estimate slider combo, we'll compute:
	# slidercombo = ((max combo - normal objects) / sliders)