drhayes

local Button = Control:extend()
Button:implement(EventEmitter)

function Button:new(text, x, y, w, h)
  self.text = text
  w = w or (ui.font:getWidth(text) + 20)
  h = h or 20
  Button.super.new(self, x, y, w or 40, h)
  self.layout = fillLayout(0)
  self.fill = self:add(Fill())

drhayes

#!/usr/bin/env bash

set -e
set -x

MY_DIR="$( cd "$( dirname "${BASH_SOURCE[0]}" )" && pwd )"
MY_DIR=$(realpath "${MY_DIR}"/..)
GITHUB_WORKSPACE=${GITHUB_WORKSPACE:-$MY_DIR}

LOVEVERSION="11.2"

drhayes

# From http://lua.space/general/assert-usage-caveat
function xassert(a, ...)
  if a then return a, ... end
  local f = ...
  if type(f) == "function" then
    local args = {...}
    table.remove(args, 1)
    error(f(unpack(args)), 2)
  else
    error(f or "assertion failed!", 2)

drhayes

query {
  organization(login: "org-goes-here") {
    samlIdentityProvider {
      ssoUrl
      externalIdentities(first: 100) {
        edges {
          node {
            guid
            samlIdentity {
              nameId

drhayes

local Object = require 'lib.classic'

local function push (t, ...)
  local pushed = select('#', ...)

  for i = 1, pushed do
    t[t.n + i] = select(i, ...)
  end

  return t.n + pushed

drhayes

--
-- A lightweight REXPaint .xp reader for LOVE2D.
-- By Vriska Serket / @arachonteur
-- Adapted by drhayes to not use self, make constants uppercase,
-- and updated to work with love 11.2.
-- From https://gist.github.com/vriska-serket/334bfcfa7dfe7265ddbe089e4a51e522
--
-- Output table looks like this.
--[[
	{

drhayes

This is a SCRIPT-8 cassette.

drhayes

local Brain = {}
local currentTime = 0
local timeWaits = {}
local animWaits = {}
local yields = {}

local function yield()
  local co = coroutine.running()
  yields[co] = true
  return coroutine.yield(co)

drhayes

local lume = require 'lib/lume'

local Brain = {}
local currentTime = 0
local timeWaits = {}
local animWaits = {}

local function waitSeconds(secs)
  local co = coroutine.running()
  timeWaits[co] = currentTime + secs

drhayes

local ax, ay = math.cos(fov.angle), math.sin(fov.angle)
local gx, gy = math.cos(goalAngle), math.sin(goalAngle)
ax, ay = ax + gx * 5 * dt, ay + gy * 5 * dt
fov.angle = math.atan2(ay, ax)