slopeofhope81

##Set-up

• create a heroku account
• install the heroku toolbelt: https://toolbelt.heroku.com/
• log into heroku via the commandline with heroku login and enter your credentials.
• add your AWS (or other) keys to the heroku environment (I did this from the webapp -from your apps list, click on your appname, then Settings > Reveal Config Vars and add your config variables)

##Create your app

• in your terminal, cd to your app on your local machine

slopeofhope81

# See https://github.com/justin808/justin808-dotfiles/blob/master/home/.pryrc
# Using these pry gems
# Essentials
# gem "pry"
# gem "pry-rails"
# gem "pry-byebug"
# gem "pry-doc"
# gem "pry-rescue"

# If you like this one:

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# Only run in server process, not console or rake tasks
if !Rails.const_defined?('Console') && !($0 =~ /rake$/) && !Rails.env.test?
  Rails.application.config.after_initialize do

    (1..2).each do |thread_id| 
      Thread.new { 
        Thread.current[:thread_name] = "DJ Web Worker Thread #{thread_id}"
        ActiveRecord::Base.connection_pool.with_connection do |conn|
          dj = Delayed::Worker.new
          Rails.logger.warn "Starting #{Thread.current[:thread_name]}"

slopeofhope81

require 'axlsx'

class SpreadsheetJob < ApplicationJob
  queue_as :reports

  def perform(*args)
    @timestamp = args[0]['timestamp']

    create_report
    create_spreadsheet

slopeofhope81

// Simulate a call to Dropbox or other service that can
// return an image as an ArrayBuffer.
var xhr = new XMLHttpRequest();

// Use JSFiddle logo as a sample image to avoid complicating
// this example with cross-domain issues.
xhr.open( "GET", "http://fiddle.jshell.net/img/logo.png", true );

// Ask for the result as an ArrayBuffer.
xhr.responseType = "arraybuffer";

slopeofhope81

Capybara Selenium WebDriver running at a lower speed using sleep command

Ever wanted to run your integration/end-to-end test suite at a lower speed so that you better could observe what's happening and perhaps make a recording of it?

Here's a a technique I've been using when writing tests with Capybara Selenium WebDriver.

Put this in test/test_helper.rb or maybe something like spec/support/capybara.rb.

slopeofhope81

require 'yaml'
require 'erb'
require 'ostruct'

class Settings < OpenStruct

  # Settings.new(:google_analytics)
  def initialize(config_file_base_name)
    super(YAML.load(ERB.new(File.read(Rails.root.join("config", "#{config_file_base_name}.yml"))).result)[Rails.env])
  end

slopeofhope81

require 'yaml'
require 'erb'
require 'ostruct'

class Settings < OpenStruct

  # Settings.new(:google_analytics)
  def initialize(config_file_base_name)
    super(YAML.load(ERB.new(File.read(Rails.root.join("config", "#{config_file_base_name}.yml"))).result)[Rails.env])
  end

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# Call scopes directly from your URL params:
#
#     @products = Product.filter(params.slice(:status, :location, :starts_with))
module Filterable
  extend ActiveSupport::Concern

  module ClassMethods
    
    # Call the class methods with names based on the keys in <tt>filtering_params</tt>
    # with their associated values. For example, "{ status: 'delayed' }" would call 

slopeofhope81

For each machine running xmodmap will give you the mapping and keycode, take a look first then write the script. I use ubuntu and mac keyboard. The below maps both left and right control and super.

Create an .Xmodmap file in your Linux home directory, with the following contents, then execute xmodmap .Xmodmap

clear control
clear mod4

keycode 37 = Super_L
keycode 105 = Super_R