at1as

#!/bin/bash

# Generate a valid Social Security Number

function generate() {
  SSN=""
  valid=0

  for i in {1..9}; do
    DIGIT=$[RANDOM%9+1]

at1as

A few rough notes I used as a Ruby reference as I was beginning to learn the language.

Object Concepts

Modules

A module is a way to group together methods, classes and constants and is designed to be accessed by many classes. These provide some advantages, one of which is that they are a sandboxed environment, and that they can be accessed by many classes. Modules cannot be instantiated, but are rather extended or included.

Extends versus Includes

at1as

-module(bits).
-export([bits/1, bitsNoTailRecursion/1, startTests/0]).

%% Functional Programming in Erlang
%% Kent University
%% 21 February 2017
%% Exercise 1 : Summing the Bits


%%

at1as

A list of a few useful Automation Tools & Libraries. Each of these have their pros and cons, but a combination of a few of these can give you pretty good test coverage without a lot of effort.

API Testing

Load Test

• [JS Script] Runs a load test on the selected URL. Easy to extend minimally for your own ends.

API Tester

at1as

#!/bin/bash

# Usage : ./facetime_kill.sh 10
# Accepts 1 argument : a number of seconds before stopping app

if [[ $1 ]]
then
  echo "Killing Facetime in ${1} seconds"
  i=$1
  

at1as

jason$ echo "a, b, c and d. e, f, g, and h" | sed 's/\([^,]\)\(\ and\)/\1\,\2/g'

> a, b, c, and d. e, f, g, and h

at1as

Keybase proof

I hereby claim:

• I am at1as on github.
• I am willems (https://keybase.io/willems) on keybase.
• I have a public key ASBJanSm1SKbTunlyBBTt_3BFB8mjHGMiLPmvpjFRO9Zlwo

To claim this, I am signing this object:

at1as

# A Natural Sort Algorithm in one line

ITEMS        = %W(item1 item2 item11 item1 item20 item3 hello other_item other_item7 item)
TRAILING_NUM = /[0-9]*\Z/

natural_sorted = ITEMS.sort.chunk{ |y| y.gsub(TRAILING_NUM, '') }.to_a.map{ |k_v| k_v[1] }.each{ |x| x.sort_by!{ |z| z.scan(TRAILING_NUM).first.to_i }}.flatten

puts natural_sorted

# => ["hello", "item", "item1", "item1", "item2", "item3", "item11", "item20", "other_item", "other_item7"]

at1as

#!/bin/bash/env python2.7

from subprocess import Popen, PIPE, STDOUT
import re
import datetime

site = 'example.com' #enter website URL here
favicon = False
ssl_enabled = False

at1as

#!/usr/bin/env python2.7
# -*- coding: utf-8 -*-

'''
Will return the number of carry operations performed in positive integer addition
'''
carryover, carryCount = False, 0

while True:     #accept positive integer values as input
  try: