MassimoSporchia

const client = require('aws-iot-device-sdk');

// The options object to provision the MQTT client with.
// Update values between chevrons with the appropriate values.
const opts = {
  host: "<aws-iot-endpoint>",
  keyPath: "<path-to-private-key>",
  certPath: "<path-to-device-certificate>",
  caPath: "<path-to-root-ca>",
  // We are specifying that we want to connect on the

MassimoSporchia

const {toProxyOpts, proxyConnect } = require("./proxy-connect")

//  using it to connect to AWS IoT through a HTTP CONNECT proxy
const aws = require("aws-iot-device-sdk");

const proxyUrl = process.env.http_proxy || "http://localhost:3128/";

const opts = {
    keyPath: "assets/device.private.key",
    certPath: "assets/device.cert.pem",

MassimoSporchia

#!/usr/bin/env python
# Lambda Script for spot instances failover
# NOTE 1: Re-failover from on-demand to spot will be done if all desired ECS tasks are currently running
# NOTE 2: The maximum number of spot instances is taken from its DesiredCapacity
# WARNING: You cannot increase DesiredCapacity of on-demand from the console without changing this script,
#          however, you can increase DesiredCapacity of spot instances from the console and if it fails,
#          this script will start on-demand instead of spot instances
#
import boto3
import json

MassimoSporchia

$Username = "su"
$Password = "password"

$group = "Administrators"

$adsi = [ADSI]"WinNT://$env:COMPUTERNAME"
$existing = $adsi.Children | where {$_.SchemaClassName -eq 'user' -and $_.Name -eq $Username }

if ($existing -eq $null) {