Oleg Gorodnitchi OlegGorj

This is simplest way to install and run docker with TF on your local Mac. If you'd like to experiment with Terraform on macOS locally, a great provider for doing so is the Docker provider.

A few simple steps, like so:

1. Install Docker

Install Docker for Mac if you have not already.

git clone https://github.com/vfarcic/k8s-specs.git

cd k8s-specs

git pull

open "https://console.aws.amazon.com/iam/home#/security_credential"

export AWS_ACCESS_KEY_ID=[...]

Quick snippet of the code to create node and spawn up docker container on it

resource "aws_instance" "docker" {
    connection {
        user = "ubuntu"
        key_file = "${lookup(var.key_path, var.aws_region)}"
    }

eventually found a solution:


resource "null_resource" "ansible" {

  triggers {
    key = "${uuid()}"
 }

Running Docker Commands Docker, Machine, and iOS Builds > Running Docker Commands

This document explains how to build Docker images for deploying elsewhere or for further testing and how to start services in remote docker containers in the following sections:

Overview Specifications Example Docker version Separation of Environments

What does it mean that the ExampleReverse function "passes"?

As it executes the example, the testing framework captures data written to standard output and then compares the output against the example's "Output:" comment. The test passes if the test's output matches its output comment.

To see a failing example we can change the output comment text to something obviously incorrect

func ExampleReverse() {
 fmt.Println(stringutil.Reverse("hello"))

	variable "tag" {}
	variable "vpc_id" {}
	variable "cidr" {}
	variable "region" {}
	variable "image" {}
	variable "key_name" {}
	variable "instance_type" {}
	variable "zone_id" {}
	variable "domain" {}
	variable "zones" {

	Alternatvly, use Terraform provider as already suggested but if you want to stick to docker-compose for any reason you can also create your docker-compose file and run the necessary commands with user-data. Take a look to template_file and template_cloudinit_config


	### nginx.tpl
	```
	#cloud-config
	write_files:
	- content: \|
	version: '2'
	services:

	# main.tf

	provider "aws" {
	region = "us-east-1"
	}

	module "myinstance" {
	source ="./module"
	}

	kubectl get pods -a \| grep -v Running \| awk '{print $1}' \| xargs kubectl delete pod