Implementing a CI/CD Pipeline

Technology Overview

• Terraform – Infrastructure control (optional with 5-day delivery)
• Git – Source Control Management
• Chef – Configuration Management
• Inspec – Cookbook Testing
• Jenkins – Continuous Integration
• Docker – Containerization (optional for 4-day delivery)

Terraform – Infrastructure Automation (optional with 5-day delivery)

• Terraform use and purpose
• Getting started with Terraform
• General concepts
• Installation
• Configuration Files
• Provisioning and Building Infrastructure
• Changing Infrastructure
• Destroying Infrastructure
• Resource Dependencies
• Input Variables
• Output Variables
• Modules – Pre-defined Configurations
• Remote state management
• Terraform Enterprise
• Triggering a Plan from Version Control
• Workspaces
• Terraform Enterprise Runs
• Migration from Open Source to Enterprise
• AWS
  • Managing infrastructure in AWS
  • Creating IAM Policies
  • Authenticating to AWS
  • Launching a serverless application – Lambda
• Azure
  • Managing infrastructure in Azure
  • Authentication Methods for Azure

Git – Source Control Management

• Purpose and overview of Git
• Use cases for Git
• Git workflow
• Github, Bitbucket and other Git providers
• Installation and configuration
• Finding help on Git
• Creating Local Git Repositories
• Basic Git Commands
• Comparing commits
• Using a Remote Repository
• Branching and Merging
• Using SSH keys with Git private repositories

Chef – Configuration Management

• Chef Architecture and call flow
• Chef Use cases
• Idempotence
• Resources
• Recipes
• Cookbooks
• Integration Testing and Test Kitchen
• Chef Server – a central management repository
• Ohai, Attributes and the Node Object
• Chef Roles

Jenkins – Continuous Integration / Continuous Deployment

• Jenkins Overview, Use Cases and History
• Initializing a Jenkins server
• Projects & Jobs
• Freestyle versus Pipeline
• Writing a Declarative Pipeline Project – CI/CD as Code
• Distributing builds using Master and Agent Nodes
• Views and Folders
• Managing Credentials
• Integrating with Git – Source Control Management
• Triggers: Webhooks and Polling
• Notifications: Slack and SMTP Email
• Testing Chef Cookbooks with Test Kitchen in Jenkins
• Multibranch Pipelines – Reading Entire Repositories
• Using Maven to Compile, Test & Package Java Applications
• Storing artifacts in JFrog Artifactory
• Deploying Chef cookbooks with Jenkins

Docker – Containerization And Micro-Service (optional with 4-day delivery)

• Container Use cases: what problems Docker solves
• Docker Concepts and Components
• Most-used Docker Commands
• Storing Docker images
• Docker Compose
• Launching microservices using Docker
• Building a Docker Image using Jenkins
• Deploying a Docker container using Chef and Jenkins

Finally, we’ll create the end-to-end Pipeline using Git, Chef & Jenkins:

Three-day option:

• Write Chef cookbooks with Inspec tests
• Push the cookbooks to a branch within a Git repo
• This push will automatically trigger Jenkins to download the cookbooks
• Jenkins will then initiate testing the Chef cookbooks using Test Kitchen
• If any tests fail, Jenkins notifies the developer to fix and repeat the build
• Once all tests pass, Jenkins can require human approval. Once approved, Jenkins will upload the cookbooks to the Chef Server
• Jenkins will then trigger Chef-managed webservers (in AWS) to download the cookbooks from the Chef Server and deploy the cookbook code
• Jenkins will then send notifications over both Slack and email regarding any failures or the successful deployment of the cookbooks

Four-day option adds:

• Upon successful testing in Test Kitchen, create and save a Docker image
• Notify teams of successful deployment of Docker containers

Five-day option adds: 

• Write Inspec tests for Terraform configurations
• Test our Terraform Configuration in Test Kitchen
• Jenkins will use Terraform to launch Docker Hosts running Docker containers, as well as use Chef to configure those containers to run micro-services

​Participants should have basic knowledge of Linux and coding.

Job Titles that may find this course useful include:

• DevOps Engineers
• System Operations
• Code Developers
• Software Developers
• Quality Assurance Professionals
• Software Testers
• Product Owners
• Infrastructure Engineers
• Development Team Members
• Operations Team Members
• Project Managers
• Technical Product Managers