GCP Terraform on Google Cloud:DevOps SRE 30 Real-World Demos from Udemy

Course Modules
- Demo-01: Install CLI Tools: gcloud CLI, Terraform CLI, VSCode Editor
- Demo-02: Terraform Commands (init, validate, plan, apply and destroy)
- Demo-03: Terraform Language Basics
- Demo-04: Teraform Meta-Argument - Provider (Multiple Providers Demo)
- Demo-05: Terraform Input Variables and Output Values
- Demo-06: Terraform Meta-argument: count
- Demo-07: Terraform Datasources
- Demo-08: Terraform Meta-argument: for_each
- Demo-09: Terraform Local Values, GCP Instance Templates
- Demo-10: GCP Managed Instance Groups with Terraform
- Demo-11: GCP Regional Application Load Balancer HTTP
- Demo-12: GCP MIG Private IP with Cloud NAT and Cloud Router
- Demo-13: GCP Managed Instance Group Update Policy
- Demo-14: GCP Certificate Manager with Self-signed SSL for Regional ALB
- Demo-15: GCP Cloud Domains and Cloud DNS
- Demo-16: GCP Cloud DNS + Certificate Manager Production grade SSL Certificates
- Demo-17: GCP Load Balancer with Context Path-based Routing
- Demo-18: GCP Load Balancer with Domain Name based Routing
- Demo-19: GCP Load Balancer with Header based Routing
- Demo-20: GCP Cloud Logging - Send Application Logs to Cloud Logging
- Demo-21: GCP Cloud Monitoring: Uptime Checks, Alert Policy and Metrics
- Demo-22: GCP Cloud SQL Public IP + Terraform Remote Backend as Cloud Storage
- Demo-23: DNS To DB: LB (Self-signed SSL) + UMS + Cloud SQL Public IP
- Demo-24: DNS To DB: LB (Production grade SSL) + UMS + Cloud SQL Public IP
- Demo-25: GCP Cloud SQL Private IP
- Demo-26: DNS To DB: LB (Self-signed SSL) + UMS + Cloud SQL Private IP
- Demo-27: DNS To DB: LB (Production grade SSL) + UMS + Cloud SQL Private IP
- Demo-28: Terraform Modules: Use Public modules from Terraform Registry
- Demo-29: Terraform Modules: Create Terraform Custom Module for VM Instance
- Demo-30: GCP DevOps with Cloud Build and GitHub for Terraform Code
- Demo-31: GCP Global Application Load Balancer HTTP

Terraform Concepts covered
- Terraform Commands
- Terraform Providers
- Terraform Settings Block
- Terraform Resources
- Terraform Local Backends
- Terraform Remote Backends
- Terraform Input Variables
- Terraform Output Values
- Terraform Local Values
- Terraform Remote State Datasource
- Terraform Template Functions
- Terraform Meta-argument Provider
- Terraform Meta-argument count
- Terraform Meta-argument for_each
- Terraform Datasources
- Terraform Public Modules
- Terraform Custom Modules Development
- Terraform Functions

Google Cloud Services covered
- Google Compute Engine VM Instances
- Google Compute Engine VM Instance Templates
- Google Compute Engine Health Checks
- Google Compute Engine Instance Groups
- Google Compute Engine Persistent Disks
- Google Cloud VPC
- Google Cloud Firewalls
- Google Cloud Storage
- Google Cloud Monitoring
- Google Cloud Logging
- Google Cloud Load Balancing
- Google Cloud IAM
- Google Cloud Domains
- Google Cloud DNS
- Google Cloud NAT
- Google Cloud Router
- Google Cloud External IP
- Google Cloud Build
- Google Cloud Certificate Manager
- Google VPC Private Service Connection

Each of my courses comes with

Amazing Hands-on Step By Step Learning Experiences
Practical demos for each and every concept
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What's inside

Learning objectives

You will learn to execute fundamental terraform commands such as init, validate, plan, apply, and destroy.
You will learn to understand the basics of terraform language and its syntax.
You will learn to utilize input variables and output values to parameterize and retrieve data in terraform configurations.
You will learn to leverage the count meta-argument to create multiple resources dynamically.
You will learn to use terraform data sources to fetch data from external systems.
You will implement the for_each meta-argument to iterate over collections and create resources.
You will learn to define and use local values in terraform and work with gcp instance templates.
You will configure and manage gcp managed instance groups using terraform.
You will set up a gcp regional application load balancer using terraform
You will implement a gcp managed instance group with private ip, cloud nat, and cloud router.
You will use gcp certificate manager to create self-signed ssl certificates for regional albs.
You will integrate gcp cloud dns with certificate manager to obtain production-grade ssl certificates.
You will configure gcp load balancers with context path-based routing.
You will implement domain name-based routing with gcp load balancers.
You will set up header-based routing on gcp load balancers.

You will send application logs to gcp cloud logging for centralized log management.
You will implement gcp cloud monitoring with uptime checks, alert policies, and custom metrics.
You will configure gcp cloud sql with public ip and use cloud storage as terraform remote backend.
You will deploy an end-to-end application with dns, self-signed ssl, ums, and cloud sql public ip.
You will secure your application with production-grade ssl certificates using cloud sql public ip.
You will set up gcp cloud sql with private ip for enhanced security.
You will integrate self-signed ssl, ums, and cloud sql private ip for a complete deployment.
You will secure the entire stack with production-grade ssl, ums, and cloud sql private ip.
You will utilize public terraform modules from the terraform registry.
You will create custom terraform modules for vm instances.
You will implement gcp devops using cloud build and github to automate terraform code deployments.
You will set up and manage a gcp global application load balancer
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You will learn to execute fundamental terraform commands such as init, validate, plan, apply, and destroy.
You will learn to understand the basics of terraform language and its syntax.
You will learn to utilize input variables and output values to parameterize and retrieve data in terraform configurations.
You will learn to leverage the count meta-argument to create multiple resources dynamically.
You will learn to use terraform data sources to fetch data from external systems.
You will implement the for_each meta-argument to iterate over collections and create resources.
You will learn to define and use local values in terraform and work with gcp instance templates.
You will configure and manage gcp managed instance groups using terraform.
You will set up a gcp regional application load balancer using terraform
You will implement a gcp managed instance group with private ip, cloud nat, and cloud router.
You will use gcp certificate manager to create self-signed ssl certificates for regional albs.
You will integrate gcp cloud dns with certificate manager to obtain production-grade ssl certificates.
You will configure gcp load balancers with context path-based routing.
You will implement domain name-based routing with gcp load balancers.
You will set up header-based routing on gcp load balancers.
You will send application logs to gcp cloud logging for centralized log management.
You will implement gcp cloud monitoring with uptime checks, alert policies, and custom metrics.
You will configure gcp cloud sql with public ip and use cloud storage as terraform remote backend.
You will deploy an end-to-end application with dns, self-signed ssl, ums, and cloud sql public ip.
You will secure your application with production-grade ssl certificates using cloud sql public ip.
You will set up gcp cloud sql with private ip for enhanced security.
You will integrate self-signed ssl, ums, and cloud sql private ip for a complete deployment.
You will secure the entire stack with production-grade ssl, ums, and cloud sql private ip.
You will utilize public terraform modules from the terraform registry.
You will create custom terraform modules for vm instances.
You will implement gcp devops using cloud build and github to automate terraform code deployments.
You will set up and manage a gcp global application load balancer
Show more
Show less

Syllabus

Introduction

Step-03: Create GCP Account and Budget Alerts

Course GitHub Repository Links

Demo-01: Install CLI Tools: gcloud CLI, Terraform CLI, VSCode Editor

Step-01: Introduction to installing tools terraform, gcloud, VSCode editor

Step-02: MacOS: Install gcloud CLI

Step-03: MacOS: Install Terraform CLI, vscode editor

Step-04: MacOS: Install VSCode Editor and Plugin

Step-05: WindowsOS: Install gcloud CLI

Step-06: WindowsOS: Install Terraform

Step-07: WindowsOS: Install VSCode Editor and Plugin

Demo-02: Terraform Commands (init, validate, plan, apply and destroy)

Step-01: Introduction to Terraform Commands

Step-02: Implement Terraform Core Commands

Step-03: Discuss terraform state file and destroy command

Demo-03: Terraform Language Basics

Step-00: What are we going to automate?

Step-01: Introduction to Terraform Language Basics

Step-02: Understand Terraform Fundamental Blocks

Step-03: Understand Terraform Block in detail

Step-04: Understand Providers and Registry

Step-05: Create VPC and Subnet

Step-06: Create firewall rule ssh and http 80

Step-07: Create VM Instance terraform manifest

Step-08: Execute Terraform commands and verify demo3

Step-09: Understand Terraform State Concept

Demo-04: Terraform Meta-Argument - Provider (Multiple Providers Demo)

Step-01: Introduction to Meta-argument provider

Step-02: Multiple Providers demo

Demo-05: Terraform Input Variables and Output Values

Step-01: Introduction to Input Variables and Output Values

Step-02: Define variables and call them in resources

Step-03: Understand different ways to define variables

Step-04: Introduction to Terraform Output Values

Step-05: Implement Output values and clean-up

Demo-06: Terraform Meta-argument: count

Step-01: Introduction to Meta-argument count

Step-02: Implement Meta-argument count

Step-03: Implement for expression and splat operator

Step-04: Execute TF Commands for Meta-argument count demo

Demo-07: Terraform Datasources

Step-01: Introduction to Terraform Datasources

Step-02: Implement Terraform Datasources demo

Demo-08: Terraform Meta-argument: for_each

Step-01: Introduction to Meta-argument for_each

Step-02: Demo-1: for_each input as set values

Step-03: Demo-2: for_each input as map values

Demo-09: Terraform Local Values, GCP Instance Templates

Step-01: Introduction to Terraform Local Values

Step-02: Implement Google Compute Image Datasource

Step-03: Implement Terraform Local Values and Datasource

Step-04: Create Regional Instance Template

Step-05: Create VMfromTemplate, Execute TFCommands and verify

Demo-10: GCP Managed Instance Groups with Terraform

Step-01: Introduction to Managed Instance Groups

Step-02: Create TF Configs for MIG Public

Step-03: Run TF Commands Verify MIG Demo and CleanUp

Demo-11: GCP Regional Application Load Balancer HTTP

Step-01: Introduction to GCP Regional ALB HTTP

Step-02: Create Regional Proxy-only subnet

Step-03: Create Static IP, Health Check and Backend Service

Step-04: Create URLMap, HTTPProxy, ForwardingRule and Outputs

Step-05: Run TF Commands, Verify Regional ALB and cleanup

Demo-12: GCP MIG Private IP with Cloud NAT and Cloud Router

Step-01: Introduction to GCP MIG Private IP

Step-02: Create CloudNAT, CloudRouter and other changes

Step-03: Run TF Commands, Verify MIG Private IP Demo

Demo-13: GCP Managed Instance Group Update Policy

Step-01: Introduction to MIG Update Policy

Step-02: Review MIG Update Policy TF Configs

Step-03: Run TF Commands, Verify MIG Update policy demo

Demo-14: GCP Certificate Manager with Self-signed SSL for Regional ALB

Step-01: Introduction to GCP Certificate Manager self-signed SSL

Step-02: Create Self-signed SSL, Cert Manager, HTTPS proxy

Step-03: Run TF Commands, Verify HTTPS URL

Step-04: Create HTTP to HTTPS redirect, verify and cleanup

Demo-15: GCP Cloud Domains and Cloud DNS

Step-00: Pre-requisite Note

Step-01: Introduction to Cloud Domains

Step-02: Implement Cloud Domains Demo

Step-03: Introduction to Cloud DNS

Step-04: Implement Cloud DNS Demo

Demo-16: GCP Cloud DNS + Certificate Manager Production grade SSL Certificates

Step-01: Introduction to Cloud DNS two demos

Step-02: Create Cloud DNS Record set

Step-03: Create prod grade cert with dns auth manually

Step-04: Create Cert Manager, DNS Auth, Record Set

Step-05: Run TF Commands and verify demo1 (Cloud DNS plus Cloud Domains)

Step-06: Demo-2: Cloud DNS + Domain Registrar as AWS Route53

Demo-17: GCP Load Balancer with Context Path-based Routing

Step-01: Introduction to Load Balancer Context path based routing

Step-02: Review App2 Terraform Configs

Step-03: Define MyApp1,2 backend service and URL Map

Step-04: Run TF Commands, Verify path based routing

Demo-18: GCP Load Balancer with Domain Name based Routing

Step-01: Introduction to Load Balancer Domain Name based Routing

Step-02: Implement Domain name based routing

Demo-19: GCP Load Balancer with Header based Routing

Step-01: Introduction to Load Balancer Header based routing

Good to know

Know what's good

, what to watch for

, and possible dealbreakers

Develops essential Terraform concepts and skills

Covers practical GCP services such as Compute Engine, Cloud DNS, and Load Balancing

Taught by experienced instructor with industry expertise

Provides hands-on step-by-step learning experiences

Suitable for DevOps engineers, system administrators, and cloud engineers

Focuses on foundational Terraform and GCP concepts

Activities

Be better prepared before your course. Deepen your understanding during and after it. Supplement your coursework and achieve mastery of the topics covered in GCP Terraform on Google Cloud:DevOps SRE 30 Real-World Demos with these activities:

Organize Course Materials

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Review and compile course notes, assignments, and quizzes to enhance your understanding of Terraform concepts.

Show steps

Gather all course materials.
Review and summarize notes.
Organize materials into a logical structure.

Follow-Along Terraform Tutorials

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Follow along with expert-led Terraform tutorials to learn best practices and techniques.

Show steps

Find online Terraform tutorials.
Set up a practice environment.
Follow the tutorial steps.

Terraform Command Practice

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Practice using Terraform commands to create and manage infrastructure resources.

Show steps

Identify a list of essential Terraform commands.
Set up a practice environment.
Execute Terraform commands to create and manage resources.

Four other activities

Expand to see all activities and additional details

Show all seven activities

Terraform Study Group

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Join or start a study group with peers to discuss Terraform concepts and work on projects together.

Show steps

Find or create a study group.
Establish regular meeting times.
Discuss Terraform topics and work on projects.

Hands-on Terraform Project

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Build a small Terraform project to solidify your understanding of Terraform commands and concepts.

Browse courses on Terraform

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Plan and design your project.
Create a Terraform configuration.
Execute Terraform commands to create your infrastructure.
Test and validate your infrastructure.
Document your project.

Terraform Tutorial

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Create a written or video tutorial on a specific Terraform topic to reinforce your learning and share knowledge with others.

Show steps

Choose a Terraform topic to cover.
Research and gather information.
Write or record your tutorial.
Publish and share your tutorial.

Contribute to a Terraform Project

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Contribute to an open-source Terraform project to gain practical experience and collaborate with others.

Show steps

Find a suitable open-source Terraform project.
Identify areas where you can contribute.
Submit pull requests with your contributions.

Career center

Learners who complete GCP Terraform on Google Cloud:DevOps SRE 30 Real-World Demos will develop knowledge and skills that may be useful to these careers:

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GCP Terraform on Google Cloud

DevOps SRE 30 Real-World Demos

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