Development > Software Development Tools
75.5 h
£54.99 Free for 2 days
DevOps Mastery: Terraform, Kubernetes, Docker, Ansible & Jenkins
What you will learn:
- Gain a comprehensive understanding of DevOps principles and modern tools like Docker, Kubernetes, Jenkins, Docker Swarm, and Kubernetes Helm.
- Master the art of automating code delivery and deployment pipelines using Jenkins.
- Become proficient in managing Docker containers, orchestrating them with Docker Swarm and Kubernetes, and deploying applications using these technologies.
- Learn how to build applications, dockerize them using Docker containers and Dockerfiles, and package and manage them using Helm.
- Develop a strong understanding of Kubernetes and master its administration, from the basics to advanced techniques.
- Gain expertise in deploying applications on Kubernetes and Docker containers, creating a robust deployment ecosystem.
- Learn how to integrate Jenkins with modern tools like Docker, Git, and GitHub, building efficient CI/CD pipelines.
Description
Ready to become a sought-after DevOps professional? Our comprehensive DevOps Mastery course equips you with the essential tools and skills to automate infrastructure, build robust deployment pipelines, and master cloud technologies. Learn from industry experts through practical exercises and real-world projects.
What You'll Learn:
Terraform: Master infrastructure as code for effortless resource orchestration.
Git & GitHub: Gain proficiency in version control and collaborative software development.
Ansible: Automate infrastructure and configuration management for streamlined operations.
Jenkins: Unleash the power of continuous integration and continuous deployment (CI/CD).
Docker: Containerize applications for easy deployment and scaling.
Docker Swarm: Learn container orchestration to manage and scale containers efficiently.
Kubernetes: Dive into the world of container orchestration with hands-on expertise.
Why Choose Our DevOps Mastery Course?
Comprehensive Curriculum: Covering the entire DevOps spectrum, you'll acquire the skills needed to excel in this dynamic field.
Expert Instructors: Learn from industry professionals with years of practical experience in DevOps.
Real-world Projects: Apply your knowledge to real projects and build a portfolio that showcases your skills.
Community Support: Join a network of like-minded learners and interact with peers and instructors.
Career Advancement: Unlock endless career opportunities with in-demand DevOps skills.
Certification: Receive a prestigious certificate upon course completion to add to your resume.
Don't miss this opportunity to transform your career. Enroll today and take the first step towards a brighter future!
Curriculum
Understanding DevOps & the DevOps Process
This section lays the foundation of DevOps by introducing the concept, exploring its key tools, and delving into the continuous development, testing, integration, deployment, and monitoring phases. You'll gain a clear understanding of the DevOps philosophy and its application in real-world scenarios.
Git Introduction & Installation
This section covers Git essentials, starting with its terminology and explaining its role as a version control system (VCS). You'll learn how to install Git on various operating systems (Linux, Windows) and take your first steps with Git commands.
Git Quick Start
Building upon the foundational knowledge, you'll dive into practical Git operations. Learn how to configure user information, create your first repository, make commits, track changes, and explore the history of your project through Git logs.
Git with GitHub: Advanced Techniques
This section takes your Git skills to the next level by exploring GitHub integration. You'll learn how to work with remote repositories on GitHub, set up authentication, manage branches, merge changes, and revert to previous states.
Comparisons in Git
Mastering Git's functionality requires understanding how to compare different states. Learn how to compare your working directory with the staging area and compare commits to understand changes between versions.
Branching & Merging in Git
This section focuses on key Git functionalities: branching and merging. You'll explore the concept of branches, learn how to create and merge them effectively, and gain expertise in managing different versions of your codebase.
Git Stashing
Git Stashing is a powerful tool for temporarily saving changes without committing. Learn how to use Git Stash with examples, manage untracked files, and pop stashes to restore your working environment.
Why Jenkins & Setting Up Jenkins
This section introduces Jenkins, a popular CI/CD tool, and explains its significance in automating build, test, and deployment processes. You'll learn about Jenkins' architecture, master the setup process, and gain a fundamental understanding of continuous integration and continuous delivery.
Understanding Jenkins
Delve deeper into Jenkins functionality. Learn about Jenkins jobs, their creation, execution, and configuration. Explore advanced features like parameterization and logical inputs to build robust pipelines.
Building Applications with Freestyle Jobs
This section demonstrates how to create freestyle jobs in Jenkins to automate application builds. You'll learn about the build process, capturing artifacts, configuring test result analysis, and leveraging build triggers.
Jenkins and Its Plugin Model
Discover the power of Jenkins plugins. Understand the plugin model, how to install and use them, and build your own plugins to extend Jenkins functionality.
Writing Custom Plugins
This section delves into creating custom plugins. You'll learn how to use the Plugin Builder's Toolkit, create plugin skeletons, and build a sample build step plugin for your Jenkins environment.
Jenkins Pipelines and Jenkins Files
This section introduces Jenkins Pipelines, a powerful feature for defining build workflows using a declarative syntax. You'll learn about the pipeline structure, create and run sample pipelines, and model workflows with various stages and actions.
Building Reusable Pipelines
Learn how to refactor Jenkins Pipelines to enhance code readability and maintainability. You'll explore techniques like managing build versions, differentiating release and integration builds, and creating reusable shared libraries for your pipelines.
Distributed Builds in Jenkins
Explore distributed builds in Jenkins to leverage multiple nodes for faster and more efficient execution. You'll learn how to create and configure Jenkins slaves, label nodes, and run concurrent builds.
Running Jenkins with Docker Containers
This section demonstrates how to run Jenkins within Docker containers, providing portability and ease of management. You'll learn how to install Jenkins on Docker, persist state outside containers, build Docker agents, and configure multiple Docker agents.
Jenkins Security Aspects
Understand security considerations in Jenkins. Learn how to enable or disable logins, allow user signups, install security plugins, create users, and assign roles and permissions to manage access control.
More on Jenkins
This section covers additional Jenkins features, including managing global and custom environment variables to provide configuration flexibility for your pipelines.
Docker Containers: The Big Picture
This section introduces the concept of containers, their evolution from virtual machines, and the role of Docker as a key containerization technology. You'll gain a comprehensive understanding of containerization and its benefits.
Getting Docker
Learn how to install Docker on various systems. You'll explore the process of installing Docker Desktop for Mac, and the necessary setup for installing Docker Engine on Linux.
Creating & Managing Docker Containers
This section dives into creating and managing Docker containers. You'll learn how to verify your Docker installation, familiarize yourself with container registries, execute applications within containers, and perform essential container management tasks.
Manage Docker Networking
This section explores Docker networking. You'll learn about the different network types, how to perform CLI operations, and understand Docker's DNS integration.
Docker Container Images: Beginning
This section covers the basics of Docker images. You'll learn about Docker image basics, central repositories, image layers, tagging, and how to upload your own images to cloud registries.
Docker Container Images: Build Container Images
Learn how to build custom Docker images using Dockerfiles. You'll explore the fundamentals of Dockerfiles, Dockerfile instructions, creating custom images, extending official images, and building your own images.
Docker Containers: Manage Data
This section covers data management for Docker containers. Learn about the persistent data problem, how to use data volumes and bind mounts to persist data outside containers, and how to create data volumes and bind mounts effectively.
Handle Persistent Data in Docker Containers
This section deepens your understanding of persistent data in Docker containers. You'll learn about the issues that arise with data persistence and the use of data volumes and bind mounts to address these challenges.
Docker Compose: Multi-Container Orchestration
This section introduces Docker Compose, a tool for managing multi-container applications. You'll learn about Docker Compose's role, YAML file fundamentals, creating Compose files, building images, and deploying multi-container applications with ease.
Docker Swarm Introduction: Swarm Orchestration
This section dives into Docker Swarm, a container orchestration platform. You'll learn about Docker Swarm's terminology, initialization, and command-line operations. You'll also explore how to create services on Docker Swarm and set up a complete Docker Swarm cluster.
Docker Swarm Features and Applications
This section explores advanced features and applications of Docker Swarm. You'll learn about networks in Docker Swarm, service traffic management, and deploying multi-node applications.
Docker Swarm Stack Deployment: Multi-Service Deployment
This section introduces Docker Swarm stacks, a powerful way to deploy multi-service applications. You'll learn how to build and deploy stacks using Docker Swarm, scale applications vertically and horizontally, and deploy distributed applications.
Docker Swarm Secrets Management: Protect Sensitive Data
This section focuses on protecting sensitive data in Docker Swarm. You'll learn how to create Docker secrets, deploy stacks with secrets, and manage sensitive data securely.
Docker Swarm Service Management
Master advanced Docker Swarm service management. Learn how to perform zero-downtime service upgrades, implement health checks, control container placement, and apply constraints in your YAML files.
Get Started with Kubernetes
This section introduces Kubernetes, a powerful container orchestration platform. You'll understand why Kubernetes is essential, explore its architecture, and learn how to install Kubernetes using tools like Minikube.
Kubernetes Cluster Management
This section focuses on Kubernetes cluster management. You'll learn about Kubernetes cluster management overview, high availability, management tools, and how to set up a high-availability Kubernetes cluster.
Kubernetes Object Management
This section covers working with Kubernetes objects. You'll learn how to use Kubectl for object manipulation, implement role-based access control (RBAC), and manage service accounts within your Kubernetes cluster.
Pods and Containers in Kubernetes
This section delves into pods and containers within Kubernetes. You'll learn about pod and container management, how to configure resources, monitor containers, and implement liveness, readiness, and startup probes.
Pods Allocation in Kubernetes
This section explores pod allocation strategies in Kubernetes. You'll learn about pod scheduling, daemonsets, static pods, node affinity, and how to control where pods are deployed within your cluster.
Deployments in Kubernetes
This section focuses on managing deployments in Kubernetes. You'll learn about scaling applications using replication controllers and replica sets. You'll also dive into the concept of deployments and practice creating and managing deployments.
Basics of Kubernetes Part II
This section covers advanced Kubernetes concepts. You'll learn about Kubernetes services, labels, and the lifecycle of pods within the Kubernetes ecosystem.
Kubernetes Networking
This section explores Kubernetes networking. You'll learn about Kubernetes networking overview, CNI plugins, Kubernetes DNS, and how to use network policies to control communication between pods and services.
Kubernetes Services
This section deepens your understanding of Kubernetes services. You'll learn how to use Kubernetes services, discover services, and manage access using Ingress controllers.
Kubernetes Storage
This section covers storage in Kubernetes. You'll learn about the concept of storage, how to use Kubernetes volumes, and how to create persistent volumes for persistent data storage within your cluster.
Self-Managed K8s on GCP
This section demonstrates setting up a self-managed Kubernetes cluster on Google Cloud Platform (GCP). You'll learn how to set up a GCP account, spin up a self-managed Kubernetes cluster, and work with the cluster.
Troubleshoot Self-Managed K8s Cluster
This section covers troubleshooting self-managed Kubernetes clusters. You'll learn about general troubleshooting approaches, how to access logs, and how to debug issues within your cluster.
Package & Deploy on Kubernetes: Helm
This section introduces Helm, a package manager for Kubernetes. You'll learn about Helm's purpose, Helm charts, and how to install and use Helm for managing applications on Kubernetes.
Start with Helm
This section covers the fundamentals of Helm. You'll learn about Helm repositories, how to execute services using Helm, manage deployments, and provide custom values to Helm charts.
Use Helm at the Next Level
This section covers advanced Helm techniques. You'll learn about Helm deployment workflows, validation before deployment, generating Kubernetes YAML using Helm, and rollback capabilities.
Create Helm Charts
This section focuses on creating your own Helm charts. You'll learn how to create charts, install them, understand chart YAML, and work with Helm templates and values files.
Helm Templates
This section delves deeper into Helm templates. You'll learn about actions within templates, accessing information, using pipe functions, working with conditional logic, and employing loops within your Helm charts.
Advance Charts
This section covers advanced Helm chart features. You'll learn how to manage chart dependencies, handle conditional dependencies, pass values to dependencies, and manage data exchange between parent and child charts.
Serverless Functions on Kubernetes
This section explores serverless functions within the Kubernetes environment. You'll learn about serverless concepts and how to use Kubeless for deploying and managing serverless functions on Kubernetes.
Microservices in Kubernetes
This section introduces Istio, a service mesh for Kubernetes. You'll learn how to install Istio, deploy Istio-enabled applications, and implement features like canary deployments and retry policies.
Project Build Tool: Maven (Optional)
This section provides an optional introduction to Maven, a popular build tool for Java projects. You'll learn how to configure Maven on Windows and Mac, create your first Maven project, and understand Maven's build lifecycle and POM.xml file.
Understanding Infrastructure as Code | Terraform
This section introduces the concept of Infrastructure as Code (IaC) and the benefits it provides. You'll explore how Terraform enables cloud-agnostic IaC and gain a solid understanding of IaC principles.
IaC with Terraform
This section covers the fundamentals of Terraform. You'll learn about the Terraform workflow, key concepts like planning, applying, and destroying infrastructure, and how to install and configure Terraform.
Start With Terraform Basics
This section covers the basics of Terraform. You'll learn about Terraform providers, initialization, setting up AWS for Terraform, creating machines using Terraform, managing credentials, and working with Terraform state.
Terraform Variables Detailed Explanation
This section delves deeper into Terraform variables. You'll learn how to use variables, define variables in configuration files, and utilize list and map variables for greater flexibility in your infrastructure provisioning.
Terraform Concepts - Building Blocks
This section explores essential Terraform building blocks. You'll learn how to provision software using Terraform, work with data sources, manage output attributes, and understand remote state management.
Terraform for AWS Cloud
This section focuses on using Terraform to manage AWS cloud infrastructure. You'll learn about AWS VPCs, EC2 instances, Elastic Block Store (EBS), and how to manage user data in AWS.
Terraform for AWS Cloud Part II
This section continues the exploration of Terraform with AWS. You'll learn about AWS RDS for managing databases, AWS Identity and Access Management (IAM), EC2 instance autoscaling, and load balancing in AWS.
Terraform Modules | Code Reusability
This section introduces Terraform modules, which enable code reusability. You'll learn how to work with Terraform modules, download modules from GitHub, define local modules, and create AWS VPC modules.
Conditions, Loops in Terraform
This section covers advanced Terraform concepts like conditions and loops. You'll learn how to use conditional statements, leverage built-in functions, implement loops in Terraform HCL, and structure your Terraform projects effectively.
Packer and Terraform
This section introduces Packer, a tool for building machine images. You'll learn about Packer's use cases, how to install it, and how to create custom machine images using Packer. You'll also explore how to integrate Packer with Terraform.
Job Scenario 1: End-to-End Web Application Deployment
This section showcases a real-world job scenario. You'll learn how to deploy a complete web application, including setting up VPC networks, creating RDS services, provisioning web servers, and deploying the application end-to-end using Terraform.
Job Scenario 2: Terraform, Docker, and Kubernetes
This section delves into another job scenario involving Terraform, Docker, and Kubernetes. You'll learn how to set up an AWS EKS cluster using Terraform, deploy applications to the EKS cluster, and integrate Docker and Kubernetes seamlessly.
Job Scenario 3: Terraform & AWS ELK
This section explores a job scenario that involves Terraform and AWS ELK. You'll learn how to deploy an AWS ELK stack, manage logging data, and implement the ELK solution using Terraform for infrastructure provisioning.
Terraform with GCP
This section covers using Terraform with Google Cloud Platform (GCP). You'll learn about the comparison between Terraform and Google Deployment Manager, how to set up a GCP project for Terraform, and how to manage remote state files in GCP.
Terraform HashiCorp Certification Guide
This section provides a comprehensive guide to prepare for the HashiCorp Terraform Associate Certification. You'll learn about IaC concepts, Terraform basics, the Terraform CLI, modules, workflow, state management, and practice questions to solidify your knowledge.
Ansible Introduction
This section introduces Ansible, a powerful automation tool. You'll understand Ansible's purpose, its architecture, and the benefits it offers for automating tasks across your infrastructure.
Ansible Environment Preparation & Installation
This section covers the preparation and installation of Ansible. You'll learn how to install Ansible using various methods, including PIP and Python VirtualEnv. You'll also explore how to create cloud machines for Ansible engine execution.
Configure Ansible Engine and Ansible Clients
This section focuses on configuring Ansible engines and clients. You'll learn how to set up AWS nodes, connect them to the Ansible engine, and configure Ansible for managing different cloud environments.
Ansible Ad-Hoc Commands
This section introduces Ansible ad-hoc commands. You'll learn the syntax of ad-hoc commands, how Ansible executes commands on clients, how to transfer files, manage files and directories, and install packages using ad-hoc commands.
Ansible Facts, Modules, & Variables
This section delves into Ansible facts, modules, and variables. You'll learn about Ansible modules, how to gather facts about your infrastructure, and how to create custom facts to enhance your Ansible automation.
Ansible Inventories
This section focuses on Ansible inventories. You'll learn how to create dynamic inventory scripts for AWS, Google Cloud, and Digital Ocean to simplify managing your inventory.
Basics of Ansible Playbook
This section introduces Ansible playbooks, a powerful way to define and automate complex tasks. You'll learn about playbooks, how to write and execute them, and gain a fundamental understanding of playbook functionality.
Basic Concepts of Ansible Playbooks
This section explores essential Ansible playbook concepts. You'll learn about logging, variables, data collection, set_fact and register modules, arithmetic operations, filters, and methods within playbooks.
Ansible Tips and Tricks: Practical Demos
This section covers practical tips and tricks for working with Ansible playbooks. You'll learn about the pause module, passing variables via the command line, using environment variables, and techniques like command vs. shell modules and working with dates and timestamps.
Operators and Conditional Statements in Ansible Playbook
This section covers operators and conditional statements in Ansible playbooks. You'll learn about comparison operators, membership operators, logical operators, and how to implement conditional logic in your playbooks.
Handlers in Ansible
This section introduces Ansible handlers, which allow you to execute tasks conditionally or based on specific events. You'll learn about handler functionality and how to implement them in your playbooks.
Secure Your Infrastructure: Ansible Vault
This section covers securing your Ansible configuration with Ansible Vault. You'll learn how to encrypt and decrypt sensitive data, how to use Ansible Vault for secure storage, and how to integrate Ansible Vault into your playbooks.
Loops in Ansible Playbook
This section explores loop functionalities in Ansible playbooks. You'll learn how to implement loops to repeat tasks, iterate over lists and dictionaries, and enhance your playbook's efficiency.
Tags in Ansible
This section introduces tags in Ansible. You'll learn how to use tags for organizing and managing your playbook tasks.
Ansible Playbooks for Linux: Practical Labs
This section provides practical labs for working with Ansible playbooks in Linux environments. You'll learn how to manage files using modules like lineinfile and blockinfile, reboot hosts, manage services, schedule CRON tasks, and perform other common Linux administration tasks.
Error Handling in Ansible
This section covers error handling in Ansible. You'll learn about different error handling techniques, including block and rescue structures, and how to gracefully handle unexpected errors during playbook execution.
Working with include and import modules in Ansible
This section explores the include and import modules in Ansible, which enable code reuse and modularity within your playbooks.
Ansible Machine-Specific Execution
This section covers techniques for executing tasks on specific machines within your inventory. You'll learn about the local_action module and the delegate_to module for targeted task execution.
Ansible Code Reuse - Ansible Roles and Collections
This section introduces Ansible roles and collections, which promote code reusability. You'll learn about Ansible Galaxy, how to download and use roles from Ansible Galaxy, and understand the concept of Ansible collections.
Manage Remote Machine File System via Ansible
This section covers managing the file system on remote machines using Ansible. You'll learn how to work with files and directories, create symbolic links, create hard links, download files, and extract archives using Ansible modules.
Concept of Template in Ansible
This section introduces the concept of templates in Ansible. You'll learn how to use templates to generate dynamic content, such as configuration files, based on variables and data.
Interact with Web Service APIs using Ansible
This section covers interacting with web service APIs using Ansible. You'll learn how to submit GET requests to REST API endpoints and how to implement token-based authentication for secure API access.
Ansible with Docker Containers
This section explores integrating Ansible with Docker containers. You'll learn how to install Docker using Ansible, manage Docker containers, build Docker images, and manage networking and storage for Docker containers using Ansible modules.
Course Completion
This section marks the completion of the DevOps Mastery course. You'll receive a congratulations message and a bonus lecture on the next steps in your DevOps journey.
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