Devops Zero To Hero Complete Ultimate Guide 10+ Components

Explore how configuration management enables automation to launch applications with minimal components, including Apache, plugins, and shell script steps in the cloud.

Explore how declarative statements specify what to do, not how, and yield a consistent state, unlike shell script imperatives. Use a farming example to illustrate Ansible features and its internals.

Discusses architecture and deployment models for a configuration management system, comparing push-style and other deployment approaches, and covering server, satellite, and agent installation with root privileges.

Explore Ansible architecture in part 02, compare push and pull deployment models, and assess third-party components for easy, effective automation.

Master Ansible Apache installation part 1, focusing on handling availability, managing commands and configuration state, and resolving conflicts to ensure reliable deployment.

Explore the four building blocks of Ansible: change management, provisioning, automation, and orchestration, and how a playbook coordinates the deploy plan and infrastructure management.

Set up an Ansible environment by configuring Windows, VirtualBox, Linux flavors, bash, and Visual Studio, then prepare cloud-based machines and consoles for development tasks.

Learn to install Ansible on an Ubuntu server by following official documents, using installation playbooks, and platform-specific commands for macOS, Windows, and Linux as part of the devops course.

Learn Ansible installation on Ubuntu, follow the instructions to launch an instance, connect, and use MFA to access the mission environment.

install ansible on ubuntu node1, create a user, configure steps, and establish a connection with a satellite to go live.

Install Ansible on node1 Ubuntu part 2 and cover how to change the path and complete the final step.

Install Ansible on node1 ubuntu in part 3, use lab steps, apply playbooks, manage updates, and convert configurations into item format.

Follow a hands-on guide to installing Ansible on Node1 (Ubuntu), configure credentials and keys, and verify connectivity to manage remote hosts.

Install Ansible on Node2 (Red Hat), then configure security groups to enable connections, build the deployment, and launch it.

Explore Ansible installation on node2 redhat part 2, focusing on password setup, password reset, and user provisioning in a devops environment.

Learn to securely copy between hosts, request permission to access IP addresses, and follow step-by-step procedures for connecting machines in a Node2 Red Hat setup.

Master the installation of ansible on node3 (ubuntu) as part of the devops zero to hero course. Explore auditing, privileges, and data connections to support secure automation.

Learn how to install Ansible on node3 (ubuntu) in part 2 of the devops zero to hero complete guide, with practical setup and configuration tips for automation.

Explore the major core components of Ansible, focusing on playbooks and inventory, and analyze how state, local configurations, and data drive its use.

Explore ansible components such as playbooks, roles, tasks, and handlers, and learn how to assemble readable, usable automation components with effective playbooks and task orchestration.

Navigate backup practices and model considerations while examining copy-paste workflows and critical notes, with warnings about authenticity and selective information in project work.

Practice using the ansible ping module in a practical session, part 2, emphasizing monitoring, ip address handling, and reliable devops workflows.

Practice with the Ansible ping module in a practical session to explore core automation tasks within the Devops zero to hero complete ultimate guide 10+ components.

Leverage the Ansible ping module in a practical session to validate host connectivity and coordinate simple tasks across components, reinforcing DevOps workflows.

Practice with the Ansible ping module in a practical session, part 5, focusing on copying configurations, managing hosts, and organizing playbooks for domain setup.

Explore YAML characteristics and an introduction to representing three items with a key value base and lists in this session.

Explore yaml characteristics and the continuation of foundational devops concepts in introduction part 2, tying together the complete zero to hero guide across 10+ components.

Learn yaml file writing through a practical session, organizing items and timings within a devops framework.

Practice building an Ansible playbook by exploring playbook structure, hosts, tasks, templates, and blocks, and executing a practical first playbook session.

Explore how an Ansible playbook pings all nodes by inspecting playbook structure, inventory and hostnames, and organizing tasks and templates to execute across machines.

Extend an Ansible playbook to ping all nodes, part 2 of the devops zero to hero complete ultimate guide, and practice reliable multi-node reachability with actionable steps.

Explore building an Ansible playbook to install Apache on all Ubuntu nodes, with tasks that ensure the package is present and the Apache service is configured across hosts.

Use an Ansible playbook to install Apache on all Ubuntu nodes in a DevOps workflow. Understand package installation steps, administration privileges, and practical deployment considerations.

Explore how to use an Ansible playbook to install Apache across all nodes on Ubuntu, addressing common execution issues and password prompts.

Use an Ansible playbook to install Apache on all Ubuntu nodes and manage package updates, enabling consistent, automated provisioning across the environment.

Explore a practical journey through logistics and mission control, focusing on planning, coordination, and managing an IP address column and long missions.

Learn to use an Ansible playbook to install Tomcat on all nodes in Ubuntu environments, part 1 of a complete DevOps guide.

Explore an Ansible playbook to install Tomcat on all Ubuntu nodes, part 2, for scalable devops workflows.

Deploy an Ansible playbook to install httpd on all Red Hat nodes and verify the service runs correctly.

Explore commonly used Ansible modules and learn how to implement each module one by one in practical scenarios. Implement each module covered to build familiarity with common Ansible usage.

Learn how to use the Ansible user module to create and manage users and groups, set default values and comments, and understand table structures through practical examples.

Learn how to use the Ansible group module to manage server groups, name groups clearly, and apply practical examples to configure and test group-based tasks.

Explore how to use the Ansible command module to run commands, manage playbooks, and navigate the console to automate DevOps tasks.

Explore the setup of Ansible in a devops context. Focus on setup menus, gathering facts, and optimizing the setup.

Explore the Ansible copy module to copy files in playbooks with source and destination options and practical usage examples.

Explore Ansible's copy module in playbooks and how copying content is handled across a mission and control context.

Learn to use the Ansible Geturl module to download files from remote locations, manage links, and automate retrieval from websites and Jenkins.

Master the Ansible get_url module in a practical playbook to download resources and deploy them to a specific application location, with stepwise handling and verification.

Explore Ansible filters for cross-platform setup and installation on Ubuntu and Red Hat systems using the OS_family variable.

Explore how Docker enables shipping, deploying, and running distributed applications anywhere, with automated builds, scalable deployment, and easy cloud integration.

Explore Docker architecture and container internals, applying containers to deploy a mobile app in production, compare with hypervisor virtualization, and address memory, storage, and CapEx considerations.

Explore Docker architecture and internals in part 2, examining virtualization, isolation, and cost-efficient deployment via multiple isolated environments.

Docker architecture and internals, Part 3, discusses containers as isolated environments that share an underlying operating system, enabling multiple applications or microservices to run efficiently beyond traditional virtual machines.

Explore Docker architecture and containers, including microservices deployment, orchestration, scaling for zero downtime, and stateless versus stateful workloads, with open container initiatives.

Explore docker based microservices architecture for a scalable Microsoft services application, featuring administration, publication, and notification modules, with traffic driven scaling.

Learn to set up Docker and Git on Windows by downloading and installing essential tools like Bash, Chocolatey, and Visual Studio, using the command prompt and administrative permissions.

Launch and configure an Ubuntu cloud instance, set up Docker, and secure access with a key pair and security group rules, then connect via bash to complete the setup.

Install and set up docker on Ubuntu, update packages, run docker, and fetch the latest versions via a shell script, with OpenSSL and Jenkins integration.

Master the Jenkins installation under Docker by following manual steps to install Java and Tomcat, download the Jenkins image, and configure ports and security groups.

Install and register plugins, open the installer, and configure a username and password as part of the Jenkins installation process, with automated steps guiding the setup.

Explore the docker life cycle basics, demonstrating core commands to interact with a docker registry, and comparing private and public registries with simple hello world examples.

Explore the Docker life cycle from pulling images from Docker Hub or private hub to downloading into a local repository and running containers, check downloads and manage containers and ports.

Explore docker images and containers, learn how to start and run containers with docker run, pull and manage images from local or public hubs, and remove unused images.

Learn to manage docker containers and images in a practical session, using docker ps and docker rmi to list, remove, and forcefully delete containers and images from the local repository.

Remove all Docker containers and configure port mappings, distinguishing system and container ports, with port forwarding to enable access for services like Jenkins.

Learn to set up a dockerized nginx web server, manage containers with attach and detach actions, configure port mappings, and integrate with Jenkins workflows.

Explore docker basics by logging into running containers, using interactive mode, and inspecting container file systems, processes, and top-level commands to manage isolated environments.

Explore how Docker creates isolated containers with separate process, filesystem, and network namespaces, enabling secure, scalable apps while containers communicate via defined protocols.

Explore Docker control groups and namespaces to manage memory and process isolation, enforce capabilities, and control network access for secure container runtime.

Learn to set up Docker CE on Ubuntu, including launching a 64-bit environment, using a shell script to install binaries, and connecting to a remote mission for deployment.

Set up Docker CE on Ubuntu part 2, pull and run images from public repositories, tag images with versions, and explore private repositories and basic security considerations.

Explore how to run and stop a Docker nginx server, manage containers, view and log outputs, and understand how to run commands inside or outside the container.

Understand interactive mode in docker, log into a container, explore user names, navigate commands, inspect container state and volumes, and learn how to quit and relaunch containers.

Learn how to use the docker inspect command to manage container volumes and logs, consolidate logs to a central location, and prepare data for analytics with elastic search.

Learn how to write a Dockerfile to build a Docker image from a base image, install applications like Apache or Tomcat, and run a hello world container.

Install and configure Apache inside a docker container using a Dockerfile, then build and run the image and test the web server via its container IP.

Learn how to install and set up Apache using a Dockerfile. Build and run the container, and verify the service inside a dockerized environment.

Build an Apache server image from a Dockerfile and tag it with a version. Verify the image runs correctly through manual checks and version updates.

Develop skills to set up Apache with a Dockerfile, manage Docker containers, start and stop them, and automate container recreation while validating container status.

Develop docker image workflows by building on base images with a Dockerfile, adjusting the entrypoint and CMD, and running containers to test with google.com and yahoo.com.

Set up Apache using Dockerfile part 4, and learn to delete existing contents, lock comments, and manage builds and versions during instantiation.

Learn docker volumes and persistent storage for multi-instance apps sharing a centralized database, with load balancing, backups, and cross-container data access.

Explore Docker volumes and persistent storage for containers, and learn how to create, mount, and inspect volumes while managing images and containers.

Join this practical session on Docker volumes, part 1, to create, inspect, list, and remove volumes within a container for improved usability and storage management.

Explore Docker volumes in a practical session by inspecting containers, locating volumes, and copying data between containers, including copying data to a Jenkins setup.

Explore practical techniques for Docker volumes in a multi-volume session (part 3), including locating, copying, and managing volumes to support consolidation and ongoing development.

Explore Docker networking fundamentals, including the container network model, design documents, and the role of the sandbox namespace and network endpoints in building flexible networks.

Docker networking basics, including domain namespaces, service discovery, DNS, and bridge networks, and learn how containers communicate and resolve names across missions.

Explore Docker networking fundamentals by connecting containers, using container names and IP addresses, and understanding discovery and load balancing within a practical session.

Explore docker networking from single to multi-host setups, including bridge networks, local scope, ip address management, subnet creation, and name-based ping with encryption.

Explore docker bridge networks through a practical session that creates and connects containers, inspects networks, and demonstrates bridging concepts across namespaces.

Explore docker overlay networking in practice, connecting multiple containers through a bridge, using container names for communication, configuring subnets and IP addressing across nodes.

Learn how to set up Docker overlay networks and connect containers across different networks, enabling communication between machines.

Learn how to create an AWS free tier account by signing up, entering basic information, adding payment details, and completing verification to launch initial projects.

Identify and satisfy the minimum prerequisites for a devops installation, including configuring a virtual edition and checking Windows operating system compatibility (no Windows 7).

Master the Git add command by practicing staging and adding changes, guided by a clear plan to stage and manage changes effectively.

Learn the theory of git clone and perform a practical session to clone a repository onto your local machine, reinforcing clone commands and repository setup.

Master git status of a repository through a theory and practical session that examines state changes, monitoring updates, and labeling each state.

Push changes from the staging area to a remote Git repository and explore push workflows. Understand credentials handling and pulling from a satellite data repository.

Learn git commit repository theory and practical steps, from structuring code comments to staging changes, checking status, and publishing to the local repository.

Explore git storage theory and practicals across local, staging, and server areas, showing how to add changes to staging, commit, and push to the repository.

Explore git theory and practical sessions for Windows and Linux users, covering repositories, the staging area, and conflict resolution during merges to manage version history effectively.

Explore Git architecture and explanation in depth, detailing a positive system with satellite missions, auto match connections, and code rules shaping operations.

Explore practical sessions for Windows and Linux users to commit to a git repository, manage staging, and configure local environments with hands-on steps.

Examine Git branch and merge theory, focusing on integration branches, managing multiple feature development streams, and aligning branches with the project.

Develop and manage git branches for uat through practical sessions: create and check out branches, push to remotes like origin, manage integration branches, and handle branch workflows across namespaces.

Participate in practical sessions on sprint-driven branch workflows, focusing on repository management and integration branch concepts to streamline DevOps tasks.

Engage in practical git branch sessions to master integration workflows and push changes to remote repositories. Learn how these steps fit into DevOps processes and continuous integration tasks.

Practice merging all branches into the integration branch, navigate the repository, and activate integration workflows while checking the API and aligning sprint tasks.

Create a new Git repository, log in, and set its public access; click the green button to grant access.

Explore the building blocks of Git and Jenkins integration, including Sonar for static analysis and packaging the build.