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    Course Details

    Docker is an open platform for developers and sysadmins to build, ship, and run distributed applications. Consisting Docker Engine, a portable, lightweight runtime and packaging tool, and Docker Hub, it is a cloud service for sharing applications and automating workflows, Docker enables apps to be quickly assembled from components and eliminates the friction between development, QA, and production environments. As a result, IT can ship faster and run the same app, unchanged, on laptops, data center VMs, and any cloud.

    The Docker Engine container comprises just the application and its dependencies. It runs as an isolated process in user space on the host operating system, sharing the kernel with other containers. Thus, it enjoys the resource isolation and allocation benefits of VMs but is much more portable and efficient.

    Mindmajix Docker Training Overview

    Our training curriculum highlights the concepts of Virtual Machine, Installing and updating Docker including major Docker components by trainers with hands-on experience.

    What is Docker?

    Docker is an open-source project that automates the deployment of software applications inside containers. Thereby, it is categorized as the principal platform for containerization. This tool allows developers, sys-admins, etc. to easily deploy their applications in containers to run on the host operating system i.e. Linux.

    Docker containers wraps up everything needed to run on a single software like code, runtime, system tools, system libraries – anything that is installed on a server. It is light-weight, secure and open by default.

    Docker even assigns a method to run applications safely in a container, packaged with all its dependencies and libraries.

    Several platforms for Installing Docker include:

    • Docker for Mac: A native app uses Mac OS to deliver all Docker tools to Mac.
    • Docker for Windows: A native Windows app delivers all Docker tool for Windows system.
    • Docker for Linux: Install both Docker and Linux on a computer.
    • Docker Engine: Engine is used to create and run Docker containers.
    • Docker Hub: Hub manages and builds images.
    • Docker Cloud: Cloud Builds, hosts and deploys Docker images to the hosts.
    • Docker Trusted Registry: It Stores and signs the images.
    • Docker Universal Control Plane: Manages a cluster of hosts.
    • Docker Machine: Automates Container Provisioning for Windows, Mac OS and Linux.
    • Docker Compose : Builts and defines applications from multiple containers

    Key Features

    • Fastest time to value as it is easy to setup and use.
    • Orchestration and Management at Scale.
    • Built in High Availability
    • End to end security
    • Role based access control
    • Flexibility and choice

    The Docker platform enables developers and sysadmins to build, ship and run distributed applications anywhere. Explore the primary enterprise use cases of the platform and how organizations use Docker to tackle specific technical or business challenges.

    Use Cases

    • CI/CD : Enable developers to develop and test applications quickly
    • Devops: Break the barriers between Dev and Ops and to improve app development process.
    • Infrastructure Optimization: Increase efficiency by decreasing Infrastructure cost.


    Mindmajix Docker Training Curriculum

    Containers vs VMs
    What Are Containers?
    Containers Under the Hood
    The Future of Docker and Containers
    Installing Ubuntu Linux and CentOS Linux
    Downloading Ubuntu
    Creating a VM to Install Ubuntu
    Installing Ubuntu
    Downloading CentOS
    Creating a VM to Install CentOS
    Installing CentOS

    Installing Docker on Ubuntu
    Installing Docker on CentOS
    Updating Docker
    Granting Docker Control to Non-root Users
    Configuring Docker to Communicate Over the Network
    Playing Around with Our First Docker Container

    Module Intro
    The High Level Picture
    The Docker Engine
    Docker Images
    Docker Containers
    Docker Hub
    A Closer Look at Images and Containers
    Persistent Data and Production Containers
    Image Layers
    Union Mounts
    Where Images Are Stored
    Copying Images to Other Hosts
    The Top Writeable Layer of Containers
    One Process per Container
    Commands for Working with Containers

    Module Intro
    Starting and Stopping Containers
    PID 1 and Containers
    Deleting Containers
    Looking Inside of Containers
    Low-level Container Info
    Getting a Shell in a Container

    Module Intro
    Introducing the Dockerfile
    Creating a Dockerfile
    Building an Image from a Dockerfile
    Inspecting a Dockerfile from Docker Hub

    Module Intro
    Creating a Public Repo on Docker Hub
    Using Our Public Repo on Docker Hub
    Introduction to Private Registries
    Building a Private Registry
    Using a Private Registry
    Docker Hub Enterprise

    Module Intro
    The Build Cache
    Dockerfile and Layers
    Building a Web Server Dockerfile
    Launching the Web Server Container
    Reducing the Number of Layers in an Image
    The CMD Instruction
    The ENTRYPOINT Instruction
    The ENV Instruction
    Volumes and the VOLUME Instruction

    Module Intro
    The docker0 Bridge
    Virtual Ethernet Interfaces
    Network Configuration Files
    Exposing Ports
    Viewing Exposed Ports
    Linking Containers

    Module Intro
    Docker Daemon Logging
    Container Logging
    Planning Image Builds
    Intermediate Images
    The docker0 Bridge

    The Build Context
    Image Layers
    Base Images
    Dockerfile Instructions

    The run Command
    Managing Containers
    Docker Info
    Container Info
    Dealing with Images
    Using the Registry

    Using Docker for sandboxing and testing
    Deploying applications with Docker
    Deploying Web Applications on Docker
    Deploying Mysql as Docker Container
    Deploying MongoDB as Docker Container


    Our trainers have relevant experience in implementing real-time solutions on different queries related to different topics. Mindmajix verifies their technical background and expertise.

    We record each LIVE class session you undergo through and we will share the recordings of each session/class.

    Trainer will provide the Environment/Server Access to the students and we ensure practical real-time experience and training by providing all the utilities required for the in-depth understanding of the course.

    If you are enrolled in classes and/or have paid fees, but want to cancel the registration for certain reason, it can be attained within 48 hours of initial registration. Please make a note that refunds will be processed within 30 days of prior request.

    The Training itself is Real-time Project Oriented.

    Yes. All the training sessions are LIVE Online Streaming using either through WebEx or GoToMeeting, thus promoting one-on-one trainer student Interaction.

    There are some Group discounts available if the participants are more than 2.

    As we are one of the leading providers of Online training, We have customers from USA, UK, Canada, Australia, UAE, Qatar, NZ, Singapore, Malaysia, India and other parts of the world. We are located in USA. Offering Online Training in Cities like

    Minneapolis, Melbourne, Jacksonville, Davidson, Murfreesboro, Auckland, Carlsbad,  San Marcos, Tacoma, Bellevue, Garland, Raleigh-Cary, Fort Lauderdale, Miami, Toronto, Wellington, Gilbert, Tempe, Alexandria, Chandler, Scottsdale, Peoria, Honolulu, Raleigh, Nashville, Plano, Montreal, Calgary, Edmonton, Saint John, Vancouver, Richmond, Mississauga, Saskatoon, Kingston, Kelowna, Hyderabad, Bangalore, Pune, Mumbai, Delhi, Dubai, Doha, Brisbane, Perth etc…


    Learning Resources

    Docker Training

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