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DO276 CONTAINERIZING SOFTWARE APPLICATION

Overview

Containerizing Software Applications (DO276) introduces you to deploying applications in containers using Docker and Kubernetes. Learn how to design containers for the deployment of an existing application across multiple containers, build and test those containers using Docker, and deploy the application in a Kubernetes cluster to achieve high availability and load balancing. Through hands-on labs, students will take a monolithic application and break it down into its distinct services thereby illustrating how containers are an excellent vehicle for microservices architecture deployment.

You Will Learn How To Create containers using Docker Work with image registries Provide persistent storage to a container Create new images using Dockerfiles Implement image design recommended practices Link containers Orchestrate containers using Kubernetes Provision development and testing environments with Vagrant.

Course Prerequisites

  • Familiarity with general programming and scripting concepts
  • Familiarity with one or more of the following languages: JavaScript, Java EE, PHP, and Python
  • Understanding of the runtime environment configuration for the language of choice
  • Familiarity with relational database concepts and a basic knowledge of SQL; MySQL experience is recommended
  • Basic Red Hat Enterprise Linux administration skills; Red Hat Certified System Administrator (RHCSA) certification recommended

Course Content / Exam(s)

Schedule for DO276 CONTAINERIZING SOFTWARE APPLICATION Training & Certification Courses

Course# Course Name Exam# Duration (days)
20740B DO276 CONTAINERIZING SOFTWARE APPLICATION Training & Certification Courses 70-740 5

DO276 CONTAINERIZING SOFTWARE APPLICATION Benifits

After Successful completion this course, you will be able to:-

  • Create containers using Docker
  • Design and build a custom container image for the deployment of an application over multiple containers
  • Work with image registries
  • Deploy a multi-container application using Kubernetes
  • Provide persistent storage to a container
  • Create new images using Dockerfiles
  • Implement image design recommended practices
  • Link containers
  • Provision a development environment using the Red Hat CDK.
  • Orchestrate containers using Kubernetes
  • Provision development and testing environments with Vagrant
  • Continuous integration and delivery for containerized applications

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