Openshift Training in Chennai | Openshift Course in Chennai

https://bitaacademy.com/course/openshift-training-in-chennai/

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Openshift Training in Chennai

Do you want to learn openshift from a professional? Bitaoffers the best Openshift Training in Chennai. We will cover openshift with DevOps and Admin in this training. Our professionals make you understand the concepts of Containers, Docker, Kubernetes, Clusters and more. Our mentor will teach you how to install, set up, manage, deploy, scale and monitor openshift clusters using Kubernetes.

What is Openshift?

Red Hat, a multinational cloud and open-source software contributor, offers OpenShift as a Platform-as-a-Service container management system. OpenShift is a container-based application development, deployment, and management platform. It provides a self-service platform for developing, modifying, and deploying applications on-demand, allowing for shorter development and release cycles. Containers are self-contained processes executed in their environment, regardless of the operating system or infrastructure. The OpenShift Container Platform combines Docker with Kubernetes and provides an API for managing them.

Advantages of Openshift

• OpenShift is the most widely used Kubernetes orchestration platform, yet it has more features than the original Kubernetes.

• As an administrator or developer, OpenShift provides a default feature-rich graphical interface that allows you to build, deploy, scale, monitor, and implement virtually every Kubernetes task from a web browser. For every developer, it is clear and straightforward to use and time-saving.

• OpenShift is a container platform that lets you design, launch and manage your application across all cloud service platforms using the same web interface.

• Python, Java, PHP, Go, Node.js, and Ruby are among the programming languages supported by OpenShift.

• It includes pre-built application templates in many of these languages and frameworks to help you get started quickly.

• OpenShift also features an image registry that uses the source-to-image functionality to seamlessly integrate OpenShift with DockerHub or Red Hat and simplify managing container images via image streams. OpenShift can also access your private image registry.

• On the OpenShift platform, there is a certified Jenkins container integration that may be combined with additional tools to create a complete CI/CD infrastructure.
• To avoid account compromise, OpenShift provides role-based access control (RBAC), ensuring that each developer only has access to the functionality they require.

• You can quickly add new virtual machines to the cluster using the Ansible playbooks and installers.

• It also has auto-scaling, which allows for the automated addition of more virtual machines to the cluster as the workload grows.

Syllabus of Openshift

Part 1: Getting Started with Containers

• Introduction Installing Docker on Ubuntu
• Installing Docker on CentOS
• Starting a Docker Host in the Cloud
• Running Hello World in Docker
• Running a Docker Container in Detached Mode
• Creating, Starting, Stopping, and Removing Containers
• Building a Docker Image with a Dockerfile
• Sharing Data in Your Docker Host with Containers

Part 2: Image Creation and Sharing

• Introduction
• Keeping Changes Made to a Container by Committing to an Image
• Writing Your First Dockerfile
• Packaging an application Inside a Container
• Optimizing Your Dockerfile by Following Best Practices
• Versioning an Image with Tags
• Publishing Your Image to Docker Hub

Part 3: Kubernetes: Core concepts

• Introduction Understanding Kubernetes Architecture
• Kubernetes Objects
• Kubernetes API Primitives
• Creating a Multi Node Kubernetes Cluster
• Starting Containers on a Kubernetes Cluster with Pods
• Using a Replication Controller to Manage the Number of Replicas of a Pod
• Running Multiple Containers in a Pod
• Validating Nodes & the Cluster
• Running the Kubernetes Dashboard

Part 4: Getting started with Openshift

• How OpenShift, Kubernetes and docker work together
• Accessing your cluster and logging in
• Creating projects and deploying applications
• Accessing your application by creating routes
• Investigating application components
• Comparing command-line and web workflows

Part 5: Working with services

• Testing application resiliency
• Working with labels and selectors
• Scaling applications
• Tracking application health and status

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