Dockers Advanced Administration

In this course you will see Docker under the hood and discover in depth knowledge which helps the developers to become more confident and efficient. You will learn common architecture decision points and their impacts to operations along with the installation of Docker Datacenter with UCP and DTR with High Availability. This course will also help students to learn how to deploy, setup UCP and manage DTP by creating public and private repositories. By this course completion, students will be able to deploy Docker engine on Linux and Windows environments and perform advanced Docker functions. As the follow-on to our Docker Fundamentals course, Docker for Enterprise Developers is a role-based course designed for an organization’s Development and DevOps teams to accelerate their Docker journey in the enterprise.

Learning Objectives

  • Understand common Architecture decision points and their impacts to operations
  • Install Docker Datacenter with UCP and DTR with High Availability and Replicas
  • Deploy services in UCP
  • Install UCP Online/Offline
  • Deploy a multi-node application
  • Deploy services to a swarm
  • Scale Services to a swarm
  • Setup and manage role based access control
  • Manage DTR by creating public and private repositories
  • Service Discovery with DNS
  • Load-balancing on UCP
  • Load balancing UCP and DTR
  • Install DTR Online/Offline
  • Apply Content Trust and image signing with Notary.
  • Perform basic monitoring, logging, and health checks to the cluster.
  • Migrating Application to Container
  • Designing a DDC Deployment

Kubernetes Administration

Containers are not a new thing, but implementing them was always a little more complicated than it needed to be. Docker made great leaps in simplification of container. Docker makes it possible to get far more apps running on the same old servers and it also makes it very easy to package and ship programs. Docker is a transcendent tool for those who transfer, install, and manage software applications on a regular basis. The advent of Kubernetes, however, has somehow made containerizing and automating applications even easier. Kubernetes is an open source orchestration system for container based distributed applications. Originally created by Google based on principles from its internal orchestration system, Kubernetes is now developed on GitHub, it provides several level of fault-tolerance, scalability and useful primitives that go beyond the single container concept. In this course students will get an understanding of Docker and its concepts, and become a master of automating deployment, scaling, and management of containerized applications using Kubernetes. The course will explain you how to setup your cluster on your desktop, or on the cloud using AWS, Kubernetes desktop installation. You will also learn how to build apps in containers using docker and how to deploy those on a Kubernetes cluster using native OS tools such as Ubuntu, set up a cluster, and create container registry. The course will also help you learn components in the Kubernetes architecture and useful commands for deploying and managing a cluster.

Course Objectives:

At the end of this course, you will be able to:
  • Install Docker and Kubernetes from scratch
  • Docker installation and image setup
  • Creating custom Image from a Dockerfile
  • Installing Kubernetes - Master Server
  • Installing Kubernetes - Minions / Nodes
  • Learn to run and manage containers effectively
  • Create and install Kubernetes pods and its services
  • Multi-Pod (Container) Replication Controller
  • Create and Deploy Service Definitions
  • Creating Pod Definitions
  • Build Docker images and configure Docker Hub from scratch
  • Deploy a multi-component app very easily
  • Creating Temporary Pods at the Command line
  • Interacting with Pod Container
  • Logs
  • Autoscaling and Scaling our Pods
  • Failure and Recovery

Red Hat Openshift Administration

Overview

Red Hat OpenShift Administration enables system administrators, architects, and developers to acquire the skills they need to administer Red Hat OpenShift Container Platform. OpenShift Enterprise by Red Hat, Red Hat's platform-as-a-service (PaaS) offering, provides pre-defined deployment environments for applications of all types through its use of container technology. This enables an environment that supports DevOps principles such as reduced time to market and continuous delivery. You will learn how to install and configure an instance of OpenShift Enterprise by Red Hat, test the instance by deploying a real world application, and manage projects/applications This course also provides you with the knowledge necessary to take advantage of the platform in a popular DevOps environment. This course is part of a series of DevOps courses that center around the use of OSE to enable continuous delivery a key goal in the DevOps philosophy.

Course Objectives:

At the end of this course, you will be able to:
  • Describe the features and architecture of the Red Hat OpenShift Enterprise product
  • Install Red Hat OpenShift Enterprise and configure a master and node
  • Execute commands using the command line interface
  • Create, build, and deploy applications to a OpenShift Enterprise instance
  • Use OpenShift components to manage deployed applications
  • Customize resources and processes used by OpenShift Enterprise

Jenkins Fundamentals

Jenkins is the de facto standard for continuous integration server. Jenkins plays a vital role in DevOps tool chain through automating the flow in DevOps continuous delivery process. Jenkins has the largest plugins community, covering almost all popular tools and is the leading open source automation server providing hundreds of plugins to support building, deploying and automating any project. Gain the expertise to implement a continuous build environment with Jenkins. Learn to effectively set up production-grade instances of a Jenkins server, complete with automated builds, tests, code quality audits and reports. In this course you will learn everything you need to know to get started on Jenkins and setup your first continuous integration server. We'll cover installing Jenkins, configuring Jenkins and getting a basic job running. Once we are confident in the basic functionality of Jenkins we'll move on and talk about all the plugins that are available and how you might use them. Finally, we'll take a look at the big picture and show you what you can really do with Jenkins.

Course Objectives:

  • What is CI?
  • Introducing Jenkins CI
  • Jenkins Build Jobs
  • Monitoring Build Jobs
  • Organizing Build Jobs
  • Jenkins Plugins
  • Working with Version Control
  • Code Quality Metrics
  • Command-Line Interface
  • Access Control
  • Build Promotion
  • Parameterized Builds
  • Automated Deployment
  • Distributed Builds
  • Jenkins Enterprise
  • Folders and Folders Plus Plugins
  • Role-based Access Control (RBAC) Plugin
  • Validated Merge Plugin
  • Templates Plugin
  • High Availability (HA)
  • Custom Update Center Plugin

Puppet Fundamentals

Puppet gives you an automatic way to inspect, deliver, operate, and future-proof all of your infrastructure and software, no matter where it runs. It helps get an understanding of what you have so you can control and enforce consistency across it, secure it and keep it compliant, all the while modernizing it as business needs dictate. The volume and complexity of infrastructure that IT operations manage is growing and getting smarter. With Puppet, you can define the state of your IT infrastructure, and Puppet automatically enforces the desired state. Puppet automates every step of the software delivery process, from provisioning of physical and virtual machines to orchestration and reporting; from early-stage code development through testing, production release and updates. Learn step-by-step how to deploy and use Puppet to automate configuration management and software deployment for Windows and Linux. We cover manifests, modules, templates, Hiera, roles, profiles, and version control using Git.

Course Objectives:

  • Install Puppet successfully
  • Gain knowledge of Puppet ecosystem, components, and terminologies
  • Manage Puppet infrastructure, modules, and environments effectively
  • Configure Puppet architecture
  • Understand how a Puppet run works
  • Integrate Git with Puppet
  • Acquire a knowledge of Puppet troubleshooting
  • Architect Puppet for scalability, redundancy, and performance
  • Use Puppet dB confidently
  • Extend Puppet functionalities
  • Execute Puppet reporting, testing, and troubleshooting 

GIT Fundamental Training

Git is a free, open source distributed version control system. It has become wildly popular as a way to not only manage source code, but also as a way of sharing code with others. Git is a popular distributed version control system (DVCS). In this course, you will learn how to create a local repository, commit files, push changes to a remote repository, fix errors in your commits, and many of Git's other features. Besides these, you will understand the difference between the working copy, staging area, and repository itself. Come learn the power of Git.

Course Objectives:

  • Exploring the history of version control
  • Installing Git on Mac, Windows, and Linux
  • Initializing a repository
  • Writing useful commit messages
  • Understanding the Git three-tree architecture
  • Tracking when files are added, edited, deleted, or moved
  • Viewing change sets and comparing versions
  • Undoing changes and rolling back to previous versions
  • Ignoring changes to select files
  • Creating and working with code branches
  • Merging branches and resolving merge conflicts
  • Stashing changes for later
  •  Working with hosted repositories and remote branches
  • Developing an effective collaboration workflow

Ansible Programming

Automation and orchestration is becoming more common in the enterprise as departments continue to do "more with less." Ansible is an open-source automation tool for managing your configuration, provisioning, and change management. We start with orchestration and change management fundamentals and then move to how Ansible works. After building our test environment, we then move to more practical examples and features that Ansible provides. By the end of the course, you will be able to run ad-hoc commands across all your systems, write playbooks, and create roles using the hundreds of modules that come with Ansible. The course is designed as a journey through configuring a realistic application stack from the ground up. Instead of going page-by-page through the Ansible documentation, topics are ordered to align with the growing complexity of our application as we build it up and refactor it.

Course Objectives:

  • Execute ad-hoc commands against servers using Ansible
  • Build Ansible Inventory Files with Hands-on Exercises
  • Write Ansible configuration playbooks to deploy a 3-tier web application
  • Configure Ansible roles with tasks, handlers, files, templates, and default variables
  • Introduction to YAML and Hands-on Exercises
  • Write operational playbooks to check cluster status and perform a cluster restart

Cryptocurrency Courses

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Make the most of your Bitcoin logo trading

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Student Exchange Program Information Sessions

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You Need to Know Before Entering the Crypto Market

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You Need to Know Before Entering the Crypto Market

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Summer Trading School Internship Programme

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Evening Trading Course

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MBA with a Global Finance Trading Concentration

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