Docker Training Course

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Today’s businesses have to stay on the edge to digitally transform themselves, but the old software constrains the business growth and the infrastructure while rationalizing an increasingly diverse portfolio of clouds, datacenters and application architectures. The Docker Training program engages true independence between applications and infrastructure and developers and IT ops to unlock their potential and creates a model for better collaboration and innovation. The Dockers Certification will get you integrated security framework for delivering safer applications and hereby improving policy automation that maintains performance and does not hamper your daily processes.

4.0/5

(2000 Ratings)

10000

This course is intended for:

  • Software Engineers
  • DevOps professionals

  • Software Engineers
  • DevOps professionals

Day 1

  • The Docker Story
  • Introduction to Images
  • Creating Images
  • System Commands
  • Volumes
  • Plugins

Day 2

  • Docker Networking Basics
  • Docker Compose
  • Scaling out with Swarm Mode and Kubernetes
  • Managing Secrets

Day 3

  • Architecture of a Highly Distributed Application
  • Development Pipeline Overview
  • Developing Applications using Docker
  • Debugging
  • Edit and Continue
  • Docker Compose
  • Testing
  • Health Check
  • Defensive Programming
  • Logging and Error Handling
  • Docker Builder
  • Routing Mesh
  • HTTP Routing Mesh

By the end of the course successful learners will be able to:

  • Deduce the foundations of containerization on a single Docker node through the study of Docker Training Program
  • Invent an image using Dockerfile best practices
  • Avail volumes in the application development process through Dockers Training certification
  • Administer concepts of the Docker networking model
  • Identify with the goal of services as a method of scaling containers
  • Utilize two different orchestrators (Swarm and Kubernetes) to deploy a single application across multiple machines
  • Describe the essential patterns used in a highly distributed EE application
  • Recognize how to configure EE applications for different environments without code changes.
  • Produce and containerize an EE application that are scalable, accessible, and fault-tolerant
  • Fasten different debugging and testing techniques to containerized EE applications
  • Frame and run the sample application on your local system using Kubernetes

 

 

  • Instructor-led Sessions to give you in depth knowledge on Docker Training Course
  • Familiarize yourself with real-life case studies by getting hand on approach through Docker Training Program
  • All-embracing Dockers Training material to complete Assignments
  • Expert Support lend to professionals pursuing the course
  • Dockers Training Certification provided after successful completion of the course

Manpreet Singh Bindra

Bachelor's Degree in Computer Engineering Technology

Extensive experience as an Oracle and Amazon Instructor both in the classroom and in customized training at customer sites.Around 1500+ Man Days of experience in delivering Corporate Trainings on AWS Technical Essentials, Developing on AWS, Architect on AWS, Systems Operations on AWS, Java SE8, Java EE6, Spring 4, Spring Boot with MicroServices, Docker, Angular 5, ReactJS and Redux, Hibernate 3.5, Struts2, Oracle ADF 12c, Oracle SOA 12c, JAX-WS, JAX-RS, Design Pattern and web technologies.

  • Oracle Certified Professional Java SE 6 Programmer
  • Microsoft Programming in HTML5 with JavaScript and CSS3
  • AWS Certified Developer - Associate

Recommended Related Training Courses:

  • Kubernetes

What is Docker?

  • Wikipedia defines Docker as an open-source project that automates the deployment of software applications inside containersby providing an additional layer of abstraction and automation of OS-level virtualization on Linux.

What are containers?

  • The industry standard today is to use Virtual Machines (VMs) to run software applications. VMs run applications inside a guest Operating System, which runs on virtual hardware powered by the server’s host OS.
  • VMs are great at providing full process isolation for applications: there are very few ways a problem in the host operating system can affect the software running in the guest operating system, and vice-versa. But this isolation comes at great cost — the computational overhead spent virtualizing hardware for a guest OS to use is substantial
  • Containers take a different approach: by leveraging the low-level mechanics of the host operating system, containers provide most of the isolation of virtual machines at a fraction of the computing power

Why should I use it?

  • Docker's rise has been nothing short of meteoric. Although containers by themselves are not a new technology, it was not until Docker arrived that they started to get mainstream attention. By providing standard APIs that made containers easy to use and creating a way for the community to collaborate around libraries of containers, Docker has radically changed the face of the technology landscape. In an article published by The Register in mid-2014, it was claimed that Google runs over two billion containers per week

What platforms does Docker run on?

  • Linux:
  • Any distribution running version 3.10+ of the Linux kernel
  • Specific instructions are available for most Linux distributions, including RHEL, Ubuntu, SuSE, and many others.
  • Microsoft Windows:
  • Windows Server 2016
  • Windows 10
  • Cloud:
  • Amazon EC2
  • Google Compute Engine
  • Microsoft Azure
  • Rackspace

  • All students should be comfortable at the Linux command line.

This course is intended for:

  • Software Engineers
  • DevOps professionals

  • Software Engineers
  • DevOps professionals

Day 1

  • The Docker Story
  • Introduction to Images
  • Creating Images
  • System Commands
  • Volumes
  • Plugins

Day 2

  • Docker Networking Basics
  • Docker Compose
  • Scaling out with Swarm Mode and Kubernetes
  • Managing Secrets

Day 3

  • Architecture of a Highly Distributed Application
  • Development Pipeline Overview
  • Developing Applications using Docker
  • Debugging
  • Edit and Continue
  • Docker Compose
  • Testing
  • Health Check
  • Defensive Programming
  • Logging and Error Handling
  • Docker Builder
  • Routing Mesh
  • HTTP Routing Mesh

By the end of the course successful learners will be able to:

  • Deduce the foundations of containerization on a single Docker node through the study of Docker Training Program
  • Invent an image using Dockerfile best practices
  • Avail volumes in the application development process through Dockers Training certification
  • Administer concepts of the Docker networking model
  • Identify with the goal of services as a method of scaling containers
  • Utilize two different orchestrators (Swarm and Kubernetes) to deploy a single application across multiple machines
  • Describe the essential patterns used in a highly distributed EE application
  • Recognize how to configure EE applications for different environments without code changes.
  • Produce and containerize an EE application that are scalable, accessible, and fault-tolerant
  • Fasten different debugging and testing techniques to containerized EE applications
  • Frame and run the sample application on your local system using Kubernetes

 

 

  • Instructor-led Sessions to give you in depth knowledge on Docker Training Course
  • Familiarize yourself with real-life case studies by getting hand on approach through Docker Training Program
  • All-embracing Dockers Training material to complete Assignments
  • Expert Support lend to professionals pursuing the course
  • Dockers Training Certification provided after successful completion of the course

Manpreet Singh Bindra

Bachelor's Degree in Computer Engineering Technology

Extensive experience as an Oracle and Amazon Instructor both in the classroom and in customized training at customer sites.Around 1500+ Man Days of experience in delivering Corporate Trainings on AWS Technical Essentials, Developing on AWS, Architect on AWS, Systems Operations on AWS, Java SE8, Java EE6, Spring 4, Spring Boot with MicroServices, Docker, Angular 5, ReactJS and Redux, Hibernate 3.5, Struts2, Oracle ADF 12c, Oracle SOA 12c, JAX-WS, JAX-RS, Design Pattern and web technologies.

  • Oracle Certified Professional Java SE 6 Programmer
  • Microsoft Programming in HTML5 with JavaScript and CSS3
  • AWS Certified Developer - Associate

Recommended Related Training Courses:

  • Kubernetes

What is Docker?

  • Wikipedia defines Docker as an open-source project that automates the deployment of software applications inside containersby providing an additional layer of abstraction and automation of OS-level virtualization on Linux.

What are containers?

  • The industry standard today is to use Virtual Machines (VMs) to run software applications. VMs run applications inside a guest Operating System, which runs on virtual hardware powered by the server’s host OS.
  • VMs are great at providing full process isolation for applications: there are very few ways a problem in the host operating system can affect the software running in the guest operating system, and vice-versa. But this isolation comes at great cost — the computational overhead spent virtualizing hardware for a guest OS to use is substantial
  • Containers take a different approach: by leveraging the low-level mechanics of the host operating system, containers provide most of the isolation of virtual machines at a fraction of the computing power

Why should I use it?

  • Docker's rise has been nothing short of meteoric. Although containers by themselves are not a new technology, it was not until Docker arrived that they started to get mainstream attention. By providing standard APIs that made containers easy to use and creating a way for the community to collaborate around libraries of containers, Docker has radically changed the face of the technology landscape. In an article published by The Register in mid-2014, it was claimed that Google runs over two billion containers per week

What platforms does Docker run on?

  • Linux:
  • Any distribution running version 3.10+ of the Linux kernel
  • Specific instructions are available for most Linux distributions, including RHEL, Ubuntu, SuSE, and many others.
  • Microsoft Windows:
  • Windows Server 2016
  • Windows 10
  • Cloud:
  • Amazon EC2
  • Google Compute Engine
  • Microsoft Azure
  • Rackspace

  • All students should be comfortable at the Linux command line.
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Corporate training for Business
  • Blended Learning Delivery Model (Self-Paced E-Learning And/Or Instructor-Led Options)
  • Course, Category, And All-Access Pricing
  • Enterprise-Class Learning Management System (LMS)
  • Enhanced Reporting For Individuals And Teams
  • 24x7 Teaching Assistance And Support

Reviews

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Mr. Pravin Pawar

Senior Engineer

When I used to work as a software developer, I wanted to upgrade my skills in the latest technologies even though I was experiences. The Vinsys’ Docker Training helped me do that with ease. The results were pretty much better than expected and I was also able to upgrade my skills regarding the latest software other than the existing ones.


reviewer.png

Nirvritha satheesh

IAssistant Manager

I wanted to learn how to use Docker as I thought that it would be useful for my job. I started searching for companies that would offer such training courses. I selected Vinsys where I was able to learn the software in a short period of time. The program has really helped me and the quality of teaching was extraordinary for the price taken.


reviewer.png

Mr.Clemente Gatbonton

Technical Lead

Docker Training Program is a niche program offered by Vinsys. It made me efficient in the day to day operations and helped me sharpen my skills that helped me better up my efficiency.


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