
Learn how OpenShift, built around Docker, simplifies building, deploying, and scaling containerized apps; automate container orchestration across physical, virtual, and cloud infrastructures with a single platform.
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Learn OpenShift basics by setting up a local environment with minishift, the hypervisor VM and the CLI, then deploy a sample OpenShift application. Explore continuous deployment and deployment strategies.
Understand key OpenShift features, set up a development environment, and deploy apps with web console or CLI, including GitHub deployments, while managing config maps, persistent volumes, quotas, and access rights.
OpenShift provides a platform for cloud-native microservice architecture. It supports frameworks, languages, and tools, uses container technology to decouple dependencies, and enables deployment across cloud environments with role-based access control.
Discover how OpenShift, a platform as a service, speeds development, deployment, monitoring, and scaling in a secure on-demand cloud. See Barclays, UBS, Lufthansa, and Pioneer adopting OpenShift.
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Explore how containers solve monolithic limitations by isolating applications in lightweight processes, and learn how container orchestration platforms manage deployment, scaling, load balancing, and services.
Install OpenShift Minishift on a local machine using a hypervisor. Download and set up Minishift and the hypervisor on macOS, Linux, or Windows, then launch the virtual machine.
Learn Minishift installation steps and access the OpenShift web console, then create a new project, select default container images, deploy an app, and explore configuration, logs, and the UI.
Deploy a sample application on OpenShift by using a prebuilt image or building from a GitHub source repository with source-to-image, observe logs, scale containers, and access the Flask REST API.
install the oc command line tool for OpenShift on linux, download the package, extract it, log in to a cluster, and run core cli commands from any location.
Build and deploy an application on OpenShift by creating, building an image from a containerized codebase, pushing it to OpenShift, and monitoring logs and deployment status.
Deploy an image on OpenShift via the console and the CLI, logging in as developer, deploying the image, and validating the deployment and external access.
Log into an OpenShift cluster with multiple users, assign project access, and switch roles between admin and editor. Use the command line to view users, memberships, contexts, and namespaces.
Learn to deploy a containerized sample app on OpenShift, then access its database from the local host using port forwarding (mapping container port 5432 to local 15432) and terminal access.
Deploy a custom Python Flask app from source on OpenShift, modify and test the code, build an image, configure the source to image, and push to a public repo.
Create a docker file for the project, build and run the container, push the image to Docker Hub, and deploy on OpenShift with dependencies and code wired.
Log in, push the Docker image to the repository, and confirm the latest image is ready. Deploy on OpenShift, pull from Docker Hub, and monitor the app start.
Learn to continuously develop and build a containerized application on OpenShift by cloning the repository, managing dependencies, and automatically building, deploying, and testing changes with commits and logs.
Learn how to continuously develop and deploy a containerized application on OpenShift, using a git repository, builds, commits, and automated rebuilds to test changes.
OpenShift deployment strategies are shown, comparing rolling deployments with the second strategy, as replicas scale and old pods are replaced with new ones.
Set up a sample Jenkins pipeline on OpenShift, automatically provisioning containers as Jenkins slaves, with persistent storage, running deployments, monitoring logs, and configuring a two-stage Groovy pipeline.
Learn to create reusable templates in OpenShift, convert your application into a template, and deploy it repeatedly. Handle common issues like leftover volumes while pushing and starting template-based deployments.
Create and apply config maps in OpenShift to inject data as environment variables or volumes, so your apps can read config without rebuilding images.
Learn how persistent volumes preserve data across container restarts in OpenShift. Create, attach, and validate a persistent volume to keep database data.
Learn to deploy a container on OpenShift, create a port-enabled pod, and expose it with a service mapping container port 5000 to host port 30000, validating via commands.
Define quotas and limit ranges in OpenShift to restrict resource usage, setting maximums for CPU and memory across deployments.
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Today, almost every industry is facing disruption and unanticipated competition that requires them to respond to changing business needs in a faster way. Businesses need their IT departments to take a fresh approach and leverage modern tools to provide innovative solutions. Traditional approaches are proving to be too slow to deliver a timely solution. The platforms which are deployment centric with DevOps initiatives are proving to be beneficial.
OpenShift is an open source, cloud-based platform-as-a-service that combines everything into a single platform and allows you to manage tasks easily. OpenShift combines DevOps, Containers, Microservices, Kubernetes on the Cloud and fits on top of these. OpenShift container platform is built around ‘Docker’, providing application containerization and ‘Kubernetes’, doing container orchestration and management. It supports a vast range of applications and makes the developer’s job of developing and deploying applications easy. It allows you to create, modify, deploy and scale your apps quickly and easily.
In the coming years, more and more organizations will spend about 80% of IT budgets on cloud solutions.
Based on a report by the Information Communications Technology Council (ICTC), Canada will have to fill 182,000 IT professionals by 2019
There is already a serious shortage of hireable developers. Simply, there’s a massive opportunity for people like you to equip yourself with the right skillset so that you can:
Join talent-hungry large tech companies or start-ups and be at the forefront of global innovation
Launch unique businesses or containerised application development services for the next generation
Enjoy plush paying cool OpenShift projects
Whatever your choice may be, OpenShift container platform is going to be YOUR KEY to financial success and growth and for the success of the community as a whole!
Our course "Hands-On Guide To OpenShift Container Application Platform" will provide you with all the information you need to get started with Openshift.
Now look at these figures:
4.7% population in the US is unemployed
14% of the US population is underemployed
The rate of unemployment stands at 6.6% in Canada
A whopping 40% of the young Canadian graduates are overqualified for the jobs they are handling
Together we can bring happiness in the lives of these young, unemployed and underemployed population by teaching them the skills that are “in demand” and paying well.
We know what you’re thinking… “But don’t these pioneering companies and exciting tech start-ups need a college degree or certifications to even get my foot in the door?” - not quite. Elon Musk, the founder of Tesla, said during an interview “There’s no need to even have a degree at all, or even high school certificate...if there’s a track record of exceptional ability”....skill trumps credentials.
The challenge is - where do you learn these skills? Not everyone has the 7+ years to get a Ph.D. in computer science or the patience to self-teach from scattered sources and dense textbooks, not to forget the bank-busting financial investment!. It is about time that the world gets access to these valuable skills and we need it NOW!
Why OpenShift Container Platform
Over the years containerization has become a very popular technology. However, the excessive growth in this direction is posing a big challenge of managing containerized applications. This challenge can be met with the use of OpenShift. Many technology giants like Barclays, UPS, and Pioneer are using OpenShift. Startups are also trying to make the most of this boom by building containerized applications.
Therefore, OpenShift container platform is presenting numerous opportunities before businesses. OpenShift combines DevOps, Containers, Microservices, Kubernetes on the Cloud and fits on top of these. Developer’s job of developing and deploying applications becomes easy with OpenShift.
What Sets Us Apart?
OpenShift container platform course does not assume any expertise in container application development. We give you step by step instructions and in fact, we hand hold you through all the exercises together with you. So you can follow along and understand exactly how OpenShift and container application deployment comes together and what each step means.
Practical demo tutorials – Where most courses simply bombard you with dense theory and set you on your way, we believe in developing a deep understanding of not only what you’re doing, but why you’re doing it. That’s why we focus on building up your understanding of the inner working of the OpenShift for infinitely better results down the line.
Real-world knowledge – We work with real start-ups and real projects every day. We know first-hand the problems engineers and architects face on daily basis. All this real-world experience is passed on to you in the courses. Each module comprises of in-depth demos and walk-throughs, meaning you’ll garner enough skill to build your own container application using OpenShift, rather than just passing a glorified memory “test and forget” like most other courses. Practice truly does make perfect.
Student support – We’re fully committed to making this the most accessible and results-driven OpenShift container platform course on the planet. So we are there for our students whenever you need our help. You can contact us and ask any question at any time - you’ll get a response from us within 48 hours.
Grab your copy today! Click the “Add to Cart” button below and get started today with our "Hands-On Guide To OpenShift Container Application Platform".
Let’s do this together.
Happy learning!