
Build a DevOps pipeline on Azure cloud by deploying web apps to Azure VM, using containers, and exploring orchestration options like Kubernetes, Docker Swarm, and DC/OS, with Jenkins integration.
Explore how continuous integration automates builds and tests, while continuous delivery and continuous deployment automate releases to staging and production for a faster, more reliable DevOps pipeline on Azure.
Learn to create a build definition for CI and CD in Visual Studio Team Services, connecting your repo to automatically build, test, and deploy a web app.
Learn how azure web app deployment slots enable safe, zero-downtime releases by staging in a separate slot, swapping to production, and automating with ci/cd workflows while preserving slot-specific settings.
Learn to configure an Azure DevOps build pipeline, manage definitions, and create a Windows Azure VM, including template selection, CI triggers, resource groups, networking, and access.
Learn how to create a release definition within release management, define end-to-end deployment of build artifacts to dev, staging, and production environments, and configure deployment groups and continuous deployment.
Learn to automate from code commit in Visual Studio through CI/CD on Azure, with automatic builds, releases, artifacts, and multi-environment deployment, including optional production manual approvals.
Learn how Docker isolates apps with kernel namespaces and cgroups, manages resources with control groups, and uses images, registries, and tools like Docker Compose and Docker Swarm to deploy containers.
Explore the differences between a Dockerfile, a Docker image, and a container, and see how a Dockerfile serves as a recipe to build images and how containers run from them.
Learn how container orchestration coordinates multiple containers and ensures health and persistence with storage outside containers. It enables scalable deployments across machines using declarative desired state configurations.
Create a GitHub app, build a container image, and run it locally. Deploy to Azure Container Registry and Azure Kubernetes Service, configure a service principal, and scale the cluster.
Clone the voting app from GitHub, build two container images with Docker Compose, and run and test the app locally in a Docker environment before deploying to Azure Container Registry.
Deploy the sample application to the Azure cluster, update the manifest to use your Azure container registry, log in to the registry and Azure, and apply kubectl to expose service.
Walk through shows how creating a devops project auto creates code, a build pipeline, releases, a cluster, resource group, and container registry.
Demonstrates building a ci/cd flow with Jenkins and Kubernetes on Azure, deploying the azure voting app to a Kubernetes cluster, and configuring GitHub and container registry access for automated deployments.
Learn to configure Jenkins with GitHub credentials and webhook triggers, build and push a container image to Azure container registry, and update the deployment on an AKS cluster.
Build a strong foundation on cloud and devops using our unique training program.
Companies are now looking to hire DevOps and Azure architects that can help them build development process and design better apps and software, faster and in a more sophisticated manner. However, learning DevOps in AWS isn’t easy. It needs a better understanding of basic DevOps concepts and tools, along with core cloud concepts.
The DevOps skills are in great demand, but there is no quick way to acquire this knowledge. Rather than rely on hit and trial method, this course will provide you with all the information you need to get started with your DevOps in Azure .
If you want to excel in this growing field and become a DevOps master using a simple and fun course, then we’ve got the perfect one for you!
The course will cover topics such as Introduction to DevOps, why it is trending and how it came into existence. It also includes Deploying a very basic web application to Azure VSTS (Visual studio team services), utilizing CI and CD tools with Jenkins. The next section will be followed with VSTS, CI and CD tools that can deploy web apps by azure virtual machine. The fourth section of the course will cover Introduction to Containers and how to benefit from the AWS cloud platform.
We will even brief you about the Container orchestration technology those are available to us like Kubernetes, Docker Swarm, and DC/OS (Datacenter Operating System) and work on practical examples selecting the orchestration technology like kubernetes. And lastly we will guide you through Azure kubernetes services, here you will learn how to actually host these orchestration technology in the cloud. Last but not the least we will be setting up devops in azure kubernetes sevices along with the devops setup in jenkins and kubernetes in the azure VM
We have carefully designed this course to ensure that the student gets all the essential conceptual knowledge followed by theoretical and practical examples. So what are you waiting for enroll your name and master DevOps with Eduonix!