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$ registryPassword=$(az ad sp create-for-rbac -n $acr-push -scopes $ACR_ID -role acrpush -query password -o tsv) Create a specific Service Principal for our Azure DevOps pipelines to be able to push and pull images and charts of our ACR

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$ az aks update -g $rg -n $aks -attach-acr $ACR_ID $ ACR_ID=$(az acr show -n $acr -g $rg -query id -o tsv) Assign acrpull role on our ACR to the AKS-generated service principal, the AKS cluster will then be able to pull images from our ACR Azure Roles and Permissions: we need to assign 3 specific service principals with specific Azure Roles that need to interact with our ACR and our AKS.$ kubectl create clusterrolebinding default-view -clusterrole=view -serviceaccount=phippyandfriends:default $ kubectl create namespace phippyandfriends # Setup the phippyandfriends namespace, you will deploy later some apps into it # Once created (the creation could take ~10 min), get the credentials to interact with your AKS cluster $ az aks create -l $location -n $name -g $rg -generate-ssh-keys -k $latestK8sVersion $ latestK8sVersion=$(az aks get-versions -l $location -query 'orchestrators.orchestratorVersion' -o tsv) For that, you can run the commands below from Azure Cloud Shell: Kubernetes cluster: we will leverage Azure Kubernetes Service (AKS).$ az acr create -n $acr -g $rg -l $location -sku Basic

# Create a resource group $rg on a specific location $location (for example eastus) which will contain the Azure services we need For that you can run the commands below from Azure Cloud Shell:

Container registry: we will use Azure Container Registry (ACR) to store both your Docker images and your Helm charts.

0.73 or later and you have installed the Helm version 3.0.0 or later. Make sure you have installed the Azure CLI version. Notes: you could use any local bash terminal. In this article, Bash, which you can access here. Once your Azure Subscription is set up you can enable and use your associated Azure Cloud Shell session.

Bash Shell: we will leverage Azure Cloud Shell.

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If you don’t have one, you can get a free trial one here. Make sure the Multi-stage pipelines in the Preview experience is turned on.

Azure Subscription: needed to provision the Azure services for this demonstration.

Create your free account and a new project here.

Azure DevOps account: we will use an Azure DevOps project for a Git repo and build/release pipelines.

You are not paying for the master nodes since that’s part of the managed offer.Īzure Container Registry (ACR) is a dedicated enterprise container registry with advanced features like Helm chart repository, geo-replication of your registry across the globe, container build capabilities, security scanning for your images, etc. Kubernetes is a container orchestrator that makes the collaboration between developers and IT pros easy and will for sure help you in the orchestration, management, and monitoring of all your apps containerized, in a consistent way.Īzure Kubernetes Service (AKS) is a fully managed Kubernetes container orchestration service, simplifying the process around creating, scaling, and upgrading your Kubernetes cluster. We will use the new Helm 3 throughout this tutorial. Helm, as the package manager for Kubernetes, simplifies and automates more your apps deployments in Kubernetes. NET Core, Java, Node.js, Go, Python, etc. Docker allows also to be programming languages agnostic, all your apps packaged as Docker images could be in different languages. Here are the technologies we will walkthrough below:Īzure DevOps helps to implement your CI/CD pipelines for any platform, any languages.ĭocker adds more consistency and quality for your apps, their deployment, and management. The combination of these technologies will illustrate how you can easily set up a CI/CD pipeline, leverage Configuration-as-Code, and Infrastructure-as-Code, and accelerate your DevOps journey with containers.

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In this blog article, we will show you how to set up a CI/CD pipeline to deploy your apps on a Kubernetes cluster with Azure DevOps by leveraging a Linux agent, Docker, and Helm. Note: for its 1-year anniversary, I refreshed this blog article in November 2019 to leverage new features with Helm 3 and Azure Pipelines (mainly YAML for both Build/CI and Release/CD), as well as to incorporate great feedback we’ve been receiving from our readers.