Kubernetes (AKS), Containers and DevOps Tutorial for Beginners - EX2 T7

Containers and DevOps step-by-step You will be able to deploy Docker-based applications and scale them with Azure Container Service and Kubernetes orchestration Pre-req T 1: Resource Group T 2: Create a Windows 10 Development VM T 3: Install WSL (Bash on Ubuntu on Windows) T 4: Create an SSH key T 5: Create a build agent VM T 6: Connect securely to the build agent T 7: Complete the build agent setup T 8: Create an Azure Container Registry T 9: Create a Service Principal T 10: Create an Azure Container Service (AKS) cluster T 11: Install Azure CLI T 12: Install Kubernetes CLI EX 1: Environment setup T 1: Download the FabMedical starter files EX 2: Create and run a Docker application T 1: Test the application T 2: Enable browsing to the web application T 3: Create a Dockerfile T 4: Create Docker images T 5: Run a containerized application T 6: Setup environment variables T 7: Push images to Azure Container Registry EX 3: Deploy the solution to Azure Container Service T 1: Tunnel into the Azure Container Service cluster T 2: Deploy a service using the Kubernetes management dashboard T 3: Deploy a service using Kubernetes REST API T 4: Explore service instance logs and resolve an issue T 5: Test the application in a browser EX 4: Scale the application and test HA T 1: Increase service instances from the Kubernetes dashboard T 2: Increase service instances beyond available resources T 3: Restart containers and test HA EX 5: Setup load balancing and service discovery T 1: Create a public load balancer for a service T 2: Scale a service without port constraints T 3: Update a service to support dynamic service discovery without a load balancer T 4: Update an external service to support dynamic discovery with a load balancer T 5: Adjust CPU constraints to improve scale T 6: Perform a rolling update After the hands-on lab EX 5: Setup load balancing and service discovery T 1: Create a public load balancer for a service T 2: Scale a service without port constraints T 3: Update a service to support dynamic service discovery without a load balancer T 4: Update an external service to support dynamic discovery with a load balancer T 5: Adjust CPU constraints to improve scale T 6: Perform a rolling update