Learn Azure Web Apps - Java Spring Boot Apps to Azure [2020]

Create an Azure account by entering personal details and a valid credit or debit card to access the free trial, verify via email and phone, then access the portal at portal.azure.com.

Gain a 10,000 feet view of cloud computing with Azure and Azure Web Apps, highlighting on-demand provisioning and easy deployment of web apps across Java, Python, and NodeJS.

Learn to create an azure web app by using portal.azure.com, select java 11 on linux, configure a resource group and region, and deploy with an app service plan.

Take a quick tour of Azure web apps to deploy, view status, access deployment center and slots, monitor logs, and configure app service settings and scaling.

Explore how to optimize cost with Azure App Service plans by choosing the right scale, from F1 free to B1/B2/B3 basic and premium P1V2/P2V2/P3V2, including staging and isolation options.

Explore the KUDU console in Azure Web Apps to access logs, stream logs, SSH into the environment, and inspect Docker and Spring Boot deployments.

Navigate Azure quickly by using the search bar to locate apps and resources, manage resource groups, and delete items to minimize billing while preparing deployments.

Learn to minimize cloud costs by monitoring subscriptions, budgets, and alerts, and by deleting resource groups when not in use in Azure.

Import four spring boot projects in eclipse by downloading GitHub repository as a zip, extracting it, and using maven projects to load 01–04; refer to troubleshooting videos if needed.

Run a simple Spring Boot hello world rest api locally, access endpoints like /hello-world and /hello-world-bean on port 8080. Review Spring Boot dependencies in pom.xml.

Configure the Azure web app maven plugin in pom.xml and deploy a Spring Boot jar to Azure using Azure CLI, with Java 11 on Linux, port 80 via app settings.

Install Azure CLI to authenticate for deploying with azure-web-app-maven-plugin; follow platform-specific steps for Windows, Mac, and Linux, and verify with az --version.

Learn to deploy a Spring Boot web app to Azure Web Apps using the azure-webapp-maven-plugin, including Azure CLI login, app service creation, and troubleshooting build and deploy steps.

Explore azure app service, app service plan, and resource group. Deploy a new version with mvn azure-webapp:deploy to see hello world v2.

Explore how to monitor Azure web app activity by using log streams, the KUDU console, and az webapp log tail in the Azure CLI to tail application and docker logs.

Explore Azure regions and why multiple regions matter for availability, performance, and regulations. Learn how deploying near users—such as Central India or Southeast Asia—improves performance and keeps data compliant.

Deploy and run a spring boot web app as a war with h2 in-memory database, featuring spring security enabled todo management with add, update, delete and local login.

Deploy your Spring Boot H2 web app as a war to Azure Web Apps using the Azure Maven plugin, configure Tomcat 9 and Java 11, and deploy via mvn azure-webapp:deploy.

Deploy and test a Spring Boot H2 web app to Azure, verify the deployed URL, explore the H2 console, and review resource group and app service plan in Azure.

Explore Azure resource management hierarchy, including management groups, subscriptions, and resource groups, and learn to apply access controls and map resources to environments for cost and governance.

Migrate a Spring Boot app from H2 to MySQL by updating pom.xml, configuring application.properties and test settings, and mapping the desc field to description to avoid MySQL keyword issues.

Learn to run a MySQL server locally using Docker by pulling the mysql:5.7 image, configuring root password, database, user, and port mapping, and connecting via a MySQL client.

Connect a spring boot web app to a local MySQL running in Docker, verify table creation and data persistence, and prepare for cloud deployment in the next step.

Create an Azure database for MySQL in the cloud, configure a basic 5.7 MySQL server in West Europe with 2 cores and 50 MB storage, and enable 7-day backups.

Deploy spring boot mysql web app to Azure web apps by building a war with mvn and deploying, then configure RDS_HOSTNAME, RDS_PORT, RDS_DB_NAME, RDS_USERNAME, RDS_PASSWORD and monitor logs with Kudu.

Configure rds hostname, rds username, and rds password environment variables for the Spring Boot app to connect to Azure MySQL, enable Azure service access, and restart the web app.

Use azure cloud shell to create storage, connect to a MySQL server, and create a database named todos; verify the web application connects and shows data.

Connect a local machine to an Azure MySQL server by configuring client IP rules, launching mysqlsh with hostname and user, and querying the todos database.

Install the db-up extension in the Azure CLI, create a MySQL server and todos database with az mysql up, configure firewall, update app settings, restart the app, and verify data.

Delete all created Azure resource groups for the web app and databases (todo-web-application-h2-rg, todo-web-application-mysql-rg, in28minutes-database) and verify that none remain after a short wait.

Explore deploying a full-stack Spring Boot and React app, secure the RESTful API with JWT and Spring Security, and use a token to access and manage todos.

Connect the front end to back end in Visual Studio Code, install dependencies with npm, and run React app on localhost:4200, directing API calls to localhost:8080 for authentication and todos.

Deploy the spring boot rest api to azure app service using the azure-webapp-maven-plugin, build the jar with mvn, and verify by connecting a react front end to the cloud api.

Deploy the React frontend to Azure by building a production bundle with npm run build and publishing it via az webapp up alongside the existing REST API.

Review a single container Java Spring Boot REST API, configure Dockerfile and Maven plugin, package into a Docker image, expose port 5000, and run from Docker Hub.

Build and run a docker image for a java spring boot rest api using mvn clean package, map port 5000, and test a post todo creation.

Push a Java Spring Boot REST API Docker image to Docker Hub by creating a Docker Hub account, logging in, and pushing the 1.0.0.RELEASE and 0.0.1-SNAPSHOT tags.

Deploy a java spring boot rest api docker image to azure from command line by creating a resource group, app service plan, and web app using docker hub image todo-rest-api-h2:1.0.0.RELEASE.

Deploy a Java Spring Boot REST API Docker image to Azure App Service, verify the container works, and enable continuous deployment with Docker Hub webhooks.

Run a multi-container Java Spring Boot app with MySQL on local by linking the rest api container to the MySQL container, preparing for deployment to Azure.

Orchestrate a multi-container Java Spring Boot app with Docker Compose, launching MySQL and a REST API as services using a docker-compose.yaml.

Deploy a multi-container docker compose app to Azure by creating a resource group, app service plan, and web app using docker-compose.yaml. Execute the multicontainer deploy via Azure CLI using docker-compose.yaml.

Deploy a Java Spring Boot app with MySQL to Azure using Docker Compose, test API endpoints, and manage resources via az group delete, while exploring Docker Compose in Azure preview.

Explore manual and auto-scaling of Azure web apps, observe how instance IDs reveal deployment, and understand ARR affinity and its impact on REST API traffic.

Explore auto scaling features in Azure App Service by configuring scale out and scale up, setting CPU-based rules, and using custom autoscale with cooldowns to match load.

Learn to create a staging deployment slot in Azure Web Apps, deploy a new version (V2) to stage, copy production configuration, and understand slot limitations on basic plans.

Switch the staging deployment to production via deployment slots, adjust slot-specific settings, and perform a blue-green swap for no downtime.

Explore canary deployments in Azure App Service by gradually routing traffic between production and stage, testing a new version before a controlled swap.

Set up continuous integration and deployment for the hello-world-rest-api using Azure DevOps, a GitHub repository, and the azure-webapp-maven-plugin to deploy to Azure.

Create a continuous deployment pipeline from GitHub to Azure App Service with Azure DevOps, enabling multi-stage pipelines and deploying a Maven-built Java web app.

Set up Azure DevOps for continuous delivery to Azure App Service and automate deployment from GitHub. Review build and deploy stages, Maven packaging, artifact handling, and application URL after deployment.