Cloud Native Development on Azure with Java [Video]
-
Free ChapterGetting Started with Cloud Native Applications
-
Building and Deploying a Cloud Native Application
- Build a Spring Boot Java Application and Provide CRUD Functionality for a To-Do List
- Deploy a New Cosmos DB in Azure
- Integrate a Web Application with Cosmos DB
- Verify the Web Application Functionality Locally
- Build and Deploy a New Azure App Service Instance
- Deploy Your App to an Azure App Service Instance
-
Securing Your Cloud Native Application
-
Applying the DevOps Principle and Setting Up the CI/CD Pipeline
-
Development Configuration on Azure
This course will help you architect a cloud-native application which will be resilient, can auto-scale automatically, and requires less maintenance; it focuses entirely on practicality, building a cloud-native application in Java and deploying it on Azure. Developers get hands-on experience in a range of computing, storage, data, and network services, which offers the developer a complete toolbox to build and deploy cloud-native applications. You'll learn about the driving factors for cloud adoption and see how cloud deployment with Azure is different from regular deployment on a standard data center.
This course is a one-stop guide for Java developers who want to use Java Spring to build secure, resilient, robust, and scalable applications that are hosted on Microsoft Azure. You'll easily build and monitor a scalable, resilient, and robust cloud-native application that is always available and fault-tolerant.
All the code and supporting files for this course are available at https://github.com/PacktPublishing/Cloud-Native-Development-on-Azure-with-Java-V-
Style and Approach
The course is designed to take you to step-by-step through a real development scenario, with tasks that are key to your business needs. Additionally, you get helpful resource documents and videos that support the labs and provide further learning opportunities.
- Publication date:
- October 2018
- Publisher
- Packt
- Duration
- 2 hours 6 minutes
- ISBN
- 9781789805956