So you have mastered Spring Boot and started toying around with React. Now you want React to talk to your Boot app as your back-end API. That’s fabulous. You probably already know how to do this, but there is a kicker. You want to package them and start both of them as just one project.
Well, you’re in luck! This blog is going to take a couple of simple projects and combine them into one project. Lace up your boots and get ready to React!
Over the last few years, I have worked on several .NET and JavaScript projects. My go-to IDE for Angular, Node, and (in starting to learn) React has been Visual Studio Code, along with Visual Studio Enterprise for C#.
Recently, I started on a new team and project that was in Java. Our initial thought was to switch back over to Spring Tool Suite or IntelliJ. But, there are some really good extensions now for Java in VS Code that made that transition unnecessary. So we decided to take a look at what Visual Studio code could do for us – we were very pleasantly surprised!
In this post, I provide links and information to get you started down the right path for Java in Visual Studio Code.
Problem
I was pushing a new Docker image tag for each application code commit, and the admins of the private registry were getting annoyed at how much space I was using.
Solution Summary
Yes, I know there are strategies to clean up old tags but I first wanted to reduce the impact of the tags I was pushing. With the right layering strategy, I knew I could reduce the net registry size increase of consecutive tag pushes.
I wanted to only push what had actually changed in the application. In addition to reducing the impact on the registry, having smaller tag deltas could possibly speed up rolling deployments since nodes could potentially have less to download.
Spring Boot is a framework designed to simplify the bootstrapping and development of a new Spring application. The framework takes an opinionated approach to configuration, freeing developers from the need to define a boilerplate configuration. MongoDB is a simple set up and easy to use document database. A RESTful API is an application program interface (API) that uses HTTP requests to GET, PUT, POST and DELETE data.
In this post, I will demonstrate the process of creating a RESTful web application with Spring Boot and MongoDB.
Has your project gotten to the point when big data sets and/or time-consuming calculations have begun to affect performance? Or are you struggling to optimize your queries and need to cache some information to avoid continually hitting your database? Then caching could be your solution.
For this article, I will demonstrate how to utilize Amazon ElastiCache for Redis to speed up areas of your application. The example application we will build uses Spring Boot 2.x and is available on Github.
