Spring Core DevOps on AWS
Learn to Deploy Spring Boot Applications to the Cloud on AWS
Companies love to use the Spring Framework. In fact, Spring is the most popular Java framework.
Did you know, a core reason for Spring's popularity with companies is it's IoC engine?
A typical company will deploy their Spring application in at least 3 different environments. Having a development, test, and production environment is common.
The problem developers face is each environment is different.
- Different server names.
- Different databases.
- Different user accounts.
- Different passwords.
In this course you will learn how to use Spring's IoC container to deploy your application in many environments. Through Inversion of Control, your Spring application can wire itself for the needs of each environment.
You'll start the course learning advanced configuration options. Next, the course takes a DevOps approach. You'll see how to deploy Spring in different environments.
In development, it's common to use a H2 in memory database. Of course, this database is only temporary. Not something you'd want to use for your production deployment.
Do you want to see how to flip a switch and use MySQL? Flip another switch and your app can be using a RDS database managed Amazon. You can do this with no code changes.
The course also focuses on how applications are commonly managed. Using a continuous integration server is a best practice. Jenkins is the most popular CI server. You will learn how to install Jenkins on a Linux server. A server you provisioned on the cloud.
Throughout the course, you will learn best practices. Once you have Jenkins running on your AWS server a best practice is to setup Jenkins on a friendly URL.
Jenkins is a Java application running on port 8080. You don't want to be typing some IP colon 8080 into your browser to reach Jenkins.
Want to know how you can use Apache and Route 53 to reach your Jenkins server your own URL? To a domain you own?
Docker is an exciting technology. You will see how to leverage Docker to host your own Artifactory Maven repository. We'll use Artifactory to manage build artifacts produced by Jenkins.
Just for fun, we will also use Docker to setup a MySQL database server. We'll do this by provisioning a Linux server on AWS, installing Docker on it, and then deploy MySQL in a Docker container.
We'll also provision an application server we can use to run our Spring Boot application. You will pull the Spring Boot jar right from Artifactory and tell it to connect to database server.
Amazon AWS also has managed MySQL databases. This is their RDS service. You will see how to provision your own RDS database. We'll then reconfigure our Spring Boot application to connect to the RDS database.
There is a lot of fun and challenging content in this course. You will learn:
- How to manage Spring properties.
- Why you want to encrypt sensitive properties, such as passwords.
- How Spring Profiles are used.
- Using YAML to configure Spring.
- To provision servers on Amazon AWS.
- Logging into your servers via SSH.
- How to use the yum package manager to install software on Linux.
- How to configure your own Linux service.
- How DNS works, and how to use Route 53 to setup your own host names.
- How to use webhooks in GitHub to trigger your builds immediately.
- Why you don't want to use root accounts for your application.
- Configure Jenkins to perform a Maven build.
- Use Jenkins to deploy build artifacts to Artifactory.
This is a very hands on course. To get the most out of this course, you will need an account on AWS. You should be able to use the AWS free tier to complete the course assignments.
To get the most out of this course, you will need a domain name. You will need to have control of the domain. Without this, you will not be able to configure subdomains in Route 53.
The course does leverage AWS for their cloud services. The skills you learn on the AWS platform will transfer to most corporate environments. AWS is used to mimic the typical company.
There is a lot of exciting content in this course! DevOps is not an easy area. Many different technologies are involved. Many different best practices are involved. By completing this course, you'll see how these technologies and best practices come together.