#Aws toolkit for visual studio software#

In the following screen, you can get the URL for the environment. In the meantime, you can take a look at the logs to see what’s happening:Īfter five minutes or so have passed, you’ll see that the environment is healthy. Let’s wait a few minutes for the environment to be ready. Click on the blue “Create application” button (callout 4): This will allow you to see the “Hello World” application in EB. Since we don’t have an application yet, select the “Sample application” option (callout 3). Unfortunately, AWS doesn’t currently offer a preconfigured platform for Linux. Choose the “.NET (Windows/IIS)” option for the platform (callout 2 below). For the name of the application (noted in the callout as “1” in the image below), I typed “dotnetapp,” but you can choose a more meaningful name. This is where you’ll start configuring the application. Click on the blue “Get started” button:Ī new screen will appear. Log in to your AWS account and go to the EB home page-you’ll see the screen below. So let’s get our hands dirty and create our first application in EB. If you want to know more about it, I suggest you take a look at the official docs. All this so you can be sure you won’t break something important.Īnd that’s a basic intro for EB. So you create applications to isolate related resources and then use environments to test changes in a similar infrastructure to the one that’s live. Environments are really helpful when you want to roll back to a working version-you just select a working version and wait for AWS to finish the update. An environment is a set of AWS resources that allow you to promote different application versions to a certain environment. An application is a logical collection of resources where you can have different environments and versions of the application.

#Aws toolkit for visual studio software#

You can also create templates after customizing the EC2 instance with the packages or software you want the environment to have pre-installed.ĮB theory is really simple it all starts with the application. And if that’s not enough, you can make EB even more versatile by adding customization scripts in the application package you upload to the service. NET, Node.js, PHP, Python, Ruby, and Docker. AWS does all the heavy lifting and also provides you with a set of useful metrics to monitor the health of the application.ĮB supports platforms for Go, Java. It’s just a matter of configuring the application and the environment. Every year, AWS launches new services, as well as new features for existing services.ĪWS Elastic Beanstalk (EB) makes using AWS services simple. NET application to AWS using AWS Elastic Beanstalk.ĪWS offers over many services, which can be pretty overwhelming for someone who’s just starting out or hasn’t been paying attention to what’s new. After a while, I had my first application running in AWS. EB made a potentially confusing task easy-I just followed the wizard. When I found out about AWS Elastic Beanstalk (EB), many things started to make sense to me because I could see how the app I was creating in EB connected all the resources for several other services, such as EC2, under the hood. To be honest, I didn’t understand how all the services were interacting and what role each component played in the architecture of the application.

I remember my first time using AWS the sysadmin explained to me what systems we were using in AWS to run the company’s main application. But if you’re new to AWS and also new to infrastructure, you might need to invest some time reading before you deploy your application to AWS. There are some core services, like EC2 and VPC, that let you create an infrastructure for your applications that scales easily. AWS offers a variety of services to solve specific needs.